AWS Cloud Engineer Master Program
An intensive 4-month online weekend live engineering cohort (Sat & Sun • 4 hours/day: 2h live faculty lectures + 2h supervised coding labs) covering AWS Cloud Engineer production capstones and 580+ AI interviews, with eligible hiring-drive access under documented placement terms and tuition-refund protection where all policy conditions are met.
- Online Weekend Live Sessions (Sat & Sun • 4 Hours / Day)
- 4 Months (16 Weeks) Comprehensive Finish
- Guaranteed Placement Drives until Placed across 1,050+ top companies
- 26 Production Microservices & Capstones with GitHub code reviews
- 580+ Topic Mock Tests & 1-on-1 AI Voice Technical Interviews
Our Graduates Get Marketed to 1,050+ Global Tech Leaders & Unicorns
Continuous corporate interview referrals until job offer letter issuance:
Online Weekend Master Track: 4 Months of Live Mentorship & Placement Drives
Designed for college students and working professionals, our Online Weekend Master Track delivers intensive 4-hour live sessions every Saturday and Sunday across 16 weeks (4 Months). Complete 128+ hours of live faculty instruction, 26 production capstones, and 580+ AI interviews with unlimited corporate interview drives until you get placed!
Live Architecture & Core Mentorship
2 Hours of interactive enterprise architecture, live faculty coding, and design patterns followed by 2 Hours of supervised capstone development.
Hands-On Labs, Tests & AI Practice
2 Hours of advanced microservices, real-time queues & cloud deployment followed by 2 Hours of timed mock tests and 1-on-1 AI voice interview rounds.
4-Month Master Roadmap to Guaranteed Placement
We transform you into a battle-tested software engineer ready to clear Tier-1 technical and system design interview rounds in 4 months with weekend online sessions.
Architecture & Core Mechanics
Core OOP, memory mechanics, data structures, algorithms & clean design patterns.
Capstones & Microservices
Build production full stack SaaS, microservices, REST APIs, queues & cloud deployment.
System Design & AI Interviews
Simulate live FAANG interview rounds, timed topic mock tests and AI voice evaluations.
Corporate Drives until Placed
Resume marketing, hiring drives across 1,050+ partners, and placement guarantee.
Projected Target CTC After Program
Industry-verified compensation brackets achieved by graduates across 1,050+ hiring partners:
₹8.5L – ₹14L /yr
Software Engineer I, Junior Backend Developer, Full Stack Associate.
- 260+ Hours Live Mentorship
- 26 Capstone Projects on GitHub
- 580+ AI Technical Interview Scorecards
₹14L – ₹24L /yr
Full Stack Java Engineer, Spring Boot Microservices Specialist, Cloud Engineer.
- Kafka Event-Driven Architectures
- Redis Caching & Performance Tuning
- Docker, Kubernetes & AWS CI/CD
₹24L – ₹36L+ /yr
Senior Full Stack Engineer, Microservices Architect, Lead Consultant.
- High-Throughput System Design (LLD/HLD)
- Fault Tolerance & Distributed Transactions
- FAANG System Design Clearing Mentorship
Topic-Wise Curriculum & Practice Hub
217 Modules • 662 Deep-Dive Topics • 662 Integrated Topic Mock Tests & AI Interviews
4 curriculum topics: What Is Cloud Computing?, Traditional Data Center vs Cloud, Cloud Benefits, Cloud Risks.
What Is Cloud Computing?
Understand:; Compute; storage; networking; database; software services
- Explain the core concepts and architecture of What Is Cloud Computing?.
- Apply What Is Cloud Computing? in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Traditional Data Center vs Cloud
Compare:; On-Premises; Hardware purchase; Installation; Capacity planning; Maintenance; Cloud; Provision; Use; Scale; Pay; Decommission
- Explain the core concepts and architecture of Traditional Data Center vs Cloud.
- Apply Traditional Data Center vs Cloud in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Cloud Benefits
Understand:; elasticity; scalability; automation; global reach; managed services; consumption model
- Explain the core concepts and architecture of Cloud Benefits.
- Apply Cloud Benefits in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Cloud Risks
Understand:; misconfiguration; vendor dependency; uncontrolled cost; security; operational complexity
- Explain the core concepts and architecture of Cloud Risks.
- Apply Cloud Risks in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
4 curriculum topics: IaaS, PaaS, SaaS, Serverless.
IaaS
CLOUD SERVICE MODELS: IaaS. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of IaaS.
- Apply IaaS in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
PaaS
CLOUD SERVICE MODELS: PaaS. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of PaaS.
- Apply PaaS in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
SaaS
CLOUD SERVICE MODELS: SaaS. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of SaaS.
- Apply SaaS in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Serverless
CLOUD SERVICE MODELS: Serverless. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Serverless.
- Apply Serverless in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
4 curriculum topics: Public cloud, Private cloud, Hybrid, Multi-cloud concepts.
Public cloud
CLOUD DEPLOYMENT MODELS: Public cloud. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Public cloud.
- Apply Public cloud in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Private cloud
CLOUD DEPLOYMENT MODELS: Private cloud. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Private cloud.
- Apply Private cloud in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Hybrid
CLOUD DEPLOYMENT MODELS: Hybrid. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Hybrid.
- Apply Hybrid in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Multi-cloud concepts
CLOUD DEPLOYMENT MODELS: Multi-cloud concepts. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Multi-cloud concepts.
- Apply Multi-cloud concepts in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
4 curriculum topics: Region, Availability Zone, Edge location, Local infrastructure concepts.
Region
AWS GLOBAL INFRASTRUCTURE: Region. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Region.
- Apply Region in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Availability Zone
AWS GLOBAL INFRASTRUCTURE: Availability Zone. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Availability Zone.
- Apply Availability Zone in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Edge location
AWS GLOBAL INFRASTRUCTURE: Edge location. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Edge location.
- Apply Edge location in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Local infrastructure concepts
AWS GLOBAL INFRASTRUCTURE: Local infrastructure concepts. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Local infrastructure concepts.
- Apply Local infrastructure concepts in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
6 curriculum topics: Filesystem, Directories, Files, Permissions, Users, Groups.
Filesystem
LINUX FOR CLOUD ENGINEERS: Filesystem. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Filesystem.
- Apply Filesystem in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Directories
LINUX FOR CLOUD ENGINEERS: Directories. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Directories.
- Apply Directories in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Files
LINUX FOR CLOUD ENGINEERS: Files. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Files.
- Apply Files in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Permissions
LINUX FOR CLOUD ENGINEERS: Permissions. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Permissions.
- Apply Permissions in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Users
LINUX FOR CLOUD ENGINEERS: Users. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Users.
- Apply Users in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Groups
LINUX FOR CLOUD ENGINEERS: Groups. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Groups.
- Apply Groups in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
1 curriculum topics: Linux Commands.
Linux Commands
Hands-on:; ls; cd; pwd; mkdir; cp; mv; rm; cat; less; grep; find; tail; head
- Explain the core concepts and architecture of Linux Commands.
- Apply Linux Commands in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
6 curriculum topics: Read, Write, Execute, Chmod, Chown, Groups.
Read
LINUX PERMISSIONS: Read. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Read.
- Apply Read in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Write
LINUX PERMISSIONS: Write. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Write.
- Apply Write in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Execute
LINUX PERMISSIONS: Execute. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Execute.
- Apply Execute in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Chmod
LINUX PERMISSIONS: Chmod. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Chmod.
- Apply Chmod in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Chown
LINUX PERMISSIONS: Chown. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Chown.
- Apply Chown in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Groups
LINUX PERMISSIONS: Groups. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Groups.
- Apply Groups in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
5 curriculum topics: Ps, Top, Kill, System processes, Service management.
Ps
LINUX PROCESSES: Ps. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Ps.
- Apply Ps in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Top
LINUX PROCESSES: Top. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Top.
- Apply Top in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Kill
LINUX PROCESSES: Kill. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Kill.
- Apply Kill in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
System processes
LINUX PROCESSES: System processes. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of System processes.
- Apply System processes in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Service management
LINUX PROCESSES: Service management. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Service management.
- Apply Service management in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
6 curriculum topics: Service, Start, Stop, Restart, Enable, Status.
Service
SYSTEMD: Service. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Service.
- Apply Service in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Start
SYSTEMD: Start. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Start.
- Apply Start in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Stop
SYSTEMD: Stop. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Stop.
- Apply Stop in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Restart
SYSTEMD: Restart. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Restart.
- Apply Restart in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Enable
SYSTEMD: Enable. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Enable.
- Apply Enable in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Status
SYSTEMD: Status. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Status.
- Apply Status in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
4 curriculum topics: System logs, Application logs, Journal, Troubleshooting.
System logs
LINUX LOGS: System logs. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of System logs.
- Apply System logs in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Application logs
LINUX LOGS: Application logs. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Application logs.
- Apply Application logs in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Journal
LINUX LOGS: Journal. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Journal.
- Apply Journal in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Troubleshooting
LINUX LOGS: Troubleshooting. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Troubleshooting.
- Apply Troubleshooting in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
6 curriculum topics: Ping, Curl, Wget, Nslookup/dig concepts, Ss/netstat concepts, Traceroute concepts.
Ping
LINUX NETWORKING COMMANDS: Ping. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Ping.
- Apply Ping in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Curl
LINUX NETWORKING COMMANDS: Curl. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Curl.
- Apply Curl in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Wget
LINUX NETWORKING COMMANDS: Wget. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Wget.
- Apply Wget in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Nslookup/dig concepts
LINUX NETWORKING COMMANDS: Nslookup/dig concepts. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Nslookup/dig concepts.
- Apply Nslookup/dig concepts in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Ss/netstat concepts
LINUX NETWORKING COMMANDS: Ss/netstat concepts. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Ss/netstat concepts.
- Apply Ss/netstat concepts in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Traceroute concepts
LINUX NETWORKING COMMANDS: Traceroute concepts. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Traceroute concepts.
- Apply Traceroute concepts in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
5 curriculum topics: Variables, Conditions, Loops, Commands, Scripts.
Variables
BASH FOUNDATION: Variables. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Variables.
- Apply Variables in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Conditions
BASH FOUNDATION: Conditions. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Conditions.
- Apply Conditions in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Loops
BASH FOUNDATION: Loops. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Loops.
- Apply Loops in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Commands
BASH FOUNDATION: Commands. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Commands.
- Apply Commands in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Scripts
BASH FOUNDATION: Scripts. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Scripts.
- Apply Scripts in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
1 curriculum topics: OSI / TCP-IP Awareness.
OSI / TCP-IP Awareness
NETWORKING FOUNDATION: OSI / TCP-IP Awareness. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of OSI / TCP-IP Awareness.
- Apply OSI / TCP-IP Awareness in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
11 curriculum topics: IPv4, Private IP, Public IP, CIDR, Subnetting, Public Subnet A, Public Subnet B, Private App A and 3 more topics.
IPv4
IP ADDRESSING: IPv4. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of IPv4.
- Apply IPv4 in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Private IP
IP ADDRESSING: Private IP. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Private IP.
- Apply Private IP in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Public IP
IP ADDRESSING: Public IP. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Public IP.
- Apply Public IP in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
CIDR
IP ADDRESSING: CIDR. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of CIDR.
- Apply CIDR in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Subnetting
IP ADDRESSING: Subnetting. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Subnetting.
- Apply Subnetting in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Public Subnet A
IP ADDRESSING: Public Subnet A. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Public Subnet A.
- Apply Public Subnet A in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Public Subnet B
IP ADDRESSING: Public Subnet B. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Public Subnet B.
- Apply Public Subnet B in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Private App A
IP ADDRESSING: Private App A. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Private App A.
- Apply Private App A in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Private App B
IP ADDRESSING: Private App B. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Private App B.
- Apply Private App B in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Private DB A
IP ADDRESSING: Private DB A. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Private DB A.
- Apply Private DB A in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Private DB B
IP ADDRESSING: Private DB B. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Private DB B.
- Apply Private DB B in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
3 curriculum topics: Destination, Next hop, Route table.
Destination
ROUTING: Destination. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Destination.
- Apply Destination in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Next hop
ROUTING: Next hop. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Next hop.
- Apply Next hop in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Route table
ROUTING: Route table. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Route table.
- Apply Route table in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
5 curriculum topics: SSH, HTTP, HTTPS, PostgreSQL, MySQL.
SSH
PORTS & PROTOCOLS: SSH. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of SSH.
- Apply SSH in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
HTTP
PORTS & PROTOCOLS: HTTP. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of HTTP.
- Apply HTTP in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
HTTPS
PORTS & PROTOCOLS: HTTPS. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of HTTPS.
- Apply HTTPS in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
PostgreSQL
PORTS & PROTOCOLS: PostgreSQL. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of PostgreSQL.
- Apply PostgreSQL in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
MySQL
PORTS & PROTOCOLS: MySQL. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of MySQL.
- Apply MySQL in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
5 curriculum topics: A, AAAA, CNAME, Alias concepts, TTL.
A
DNS: A. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of A.
- Apply A in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
AAAA
DNS: AAAA. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of AAAA.
- Apply AAAA in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
CNAME
DNS: CNAME. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of CNAME.
- Apply CNAME in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Alias concepts
DNS: Alias concepts. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Alias concepts.
- Apply Alias concepts in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
TTL
DNS: TTL. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of TTL.
- Apply TTL in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
4 curriculum topics: Inbound, Outbound, Stateful, Stateless.
Inbound
FIREWALLS: Inbound. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Inbound.
- Apply Inbound in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Outbound
FIREWALLS: Outbound. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Outbound.
- Apply Outbound in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Stateful
FIREWALLS: Stateful. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Stateful.
- Apply Stateful in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Stateless
FIREWALLS: Stateless. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Stateless.
- Apply Stateless in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
1 curriculum topics: Nat.
Nat
Understand private-resource internet access.; NETWORKING TEST; 60 Questions + 15 subnetting exercises
- Explain the core concepts and architecture of Nat.
- Apply Nat in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
6 curriculum topics: AWS account, Root user, MFA, Billing, Support, Account recovery.
AWS account
AWS ACCOUNT FOUNDATION: AWS account. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of AWS account.
- Apply AWS account in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Root user
AWS ACCOUNT FOUNDATION: Root user. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Root user.
- Apply Root user in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
MFA
AWS ACCOUNT FOUNDATION: MFA. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of MFA.
- Apply MFA in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Billing
AWS ACCOUNT FOUNDATION: Billing. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Billing.
- Apply Billing in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Support
AWS ACCOUNT FOUNDATION: Support. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Support.
- Apply Support in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Account recovery
AWS ACCOUNT FOUNDATION: Account recovery. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Account recovery.
- Apply Account recovery in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
4 curriculum topics: User, Group, Role, Policy.
User
IAM FOUNDATION: User. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of User.
- Apply User in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Group
IAM FOUNDATION: Group. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Group.
- Apply Group in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Role
IAM FOUNDATION: Role. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Role.
- Apply Role in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Policy
IAM FOUNDATION: Policy. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Policy.
- Apply Policy in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
1 curriculum topics: Iam Policies.
Iam Policies
Understand:; text; Effect; Action; Resource; Condition
- Explain the core concepts and architecture of Iam Policies.
- Apply Iam Policies in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
1 curriculum topics: Allow & Deny.
Allow & Deny
Teach policy evaluation concepts.; Explicit deny wins.
- Explain the core concepts and architecture of Allow & Deny.
- Apply Allow & Deny in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
1 curriculum topics: Least Privilege.
Least Privilege
Grant only required permissions.
- Explain the core concepts and architecture of Least Privilege.
- Apply Least Privilege in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
4 curriculum topics: EC2, Lambda, Applications, Cross-account access.
EC2
IAM ROLES: EC2. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of EC2.
- Apply EC2 in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Lambda
IAM ROLES: Lambda. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Lambda.
- Apply Lambda in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Applications
IAM ROLES: Applications. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Applications.
- Apply Applications in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Cross-account access
IAM ROLES: Cross-account access. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Cross-account access.
- Apply Cross-account access in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
1 curriculum topics: Iam Identity Center.
Iam Identity Center
Teach workforce access concepts.
- Explain the core concepts and architecture of Iam Identity Center.
- Apply Iam Identity Center in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
1 curriculum topics: Mfa.
Mfa
Core concepts, implementation patterns, engineering trade-offs and production considerations for Mfa.
- Explain the core concepts and architecture of Mfa.
- Apply Mfa in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
6 curriculum topics: Rotation, Storage, Risks, Avoiding static credentials, Read-only access to one S3 bucket, Delete.
Rotation
ACCESS KEYS: Rotation. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Rotation.
- Apply Rotation in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Storage
ACCESS KEYS: Storage. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Storage.
- Apply Storage in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Risks
ACCESS KEYS: Risks. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Risks.
- Apply Risks in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Avoiding static credentials
ACCESS KEYS: Avoiding static credentials. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Avoiding static credentials.
- Apply Avoiding static credentials in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Read-only access to one S3 bucket
ACCESS KEYS: Read-only access to one S3 bucket. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Read-only access to one S3 bucket.
- Apply Read-only access to one S3 bucket in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Delete
ACCESS KEYS: Delete. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Delete.
- Apply Delete in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
6 curriculum topics: Installation, Profiles, Authentication, Commands, JSON output, Filtering concepts.
Installation
AWS CLI: Installation. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Installation.
- Apply Installation in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Profiles
AWS CLI: Profiles. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Profiles.
- Apply Profiles in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Authentication
AWS CLI: Authentication. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Authentication.
- Apply Authentication in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Commands
AWS CLI: Commands. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Commands.
- Apply Commands in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
JSON output
AWS CLI: JSON output. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of JSON output.
- Apply JSON output in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Filtering concepts
AWS CLI: Filtering concepts. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Filtering concepts.
- Apply Filtering concepts in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
1 curriculum topics: Cloudshell.
Cloudshell
Use for browser-based AWS CLI work.
- Explain the core concepts and architecture of Cloudshell.
- Apply Cloudshell in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
1 curriculum topics: Cli Automation.
Cli Automation
Students perform repeatable operational tasks without console clicks.
- Explain the core concepts and architecture of Cli Automation.
- Apply Cli Automation in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
6 curriculum topics: Instance, AMI, Instance family, CPU, Memory, Networking.
Instance
AMAZON EC2: Instance. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Instance.
- Apply Instance in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
AMI
AMAZON EC2: AMI. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of AMI.
- Apply AMI in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Instance family
AMAZON EC2: Instance family. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Instance family.
- Apply Instance family in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
CPU
AMAZON EC2: CPU. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of CPU.
- Apply CPU in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Memory
AMAZON EC2: Memory. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Memory.
- Apply Memory in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Networking
AMAZON EC2: Networking. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Networking.
- Apply Networking in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
5 curriculum topics: General purpose, Compute optimized, Memory optimized, Storage optimized, Accelerated computing concepts.
General purpose
INSTANCE TYPES: General purpose. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of General purpose.
- Apply General purpose in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Compute optimized
INSTANCE TYPES: Compute optimized. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Compute optimized.
- Apply Compute optimized in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Memory optimized
INSTANCE TYPES: Memory optimized. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Memory optimized.
- Apply Memory optimized in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Storage optimized
INSTANCE TYPES: Storage optimized. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Storage optimized.
- Apply Storage optimized in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Accelerated computing concepts
INSTANCE TYPES: Accelerated computing concepts. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Accelerated computing concepts.
- Apply Accelerated computing concepts in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
4 curriculum topics: On-Demand, Spot, Reserved Instance concepts, Savings Plans concepts.
On-Demand
EC2 PURCHASING: On-Demand. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of On-Demand.
- Apply On-Demand in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Spot
EC2 PURCHASING: Spot. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Spot.
- Apply Spot in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Reserved Instance concepts
EC2 PURCHASING: Reserved Instance concepts. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Reserved Instance concepts.
- Apply Reserved Instance concepts in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Savings Plans concepts
EC2 PURCHASING: Savings Plans concepts. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Savings Plans concepts.
- Apply Savings Plans concepts in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
7 curriculum topics: AMI, Instance type, Key pair, Subnet, Security group, Storage, Role.
AMI
EC2 LAUNCH: AMI. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of AMI.
- Apply AMI in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Instance type
EC2 LAUNCH: Instance type. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Instance type.
- Apply Instance type in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Key pair
EC2 LAUNCH: Key pair. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Key pair.
- Apply Key pair in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Subnet
EC2 LAUNCH: Subnet. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Subnet.
- Apply Subnet in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Security group
EC2 LAUNCH: Security group. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Security group.
- Apply Security group in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Storage
EC2 LAUNCH: Storage. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Storage.
- Apply Storage in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Role
EC2 LAUNCH: Role. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Role.
- Apply Role in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
1 curriculum topics: User Data.
User Data
Bootstrap server automatically.; EC2 LAB; Launch Linux instance.; Install application automatically using user data.
- Explain the core concepts and architecture of User Data.
- Apply User Data in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
1 curriculum topics: Ec2 Metadata Security.
Ec2 Metadata Security
Understand metadata and workload credential concepts.
- Explain the core concepts and architecture of Ec2 Metadata Security.
- Apply Ec2 Metadata Security in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
1 curriculum topics: Amis.
Amis
Create reusable machine image.
- Explain the core concepts and architecture of Amis.
- Apply Amis in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
1 curriculum topics: Elastic Ip.
Elastic Ip
Understand use cases and unnecessary-cost risks.
- Explain the core concepts and architecture of Elastic Ip.
- Apply Elastic Ip in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
5 curriculum topics: Block storage, Volume types, Attachment, Persistence, Snapshots.
Block storage
EBS: Block storage. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Block storage.
- Apply Block storage in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Volume types
EBS: Volume types. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Volume types.
- Apply Volume types in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Attachment
EBS: Attachment. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Attachment.
- Apply Attachment in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Persistence
EBS: Persistence. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Persistence.
- Apply Persistence in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Snapshots
EBS: Snapshots. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Snapshots.
- Apply Snapshots in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
4 curriculum topics: Backup, Restore, Encryption, Lifecycle concepts.
Backup
EBS SNAPSHOTS: Backup. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Backup.
- Apply Backup in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Restore
EBS SNAPSHOTS: Restore. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Restore.
- Apply Restore in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Encryption
EBS SNAPSHOTS: Encryption. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Encryption.
- Apply Encryption in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Lifecycle concepts
EBS SNAPSHOTS: Lifecycle concepts. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Lifecycle concepts.
- Apply Lifecycle concepts in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
1 curriculum topics: Efs.
Efs
Shared Linux file storage.
- Explain the core concepts and architecture of Efs.
- Apply Efs in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
1 curriculum topics: Ebs Vs Efs Vs S3.
Ebs Vs Efs Vs S3
Students must choose correct storage.
- Explain the core concepts and architecture of Ebs Vs Efs Vs S3.
- Apply Ebs Vs Efs Vs S3 in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
4 curriculum topics: Bucket, Object, Key, Object storage.
Bucket
AMAZON S3: Bucket. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Bucket.
- Apply Bucket in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Object
AMAZON S3: Object. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Object.
- Apply Object in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Key
AMAZON S3: Key. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Key.
- Apply Key in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Object storage
AMAZON S3: Object storage. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Object storage.
- Apply Object storage in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
4 curriculum topics: Frequently accessed, Infrequent access, Archival tiers, Intelligent tiering concepts.
Frequently accessed
S3 STORAGE CLASSES: Frequently accessed. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Frequently accessed.
- Apply Frequently accessed in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Infrequent access
S3 STORAGE CLASSES: Infrequent access. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Infrequent access.
- Apply Infrequent access in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Archival tiers
S3 STORAGE CLASSES: Archival tiers. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Archival tiers.
- Apply Archival tiers in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Intelligent tiering concepts
S3 STORAGE CLASSES: Intelligent tiering concepts. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Intelligent tiering concepts.
- Apply Intelligent tiering concepts in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
1 curriculum topics: S3 Versioning.
S3 Versioning
Core concepts, implementation patterns, engineering trade-offs and production considerations for S3 Versioning.
- Explain the core concepts and architecture of S3 Versioning.
- Apply S3 Versioning in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
1 curriculum topics: S3 Lifecycle.
S3 Lifecycle
Example:; Day 0:; Standard; Day 30:; Lower-cost tier; Day 365:; Archive; Retention completion:; Delete
- Explain the core concepts and architecture of S3 Lifecycle.
- Apply S3 Lifecycle in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
5 curriculum topics: Bucket policy, IAM, Public access block, Encryption, Presigned URLs.
Bucket policy
S3 SECURITY: Bucket policy. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Bucket policy.
- Apply Bucket policy in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
IAM
S3 SECURITY: IAM. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of IAM.
- Apply IAM in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Public access block
S3 SECURITY: Public access block. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Public access block.
- Apply Public access block in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Encryption
S3 SECURITY: Encryption. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Encryption.
- Apply Encryption in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Presigned URLs
S3 SECURITY: Presigned URLs. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Presigned URLs.
- Apply Presigned URLs in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
8 curriculum topics: Same-region concepts, Cross-region concepts, Private bucket, Encryption, Lifecycle, Versioning, Presigned access, Logging concepts.
Same-region concepts
S3 REPLICATION: Same-region concepts. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Same-region concepts.
- Apply Same-region concepts in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Cross-region concepts
S3 REPLICATION: Cross-region concepts. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Cross-region concepts.
- Apply Cross-region concepts in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Private bucket
S3 REPLICATION: Private bucket. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Private bucket.
- Apply Private bucket in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Encryption
S3 REPLICATION: Encryption. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Encryption.
- Apply Encryption in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Lifecycle
S3 REPLICATION: Lifecycle. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Lifecycle.
- Apply Lifecycle in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Versioning
S3 REPLICATION: Versioning. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Versioning.
- Apply Versioning in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Presigned access
S3 REPLICATION: Presigned access. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Presigned access.
- Apply Presigned access in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Logging concepts
S3 REPLICATION: Logging concepts. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Logging concepts.
- Apply Logging concepts in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
4 curriculum topics: VPC, CIDR, Subnet, Routes.
VPC
VPC: VPC. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of VPC.
- Apply VPC in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
CIDR
VPC: CIDR. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of CIDR.
- Apply CIDR in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Subnet
VPC: Subnet. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Subnet.
- Apply Subnet in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Routes
VPC: Routes. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Routes.
- Apply Routes in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
1 curriculum topics: Public Subnet.
Public Subnet
Route:; 0.0.0.0/0 → Internet Gateway
- Explain the core concepts and architecture of Public Subnet.
- Apply Public Subnet in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
1 curriculum topics: Private Subnet.
Private Subnet
No direct inbound public internet route.
- Explain the core concepts and architecture of Private Subnet.
- Apply Private Subnet in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
1 curriculum topics: Internet Gateway.
Internet Gateway
Core concepts, implementation patterns, engineering trade-offs and production considerations for Internet Gateway.
- Explain the core concepts and architecture of Internet Gateway.
- Apply Internet Gateway in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
1 curriculum topics: Nat Gateway.
Nat Gateway
Allow private resources outbound internet connectivity.
- Explain the core concepts and architecture of Nat Gateway.
- Apply Nat Gateway in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
1 curriculum topics: Route Tables.
Route Tables
Core concepts, implementation patterns, engineering trade-offs and production considerations for Route Tables.
- Explain the core concepts and architecture of Route Tables.
- Apply Route Tables in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
1 curriculum topics: Security Groups.
Security Groups
Stateful firewall.
- Explain the core concepts and architecture of Security Groups.
- Apply Security Groups in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
1 curriculum topics: Network Acls.
Network Acls
Stateless subnet-level filtering.
- Explain the core concepts and architecture of Network Acls.
- Apply Network Acls in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
1 curriculum topics: Security Group Vs Nacl.
Security Group Vs Nacl
Students must explain clearly.
- Explain the core concepts and architecture of Security Group Vs Nacl.
- Apply Security Group Vs Nacl in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
1 curriculum topics: Vpc Peering.
Vpc Peering
Core concepts, implementation patterns, engineering trade-offs and production considerations for Vpc Peering.
- Explain the core concepts and architecture of Vpc Peering.
- Apply Vpc Peering in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
1 curriculum topics: Transit Gateway.
Transit Gateway
For larger multi-VPC connectivity.
- Explain the core concepts and architecture of Transit Gateway.
- Apply Transit Gateway in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
1 curriculum topics: Vpc Endpoints.
Vpc Endpoints
Keep AWS service traffic private where appropriate.
- Explain the core concepts and architecture of Vpc Endpoints.
- Apply Vpc Endpoints in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
1 curriculum topics: Aws Privatelink.
Aws Privatelink
Understand private service exposure concepts.; VPC MAJOR LAB; Build:; text; VPC; ├── Public Subnet A; │ └── Load Balancer; ├── Public Subnet B; ├── Private App A; │ └── EC2; ├── Private App B; ├── Private DB A; └── Private DB B
- Explain the core concepts and architecture of Aws Privatelink.
- Apply Aws Privatelink in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
1 curriculum topics: Load Balancing.
Load Balancing
Teach:; Application Load Balancer; HTTP/HTTPS workloads.; Network Load Balancer; High-performance network workloads.; Gateway Load Balancer awareness
- Explain the core concepts and architecture of Load Balancing.
- Apply Load Balancing in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
1 curriculum topics: Target Groups.
Target Groups
Core concepts, implementation patterns, engineering trade-offs and production considerations for Target Groups.
- Explain the core concepts and architecture of Target Groups.
- Apply Target Groups in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
1 curriculum topics: Health Checks.
Health Checks
Do not route traffic to unhealthy applications.
- Explain the core concepts and architecture of Health Checks.
- Apply Health Checks in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
1 curriculum topics: Tls Termination.
Tls Termination
Use certificates appropriately.
- Explain the core concepts and architecture of Tls Termination.
- Apply Tls Termination in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
5 curriculum topics: Launch template, Auto Scaling Group, Min, Desired, Max.
Launch template
AUTO SCALING: Launch template. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Launch template.
- Apply Launch template in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Auto Scaling Group
AUTO SCALING: Auto Scaling Group. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Auto Scaling Group.
- Apply Auto Scaling Group in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Min
AUTO SCALING: Min. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Min.
- Apply Min in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Desired
AUTO SCALING: Desired. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Desired.
- Apply Desired in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Max
AUTO SCALING: Max. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Max.
- Apply Max in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
3 curriculum topics: CPU, Request count, Custom metric concepts.
CPU
SCALING POLICIES: CPU. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of CPU.
- Apply CPU in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Request count
SCALING POLICIES: Request count. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Request count.
- Apply Request count in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Custom metric concepts
SCALING POLICIES: Custom metric concepts. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Custom metric concepts.
- Apply Custom metric concepts in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
3 curriculum topics: Monitoring, Health checks, Scaling.
Monitoring
HIGH AVAILABILITY: Monitoring. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Monitoring.
- Apply Monitoring in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Health checks
HIGH AVAILABILITY: Health checks. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Health checks.
- Apply Health checks in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Scaling
HIGH AVAILABILITY: Scaling. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Scaling.
- Apply Scaling in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
4 curriculum topics: Hosted zone, Records, Routing concepts, Health checks.
Hosted zone
ROUTE 53: Hosted zone. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Hosted zone.
- Apply Hosted zone in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Records
ROUTE 53: Records. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Records.
- Apply Records in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Routing concepts
ROUTE 53: Routing concepts. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Routing concepts.
- Apply Routing concepts in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Health checks
ROUTE 53: Health checks. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Health checks.
- Apply Health checks in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
5 curriculum topics: Simple, Weighted, Latency concepts, Failover, Geolocation awareness.
Simple
ROUTING POLICIES: Simple. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Simple.
- Apply Simple in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Weighted
ROUTING POLICIES: Weighted. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Weighted.
- Apply Weighted in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Latency concepts
ROUTING POLICIES: Latency concepts. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Latency concepts.
- Apply Latency concepts in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Failover
ROUTING POLICIES: Failover. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Failover.
- Apply Failover in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Geolocation awareness
ROUTING POLICIES: Geolocation awareness. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Geolocation awareness.
- Apply Geolocation awareness in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
3 curriculum topics: S3, Load balancer, API.
S3
CLOUDFRONT: S3. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of S3.
- Apply S3 in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Load balancer
CLOUDFRONT: Load balancer. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Load balancer.
- Apply Load balancer in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
API
CLOUDFRONT: API. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of API.
- Apply API in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
1 curriculum topics: Cache Behavior.
Cache Behavior
Core concepts, implementation patterns, engineering trade-offs and production considerations for Cache Behavior.
- Explain the core concepts and architecture of Cache Behavior.
- Apply Cache Behavior in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
1 curriculum topics: Invalidation.
Invalidation
Core concepts, implementation patterns, engineering trade-offs and production considerations for Invalidation.
- Explain the core concepts and architecture of Invalidation.
- Apply Invalidation in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
1 curriculum topics: Origin Access.
Origin Access
Secure S3-backed distributions appropriately.
- Explain the core concepts and architecture of Origin Access.
- Apply Origin Access in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
1 curriculum topics: Aws Certificate Manager.
Aws Certificate Manager
Teach TLS certificate management.
- Explain the core concepts and architecture of Aws Certificate Manager.
- Apply Aws Certificate Manager in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
4 curriculum topics: Managed databases, DB engines, Availability, Backups.
Managed databases
RELATIONAL DATABASES: Managed databases. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Managed databases.
- Apply Managed databases in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
DB engines
RELATIONAL DATABASES: DB engines. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of DB engines.
- Apply DB engines in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Availability
RELATIONAL DATABASES: Availability. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Availability.
- Apply Availability in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Backups
RELATIONAL DATABASES: Backups. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Backups.
- Apply Backups in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
5 curriculum topics: PostgreSQL, MySQL, MariaDB, SQL Server, Oracle awareness.
PostgreSQL
AMAZON RDS: PostgreSQL. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of PostgreSQL.
- Apply PostgreSQL in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
MySQL
AMAZON RDS: MySQL. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of MySQL.
- Apply MySQL in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
MariaDB
AMAZON RDS: MariaDB. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of MariaDB.
- Apply MariaDB in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
SQL Server
AMAZON RDS: SQL Server. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of SQL Server.
- Apply SQL Server in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Oracle awareness
AMAZON RDS: Oracle awareness. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Oracle awareness.
- Apply Oracle awareness in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
1 curriculum topics: Multi-Az.
Multi-Az
Understand:; Availability; not the same as:; Read Scaling
- Explain the core concepts and architecture of Multi-Az.
- Apply Multi-Az in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
1 curriculum topics: Read Replicas.
Read Replicas
Use for read scalability and selected DR patterns.
- Explain the core concepts and architecture of Read Replicas.
- Apply Read Replicas in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
1 curriculum topics: Rds Backups.
Rds Backups
Core concepts, implementation patterns, engineering trade-offs and production considerations for Rds Backups.
- Explain the core concepts and architecture of Rds Backups.
- Apply Rds Backups in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
1 curriculum topics: Rds Snapshots.
Rds Snapshots
Core concepts, implementation patterns, engineering trade-offs and production considerations for Rds Snapshots.
- Explain the core concepts and architecture of Rds Snapshots.
- Apply Rds Snapshots in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
3 curriculum topics: Security groups, Encryption, Secrets.
Security groups
RDS SECURITY: Security groups. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Security groups.
- Apply Security groups in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Encryption
RDS SECURITY: Encryption. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Encryption.
- Apply Encryption in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Secrets
RDS SECURITY: Secrets. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Secrets.
- Apply Secrets in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
3 curriculum topics: Managed relational architecture, Scaling, Availability concepts.
Managed relational architecture
AMAZON AURORA: Managed relational architecture. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Managed relational architecture.
- Apply Managed relational architecture in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Scaling
AMAZON AURORA: Scaling. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Scaling.
- Apply Scaling in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Availability concepts
AMAZON AURORA: Availability concepts. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Availability concepts.
- Apply Availability concepts in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
5 curriculum topics: Table, Item, Partition key, Sort key, Access patterns.
Table
DYNAMODB: Table. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Table.
- Apply Table in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Item
DYNAMODB: Item. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Item.
- Apply Item in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Partition key
DYNAMODB: Partition key. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Partition key.
- Apply Partition key in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Sort key
DYNAMODB: Sort key. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Sort key.
- Apply Sort key in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Access patterns
DYNAMODB: Access patterns. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Access patterns.
- Apply Access patterns in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
2 curriculum topics: GSI, LSI concepts.
GSI
DYNAMODB INDEXES: GSI. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of GSI.
- Apply GSI in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
LSI concepts
DYNAMODB INDEXES: LSI concepts. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of LSI concepts.
- Apply LSI concepts in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
2 curriculum topics: On-demand, Provisioned concepts.
On-demand
CAPACITY: On-demand. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of On-demand.
- Apply On-demand in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Provisioned concepts
CAPACITY: Provisioned concepts. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Provisioned concepts.
- Apply Provisioned concepts in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
1 curriculum topics: Ttl.
Ttl
Core concepts, implementation patterns, engineering trade-offs and production considerations for Ttl.
- Explain the core concepts and architecture of Ttl.
- Apply Ttl in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
3 curriculum topics: RDS, Aurora, DynamoDB.
RDS
DYNAMODB STREAMS: RDS. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of RDS.
- Apply RDS in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Aurora
DYNAMODB STREAMS: Aurora. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Aurora.
- Apply Aurora in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
DynamoDB
DYNAMODB STREAMS: DynamoDB. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of DynamoDB.
- Apply DynamoDB in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
2 curriculum topics: Redis/Valkey-style caching concepts, Memcached concepts.
Redis/Valkey-style caching concepts
ELASTICACHE: Redis/Valkey-style caching concepts. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Redis/Valkey-style caching concepts.
- Apply Redis/Valkey-style caching concepts in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Memcached concepts
ELASTICACHE: Memcached concepts. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Memcached concepts.
- Apply Memcached concepts in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
3 curriculum topics: Event, Function, Service.
Event
SERVERLESS FOUNDATION: Event. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Event.
- Apply Event in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Function
SERVERLESS FOUNDATION: Function. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Function.
- Apply Function in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Service
SERVERLESS FOUNDATION: Service. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Service.
- Apply Service in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
6 curriculum topics: Function, Runtime, Handler, Timeout, Memory, Environment variables.
Function
AWS LAMBDA: Function. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Function.
- Apply Function in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Runtime
AWS LAMBDA: Runtime. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Runtime.
- Apply Runtime in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Handler
AWS LAMBDA: Handler. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Handler.
- Apply Handler in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Timeout
AWS LAMBDA: Timeout. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Timeout.
- Apply Timeout in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Memory
AWS LAMBDA: Memory. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Memory.
- Apply Memory in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Environment variables
AWS LAMBDA: Environment variables. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Environment variables.
- Apply Environment variables in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
4 curriculum topics: API, S3, EventBridge, Queue.
API
LAMBDA TRIGGERS: API. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of API.
- Apply API in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
S3
LAMBDA TRIGGERS: S3. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of S3.
- Apply S3 in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
EventBridge
LAMBDA TRIGGERS: EventBridge. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of EventBridge.
- Apply EventBridge in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Queue
LAMBDA TRIGGERS: Queue. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Queue.
- Apply Queue in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
1 curriculum topics: Lambda Concurrency.
Lambda Concurrency
Understand scaling and throttling concepts.
- Explain the core concepts and architecture of Lambda Concurrency.
- Apply Lambda Concurrency in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
1 curriculum topics: Cold Starts.
Cold Starts
Understand, measure and optimize where relevant.
- Explain the core concepts and architecture of Cold Starts.
- Apply Cold Starts in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
1 curriculum topics: Serverless Security.
Serverless Security
Use IAM roles.; Do not embed credentials.
- Explain the core concepts and architecture of Serverless Security.
- Apply Serverless Security in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
5 curriculum topics: API endpoints, Routing, Authorization, Throttling, Lambda integration.
API endpoints
API GATEWAY: API endpoints. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of API endpoints.
- Apply API endpoints in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Routing
API GATEWAY: Routing. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Routing.
- Apply Routing in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Authorization
API GATEWAY: Authorization. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Authorization.
- Apply Authorization in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Throttling
API GATEWAY: Throttling. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Throttling.
- Apply Throttling in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Lambda integration
API GATEWAY: Lambda integration. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Lambda integration.
- Apply Lambda integration in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
6 curriculum topics: Queue, Producer, Consumer, Visibility timeout, Retention, Retries.
Queue
AMAZON SQS: Queue. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Queue.
- Apply Queue in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Producer
AMAZON SQS: Producer. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Producer.
- Apply Producer in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Consumer
AMAZON SQS: Consumer. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Consumer.
- Apply Consumer in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Visibility timeout
AMAZON SQS: Visibility timeout. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Visibility timeout.
- Apply Visibility timeout in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Retention
AMAZON SQS: Retention. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Retention.
- Apply Retention in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Retries
AMAZON SQS: Retries. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Retries.
- Apply Retries in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
1 curriculum topics: Dead-Letter Queues.
Dead-Letter Queues
Failed events go to:; DLQ; for investigation/reprocessing.
- Explain the core concepts and architecture of Dead-Letter Queues.
- Apply Dead-Letter Queues in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
1 curriculum topics: Fifo Queues.
Fifo Queues
Understand ordering and deduplication concepts.
- Explain the core concepts and architecture of Fifo Queues.
- Apply Fifo Queues in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
1 curriculum topics: Amazon Sns.
Amazon Sns
Teach pub/sub.; Example:; text; Order Event; SNS; ├── Email subscriber; ├── Queue subscriber; └── Other system
- Explain the core concepts and architecture of Amazon Sns.
- Apply Amazon Sns in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
5 curriculum topics: Event bus, Events, Rules, Targets, Scheduled events.
Event bus
EVENTBRIDGE: Event bus. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Event bus.
- Apply Event bus in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Events
EVENTBRIDGE: Events. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Events.
- Apply Events in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Rules
EVENTBRIDGE: Rules. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Rules.
- Apply Rules in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Targets
EVENTBRIDGE: Targets. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Targets.
- Apply Targets in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Scheduled events
EVENTBRIDGE: Scheduled events. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Scheduled events.
- Apply Scheduled events in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
1 curriculum topics: Event-Driven Architecture.
Event-Driven Architecture
Architecture:; text; Application; EventBridge; ├── Lambda; ├── Queue; └── Notification
- Explain the core concepts and architecture of Event-Driven Architecture.
- Apply Event-Driven Architecture in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
3 curriculum topics: Retries, Failures, Branching.
Retries
STEP FUNCTIONS: Retries. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Retries.
- Apply Retries in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Failures
STEP FUNCTIONS: Failures. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Failures.
- Apply Failures in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Branching
STEP FUNCTIONS: Branching. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Branching.
- Apply Branching in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
4 curriculum topics: Image, Container, Dockerfile, Registry.
Image
DOCKER FUNDAMENTALS: Image. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Image.
- Apply Image in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Container
DOCKER FUNDAMENTALS: Container. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Container.
- Apply Container in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Dockerfile
DOCKER FUNDAMENTALS: Dockerfile. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Dockerfile.
- Apply Dockerfile in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Registry
DOCKER FUNDAMENTALS: Registry. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Registry.
- Apply Registry in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
1 curriculum topics: Dockerfile.
Dockerfile
Build application container.
- Explain the core concepts and architecture of Dockerfile.
- Apply Dockerfile in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
1 curriculum topics: Multi-Stage Builds.
Multi-Stage Builds
Core concepts, implementation patterns, engineering trade-offs and production considerations for Multi-Stage Builds.
- Explain the core concepts and architecture of Multi-Stage Builds.
- Apply Multi-Stage Builds in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
4 curriculum topics: Minimal images, Non-root concepts, Secret handling, Scanning.
Minimal images
CONTAINER SECURITY: Minimal images. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Minimal images.
- Apply Minimal images in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Non-root concepts
CONTAINER SECURITY: Non-root concepts. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Non-root concepts.
- Apply Non-root concepts in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Secret handling
CONTAINER SECURITY: Secret handling. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Secret handling.
- Apply Secret handling in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Scanning
CONTAINER SECURITY: Scanning. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Scanning.
- Apply Scanning in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
1 curriculum topics: Amazon Ecr.
Amazon Ecr
Store container images.
- Explain the core concepts and architecture of Amazon Ecr.
- Apply Amazon Ecr in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
4 curriculum topics: Cluster, Service, Task definition, Task.
Cluster
AMAZON ECS: Cluster. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Cluster.
- Apply Cluster in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Service
AMAZON ECS: Service. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Service.
- Apply Service in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Task definition
AMAZON ECS: Task definition. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Task definition.
- Apply Task definition in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Task
AMAZON ECS: Task. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Task.
- Apply Task in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
1 curriculum topics: Aws Fargate.
Aws Fargate
Run containers without directly managing underlying servers.; ECS PROJECT; Containerized Application on ECS/Fargate; Pipeline:; text; Git; Docker Build; ECR; ECS/Fargate; Load Balancer
- Explain the core concepts and architecture of Aws Fargate.
- Apply Aws Fargate in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
6 curriculum topics: Cluster, Control plane concepts, Node, Pod, Deployment, Service.
Cluster
KUBERNETES FOUNDATION: Cluster. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Cluster.
- Apply Cluster in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Control plane concepts
KUBERNETES FOUNDATION: Control plane concepts. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Control plane concepts.
- Apply Control plane concepts in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Node
KUBERNETES FOUNDATION: Node. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Node.
- Apply Node in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Pod
KUBERNETES FOUNDATION: Pod. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Pod.
- Apply Pod in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Deployment
KUBERNETES FOUNDATION: Deployment. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Deployment.
- Apply Deployment in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Service
KUBERNETES FOUNDATION: Service. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Service.
- Apply Service in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
1 curriculum topics: Configmaps & Secrets.
Configmaps & Secrets
Core concepts, implementation patterns, engineering trade-offs and production considerations for Configmaps & Secrets.
- Explain the core concepts and architecture of Configmaps & Secrets.
- Apply Configmaps & Secrets in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
3 curriculum topics: Startup, Readiness, Liveness.
Startup
PROBES: Startup. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Startup.
- Apply Startup in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Readiness
PROBES: Readiness. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Readiness.
- Apply Readiness in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Liveness
PROBES: Liveness. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Liveness.
- Apply Liveness in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
1 curriculum topics: Resource Requests/Limits.
Resource Requests/Limits
Core concepts, implementation patterns, engineering trade-offs and production considerations for Resource Requests/Limits.
- Explain the core concepts and architecture of Resource Requests/Limits.
- Apply Resource Requests/Limits in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
1 curriculum topics: Kubernetes Scaling.
Kubernetes Scaling
Core concepts, implementation patterns, engineering trade-offs and production considerations for Kubernetes Scaling.
- Explain the core concepts and architecture of Kubernetes Scaling.
- Apply Kubernetes Scaling in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
5 curriculum topics: Managed control plane, Worker/node concepts, EKS networking awareness, IAM integration, Load balancer concepts.
Managed control plane
AMAZON EKS: Managed control plane. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Managed control plane.
- Apply Managed control plane in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Worker/node concepts
AMAZON EKS: Worker/node concepts. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Worker/node concepts.
- Apply Worker/node concepts in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
EKS networking awareness
AMAZON EKS: EKS networking awareness. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of EKS networking awareness.
- Apply EKS networking awareness in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
IAM integration
AMAZON EKS: IAM integration. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of IAM integration.
- Apply IAM integration in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Load balancer concepts
AMAZON EKS: Load balancer concepts. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Load balancer concepts.
- Apply Load balancer concepts in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
6 curriculum topics: Deployment, Scaling, Logs, Upgrades, Node health, Workload health.
Deployment
EKS OPERATIONS: Deployment. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Deployment.
- Apply Deployment in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Scaling
EKS OPERATIONS: Scaling. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Scaling.
- Apply Scaling in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Logs
EKS OPERATIONS: Logs. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Logs.
- Apply Logs in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Upgrades
EKS OPERATIONS: Upgrades. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Upgrades.
- Apply Upgrades in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Node health
EKS OPERATIONS: Node health. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Node health.
- Apply Node health in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Workload health
EKS OPERATIONS: Workload health. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Workload health.
- Apply Workload health in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
5 curriculum topics: Session Manager, Run Command, Parameter Store concepts, Patch Manager concepts, Automation concepts.
Session Manager
AWS SYSTEMS MANAGER: Session Manager. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Session Manager.
- Apply Session Manager in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Run Command
AWS SYSTEMS MANAGER: Run Command. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Run Command.
- Apply Run Command in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Parameter Store concepts
AWS SYSTEMS MANAGER: Parameter Store concepts. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Parameter Store concepts.
- Apply Parameter Store concepts in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Patch Manager concepts
AWS SYSTEMS MANAGER: Patch Manager concepts. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Patch Manager concepts.
- Apply Patch Manager concepts in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Automation concepts
AWS SYSTEMS MANAGER: Automation concepts. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Automation concepts.
- Apply Automation concepts in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
1 curriculum topics: Session Manager.
Session Manager
Teach secure administration without unnecessarily exposing SSH ports.
- Explain the core concepts and architecture of Session Manager.
- Apply Session Manager in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
4 curriculum topics: Metrics, Logs, Alarms, Dashboards.
Metrics
CLOUDWATCH: Metrics. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Metrics.
- Apply Metrics in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Logs
CLOUDWATCH: Logs. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Logs.
- Apply Logs in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Alarms
CLOUDWATCH: Alarms. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Alarms.
- Apply Alarms in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Dashboards
CLOUDWATCH: Dashboards. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Dashboards.
- Apply Dashboards in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
4 curriculum topics: CPUUtilization, Request count, Latency, Errors.
CPUUtilization
CLOUDWATCH METRICS: CPUUtilization. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of CPUUtilization.
- Apply CPUUtilization in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Request count
CLOUDWATCH METRICS: Request count. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Request count.
- Apply Request count in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Latency
CLOUDWATCH METRICS: Latency. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Latency.
- Apply Latency in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Errors
CLOUDWATCH METRICS: Errors. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Errors.
- Apply Errors in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
1 curriculum topics: Custom Metrics.
Custom Metrics
Core concepts, implementation patterns, engineering trade-offs and production considerations for Custom Metrics.
- Explain the core concepts and architecture of Custom Metrics.
- Apply Custom Metrics in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
1 curriculum topics: Log Groups.
Log Groups
Core concepts, implementation patterns, engineering trade-offs and production considerations for Log Groups.
- Explain the core concepts and architecture of Log Groups.
- Apply Log Groups in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
1 curriculum topics: Log Insights.
Log Insights
Query logs for troubleshooting.
- Explain the core concepts and architecture of Log Insights.
- Apply Log Insights in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
1 curriculum topics: Cloudwatch Alarms.
Cloudwatch Alarms
Example:; If:; CPU > 80%; for required duration:; Alert.
- Explain the core concepts and architecture of Cloudwatch Alarms.
- Apply Cloudwatch Alarms in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
1 curriculum topics: Dashboards.
Dashboards
Create production operational dashboard.
- Explain the core concepts and architecture of Dashboards.
- Apply Dashboards in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
1 curriculum topics: Cloudtrail.
Cloudtrail
Answer:; Who changed this infrastructure?; Track API activity.
- Explain the core concepts and architecture of Cloudtrail.
- Apply Cloudtrail in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
4 curriculum topics: Principal, Action, Time, Source.
Principal
AUDIT INVESTIGATION: Principal. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Principal.
- Apply Principal in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Action
AUDIT INVESTIGATION: Action. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Action.
- Apply Action in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Time
AUDIT INVESTIGATION: Time. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Time.
- Apply Time in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Source
AUDIT INVESTIGATION: Source. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Source.
- Apply Source in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
1 curriculum topics: Aws Config.
Aws Config
Teach resource configuration and compliance concepts.
- Explain the core concepts and architecture of Aws Config.
- Apply Aws Config in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
1 curriculum topics: Config Rules.
Config Rules
Example:; Detect S3 bucket that violates desired configuration.
- Explain the core concepts and architecture of Config Rules.
- Apply Config Rules in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
4 curriculum topics: Traces, Spans, Metrics, Context.
Traces
OPENTELEMETRY AWARENESS: Traces. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Traces.
- Apply Traces in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Spans
OPENTELEMETRY AWARENESS: Spans. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Spans.
- Apply Spans in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Metrics
OPENTELEMETRY AWARENESS: Metrics. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Metrics.
- Apply Metrics in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Context
OPENTELEMETRY AWARENESS: Context. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Context.
- Apply Context in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
1 curriculum topics: Distributed Observability.
Distributed Observability
Trace:; text; Load Balancer; Application; Database; Queue
- Explain the core concepts and architecture of Distributed Observability.
- Apply Distributed Observability in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
5 curriculum topics: Identity, Network, Data, Detection, Response.
Identity
AWS SECURITY FOUNDATION: Identity. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Identity.
- Apply Identity in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Network
AWS SECURITY FOUNDATION: Network. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Network.
- Apply Network in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Data
AWS SECURITY FOUNDATION: Data. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Data.
- Apply Data in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Detection
AWS SECURITY FOUNDATION: Detection. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Detection.
- Apply Detection in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Response
AWS SECURITY FOUNDATION: Response. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Response.
- Apply Response in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
4 curriculum topics: Encryption keys, Data encryption, Permissions, Rotation concepts.
Encryption keys
AWS KMS: Encryption keys. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Encryption keys.
- Apply Encryption keys in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Data encryption
AWS KMS: Data encryption. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Data encryption.
- Apply Data encryption in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Permissions
AWS KMS: Permissions. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Permissions.
- Apply Permissions in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Rotation concepts
AWS KMS: Rotation concepts. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Rotation concepts.
- Apply Rotation concepts in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
5 curriculum topics: Database passwords, API credentials, Git, Dockerfile, User data.
Database passwords
SECRETS MANAGER: Database passwords. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Database passwords.
- Apply Database passwords in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
API credentials
SECRETS MANAGER: API credentials. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of API credentials.
- Apply API credentials in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Git
SECRETS MANAGER: Git. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Git.
- Apply Git in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Dockerfile
SECRETS MANAGER: Dockerfile. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Dockerfile.
- Apply Dockerfile in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
User data
SECRETS MANAGER: User data. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of User data.
- Apply User data in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
1 curriculum topics: Parameter Store.
Parameter Store
Understand configuration/secrets use cases.
- Explain the core concepts and architecture of Parameter Store.
- Apply Parameter Store in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
2 curriculum topics: At Rest, In Transit.
At Rest
ENCRYPTION: At Rest. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of At Rest.
- Apply At Rest in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
In Transit
ENCRYPTION: In Transit. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of In Transit.
- Apply In Transit in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
1 curriculum topics: Aws Waf.
Aws Waf
Protect applications against selected web threats.
- Explain the core concepts and architecture of Aws Waf.
- Apply Aws Waf in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
1 curriculum topics: Aws Shield.
Aws Shield
DDoS-protection concepts.
- Explain the core concepts and architecture of Aws Shield.
- Apply Aws Shield in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
1 curriculum topics: Amazon Guardduty.
Amazon Guardduty
Threat-detection awareness.
- Explain the core concepts and architecture of Amazon Guardduty.
- Apply Amazon Guardduty in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
1 curriculum topics: Security Hub.
Security Hub
Central security posture awareness.
- Explain the core concepts and architecture of Security Hub.
- Apply Security Hub in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
1 curriculum topics: Inspector.
Inspector
Vulnerability-management concepts.
- Explain the core concepts and architecture of Inspector.
- Apply Inspector in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
5 curriculum topics: Public bucket, Open SSH, Wildcard IAM policy, Plaintext secret, Unencrypted database.
Public bucket
MACIE AWARENESS: Public bucket. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Public bucket.
- Apply Public bucket in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Open SSH
MACIE AWARENESS: Open SSH. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Open SSH.
- Apply Open SSH in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Wildcard IAM policy
MACIE AWARENESS: Wildcard IAM policy. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Wildcard IAM policy.
- Apply Wildcard IAM policy in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Plaintext secret
MACIE AWARENESS: Plaintext secret. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Plaintext secret.
- Apply Plaintext secret in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Unencrypted database
MACIE AWARENESS: Unencrypted database. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Unencrypted database.
- Apply Unencrypted database in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
3 curriculum topics: Organization, Accounts, Organizational units.
Organization
AWS ORGANIZATIONS: Organization. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Organization.
- Apply Organization in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Accounts
AWS ORGANIZATIONS: Accounts. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Accounts.
- Apply Accounts in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Organizational units
AWS ORGANIZATIONS: Organizational units. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Organizational units.
- Apply Organizational units in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
1 curriculum topics: Multi-Account Strategy.
Multi-Account Strategy
Example:; text; Organization; ├── Security; ├── Shared Services; ├── Development; ├── Testing; └── Production
- Explain the core concepts and architecture of Multi-Account Strategy.
- Apply Multi-Account Strategy in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
1 curriculum topics: Service Control Policies.
Service Control Policies
Govern account permissions.
- Explain the core concepts and architecture of Service Control Policies.
- Apply Service Control Policies in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
1 curriculum topics: Control Tower Awareness.
Control Tower Awareness
Teach landing-zone and account-governance concepts.
- Explain the core concepts and architecture of Control Tower Awareness.
- Apply Control Tower Awareness in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
1 curriculum topics: Centralized Logging.
Centralized Logging
Design central security/audit account concepts.
- Explain the core concepts and architecture of Centralized Logging.
- Apply Centralized Logging in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
1 curriculum topics: Infrastructure As Code Foundation.
Infrastructure As Code Foundation
Manual clicking does not scale.; Desired:; Code → Review → Provision → Repeat
- Explain the core concepts and architecture of Infrastructure As Code Foundation.
- Apply Infrastructure As Code Foundation in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
5 curriculum topics: Provider, Resource, Data source, Variable, Output.
Provider
TERRAFORM FUNDAMENTALS: Provider. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Provider.
- Apply Provider in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Resource
TERRAFORM FUNDAMENTALS: Resource. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Resource.
- Apply Resource in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Data source
TERRAFORM FUNDAMENTALS: Data source. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Data source.
- Apply Data source in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Variable
TERRAFORM FUNDAMENTALS: Variable. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Variable.
- Apply Variable in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Output
TERRAFORM FUNDAMENTALS: Output. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Output.
- Apply Output in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
1 curriculum topics: Terraform Workflow.
Terraform Workflow
text; terraform init; terraform plan; terraform apply; terraform destroy
- Explain the core concepts and architecture of Terraform Workflow.
- Apply Terraform Workflow in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
4 curriculum topics: State, Remote state, State security, Locking concepts.
State
TERRAFORM STATE: State. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of State.
- Apply State in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Remote state
TERRAFORM STATE: Remote state. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Remote state.
- Apply Remote state in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
State security
TERRAFORM STATE: State security. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of State security.
- Apply State security in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Locking concepts
TERRAFORM STATE: Locking concepts. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Locking concepts.
- Apply Locking concepts in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
1 curriculum topics: Terraform Modules.
Terraform Modules
Build reusable modules.; Example:; text; modules/; ├── vpc/; ├── ec2/; ├── rds/; └── alb/
- Explain the core concepts and architecture of Terraform Modules.
- Apply Terraform Modules in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
4 curriculum topics: Dev, Test, Staging, Production.
Dev
TERRAFORM ENVIRONMENTS: Dev. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Dev.
- Apply Dev in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Test
TERRAFORM ENVIRONMENTS: Test. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Test.
- Apply Test in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Staging
TERRAFORM ENVIRONMENTS: Staging. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Staging.
- Apply Staging in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Production
TERRAFORM ENVIRONMENTS: Production. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Production.
- Apply Production in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
11 curriculum topics: Secrets, Private keys, Sensitive state publicly, VPC, Public/private subnets, NAT, ALB, EC2/ASG and 3 more topics.
Secrets
TERRAFORM SECURITY: Secrets. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Secrets.
- Apply Secrets in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Private keys
TERRAFORM SECURITY: Private keys. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Private keys.
- Apply Private keys in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Sensitive state publicly
TERRAFORM SECURITY: Sensitive state publicly. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Sensitive state publicly.
- Apply Sensitive state publicly in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
VPC
TERRAFORM SECURITY: VPC. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of VPC.
- Apply VPC in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Public/private subnets
TERRAFORM SECURITY: Public/private subnets. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Public/private subnets.
- Apply Public/private subnets in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
NAT
TERRAFORM SECURITY: NAT. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of NAT.
- Apply NAT in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
ALB
TERRAFORM SECURITY: ALB. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of ALB.
- Apply ALB in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
EC2/ASG
TERRAFORM SECURITY: EC2/ASG. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of EC2/ASG.
- Apply EC2/ASG in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
RDS
TERRAFORM SECURITY: RDS. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of RDS.
- Apply RDS in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
IAM
TERRAFORM SECURITY: IAM. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of IAM.
- Apply IAM in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
CloudWatch
TERRAFORM SECURITY: CloudWatch. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of CloudWatch.
- Apply CloudWatch in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
5 curriculum topics: Template, Parameters, Resources, Outputs, Stacks.
Template
CLOUDFORMATION: Template. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Template.
- Apply Template in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Parameters
CLOUDFORMATION: Parameters. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Parameters.
- Apply Parameters in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Resources
CLOUDFORMATION: Resources. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Resources.
- Apply Resources in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Outputs
CLOUDFORMATION: Outputs. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Outputs.
- Apply Outputs in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Stacks
CLOUDFORMATION: Stacks. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Stacks.
- Apply Stacks in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
1 curriculum topics: Change Sets.
Change Sets
Review infrastructure changes before deployment.
- Explain the core concepts and architecture of Change Sets.
- Apply Change Sets in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
1 curriculum topics: Terraform Vs Cloudformation.
Terraform Vs Cloudformation
Students should understand trade-offs.
- Explain the core concepts and architecture of Terraform Vs Cloudformation.
- Apply Terraform Vs Cloudformation in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
1 curriculum topics: Aws Cdk Awareness.
Aws Cdk Awareness
Understand infrastructure using programming-language abstractions.
- Explain the core concepts and architecture of Aws Cdk Awareness.
- Apply Aws Cdk Awareness in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
5 curriculum topics: Repository, Branch, Commit, Pull request, Code review.
Repository
GIT FOR CLOUD ENGINEERS: Repository. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Repository.
- Apply Repository in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Branch
GIT FOR CLOUD ENGINEERS: Branch. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Branch.
- Apply Branch in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Commit
GIT FOR CLOUD ENGINEERS: Commit. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Commit.
- Apply Commit in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Pull request
GIT FOR CLOUD ENGINEERS: Pull request. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Pull request.
- Apply Pull request in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Code review
GIT FOR CLOUD ENGINEERS: Code review. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Code review.
- Apply Code review in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
6 curriculum topics: Security, Cost, Blast radius, Naming, Tagging, Networking.
Security
INFRASTRUCTURE CODE REVIEW: Security. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Security.
- Apply Security in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Cost
INFRASTRUCTURE CODE REVIEW: Cost. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Cost.
- Apply Cost in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Blast radius
INFRASTRUCTURE CODE REVIEW: Blast radius. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Blast radius.
- Apply Blast radius in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Naming
INFRASTRUCTURE CODE REVIEW: Naming. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Naming.
- Apply Naming in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Tagging
INFRASTRUCTURE CODE REVIEW: Tagging. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Tagging.
- Apply Tagging in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Networking
INFRASTRUCTURE CODE REVIEW: Networking. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Networking.
- Apply Networking in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
1 curriculum topics: Ci/Cd Foundation.
Ci/Cd Foundation
Pipeline:; text; Git Push; Validate; Test; Security Check; Terraform Plan; Approval; Apply
- Explain the core concepts and architecture of Ci/Cd Foundation.
- Apply Ci/Cd Foundation in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
1 curriculum topics: Github Actions.
Github Actions
Automate infrastructure workflows.
- Explain the core concepts and architecture of Github Actions.
- Apply Github Actions in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
1 curriculum topics: Aws Codebuild.
Aws Codebuild
Awareness/hands-on where appropriate.
- Explain the core concepts and architecture of Aws Codebuild.
- Apply Aws Codebuild in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
1 curriculum topics: Codepipeline.
Codepipeline
Understand AWS-native pipeline orchestration.
- Explain the core concepts and architecture of Codepipeline.
- Apply Codepipeline in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
1 curriculum topics: Deployment Approval.
Deployment Approval
Production infrastructure changes should require controlled approval.
- Explain the core concepts and architecture of Deployment Approval.
- Apply Deployment Approval in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
3 curriculum topics: Application, Infrastructure, Database changes.
Application
ROLLBACK: Application. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Application.
- Apply Application in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Infrastructure
ROLLBACK: Infrastructure. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Infrastructure.
- Apply Infrastructure in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Database changes
ROLLBACK: Database changes. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Database changes.
- Apply Database changes in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
5 curriculum topics: Variables, Loops, Functions, JSON, API calls.
Variables
PYTHON FOR CLOUD AUTOMATION: Variables. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Variables.
- Apply Variables in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Loops
PYTHON FOR CLOUD AUTOMATION: Loops. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Loops.
- Apply Loops in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Functions
PYTHON FOR CLOUD AUTOMATION: Functions. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Functions.
- Apply Functions in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
JSON
PYTHON FOR CLOUD AUTOMATION: JSON. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of JSON.
- Apply JSON in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
API calls
PYTHON FOR CLOUD AUTOMATION: API calls. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of API calls.
- Apply API calls in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
8 curriculum topics: List EC2, Stop instances, Analyze tags, Find unencrypted resources, Untagged EC2, Unencrypted volume, Public S3 configuration, Open security group.
List EC2
BOTO3: List EC2. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of List EC2.
- Apply List EC2 in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Stop instances
BOTO3: Stop instances. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Stop instances.
- Apply Stop instances in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Analyze tags
BOTO3: Analyze tags. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Analyze tags.
- Apply Analyze tags in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Find unencrypted resources
BOTO3: Find unencrypted resources. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Find unencrypted resources.
- Apply Find unencrypted resources in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Untagged EC2
BOTO3: Untagged EC2. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Untagged EC2.
- Apply Untagged EC2 in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Unencrypted volume
BOTO3: Unencrypted volume. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Unencrypted volume.
- Apply Unencrypted volume in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Public S3 configuration
BOTO3: Public S3 configuration. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Public S3 configuration.
- Apply Public S3 configuration in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Open security group
BOTO3: Open security group. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Open security group.
- Apply Open security group in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
1 curriculum topics: Event-Driven Operations.
Event-Driven Operations
Architecture:; text; AWS Event; EventBridge; Lambda; Automation; Example:; Stop non-production EC2 outside business hours.
- Explain the core concepts and architecture of Event-Driven Operations.
- Apply Event-Driven Operations in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
4 curriculum topics: Backups, Snapshots, Retention, Restore testing.
Backups
BACKUP STRATEGY: Backups. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Backups.
- Apply Backups in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Snapshots
BACKUP STRATEGY: Snapshots. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Snapshots.
- Apply Snapshots in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Retention
BACKUP STRATEGY: Retention. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Retention.
- Apply Retention in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Restore testing
BACKUP STRATEGY: Restore testing. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Restore testing.
- Apply Restore testing in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
1 curriculum topics: Aws Backup.
Aws Backup
Centralized backup concepts.
- Explain the core concepts and architecture of Aws Backup.
- Apply Aws Backup in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
1 curriculum topics: Rpo & Rto.
Rpo & Rto
Critical:; RPO; How much data can we lose?; RTO; How long can service remain unavailable?
- Explain the core concepts and architecture of Rpo & Rto.
- Apply Rpo & Rto in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
8 curriculum topics: Backup & Restore, Pilot Light, Warm Standby, Multi-Site / Active-Active concepts, RPO, RTO, Cost, Complexity.
Backup & Restore
DISASTER RECOVERY STRATEGIES: Backup & Restore. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Backup & Restore.
- Apply Backup & Restore in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Pilot Light
DISASTER RECOVERY STRATEGIES: Pilot Light. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Pilot Light.
- Apply Pilot Light in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Warm Standby
DISASTER RECOVERY STRATEGIES: Warm Standby. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Warm Standby.
- Apply Warm Standby in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Multi-Site / Active-Active concepts
DISASTER RECOVERY STRATEGIES: Multi-Site / Active-Active concepts. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Multi-Site / Active-Active concepts.
- Apply Multi-Site / Active-Active concepts in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
RPO
DISASTER RECOVERY STRATEGIES: RPO. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of RPO.
- Apply RPO in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
RTO
DISASTER RECOVERY STRATEGIES: RTO. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of RTO.
- Apply RTO in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Cost
DISASTER RECOVERY STRATEGIES: Cost. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Cost.
- Apply Cost in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Complexity
DISASTER RECOVERY STRATEGIES: Complexity. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Complexity.
- Apply Complexity in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
4 curriculum topics: Eliminate single points of failure, Automate recovery, Test recovery, Scale horizontally where appropriate.
Eliminate single points of failure
RELIABILITY ENGINEERING: Eliminate single points of failure. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Eliminate single points of failure.
- Apply Eliminate single points of failure in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Automate recovery
RELIABILITY ENGINEERING: Automate recovery. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Automate recovery.
- Apply Automate recovery in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Test recovery
RELIABILITY ENGINEERING: Test recovery. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Test recovery.
- Apply Test recovery in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Scale horizontally where appropriate
RELIABILITY ENGINEERING: Scale horizontally where appropriate. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Scale horizontally where appropriate.
- Apply Scale horizontally where appropriate in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
1 curriculum topics: Multi-Az.
Multi-Az
Core concepts, implementation patterns, engineering trade-offs and production considerations for Multi-Az.
- Explain the core concepts and architecture of Multi-Az.
- Apply Multi-Az in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
1 curriculum topics: Multi-Region Awareness.
Multi-Region Awareness
Use only when justified.
- Explain the core concepts and architecture of Multi-Region Awareness.
- Apply Multi-Region Awareness in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
1 curriculum topics: Failure Injection Concepts.
Failure Injection Concepts
Teach controlled resilience testing.
- Explain the core concepts and architecture of Failure Injection Concepts.
- Apply Failure Injection Concepts in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
11 curriculum topics: Operational Excellence, Security, Reliability, Performance Efficiency, Cost Optimization, Sustainability, Security risks, Reliability gaps and 3 more topics.
Operational Excellence
AWS WELL-ARCHITECTED: Operational Excellence. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Operational Excellence.
- Apply Operational Excellence in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Security
AWS WELL-ARCHITECTED: Security. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Security.
- Apply Security in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Reliability
AWS WELL-ARCHITECTED: Reliability. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Reliability.
- Apply Reliability in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Performance Efficiency
AWS WELL-ARCHITECTED: Performance Efficiency. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Performance Efficiency.
- Apply Performance Efficiency in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Cost Optimization
AWS WELL-ARCHITECTED: Cost Optimization. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Cost Optimization.
- Apply Cost Optimization in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Sustainability
AWS WELL-ARCHITECTED: Sustainability. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Sustainability.
- Apply Sustainability in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Security risks
AWS WELL-ARCHITECTED: Security risks. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Security risks.
- Apply Security risks in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Reliability gaps
AWS WELL-ARCHITECTED: Reliability gaps. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Reliability gaps.
- Apply Reliability gaps in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Performance issues
AWS WELL-ARCHITECTED: Performance issues. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Performance issues.
- Apply Performance issues in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Cost waste
AWS WELL-ARCHITECTED: Cost waste. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Cost waste.
- Apply Cost waste in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Operational weaknesses
AWS WELL-ARCHITECTED: Operational weaknesses. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Operational weaknesses.
- Apply Operational weaknesses in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
4 curriculum topics: Service pricing concepts, Data transfer costs, Compute costs, Storage costs.
Service pricing concepts
COST MANAGEMENT FOUNDATION: Service pricing concepts. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Service pricing concepts.
- Apply Service pricing concepts in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Data transfer costs
COST MANAGEMENT FOUNDATION: Data transfer costs. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Data transfer costs.
- Apply Data transfer costs in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Compute costs
COST MANAGEMENT FOUNDATION: Compute costs. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Compute costs.
- Apply Compute costs in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Storage costs
COST MANAGEMENT FOUNDATION: Storage costs. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Storage costs.
- Apply Storage costs in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
1 curriculum topics: Cost Explorer.
Cost Explorer
Core concepts, implementation patterns, engineering trade-offs and production considerations for Cost Explorer.
- Explain the core concepts and architecture of Cost Explorer.
- Apply Cost Explorer in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
1 curriculum topics: Aws Budgets.
Aws Budgets
Alert before overspend.
- Explain the core concepts and architecture of Aws Budgets.
- Apply Aws Budgets in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
1 curriculum topics: Tagging.
Tagging
Example:; text; Environment=Production; Application=MockAttempt; Owner=Platform; CostCenter=Training
- Explain the core concepts and architecture of Tagging.
- Apply Tagging in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
1 curriculum topics: Right-Sizing.
Right-Sizing
Avoid oversized resources.
- Explain the core concepts and architecture of Right-Sizing.
- Apply Right-Sizing in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
1 curriculum topics: Savings Plans.
Savings Plans
Understand commitments.
- Explain the core concepts and architecture of Savings Plans.
- Apply Savings Plans in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
1 curriculum topics: Reserved Capacity Concepts.
Reserved Capacity Concepts
Core concepts, implementation patterns, engineering trade-offs and production considerations for Reserved Capacity Concepts.
- Explain the core concepts and architecture of Reserved Capacity Concepts.
- Apply Reserved Capacity Concepts in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
1 curriculum topics: Spot.
Spot
Good for interruption-tolerant workloads.
- Explain the core concepts and architecture of Spot.
- Apply Spot in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
1 curriculum topics: Storage Cost Optimization.
Storage Cost Optimization
Use lifecycle and appropriate storage classes.
- Explain the core concepts and architecture of Storage Cost Optimization.
- Apply Storage Cost Optimization in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
11 curriculum topics: Cost, Performance, Reliability, Security, Idle EC2, Unattached volumes, NAT usage, Data transfer and 3 more topics.
Cost
FINOPS: Cost. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Cost.
- Apply Cost in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Performance
FINOPS: Performance. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Performance.
- Apply Performance in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Reliability
FINOPS: Reliability. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Reliability.
- Apply Reliability in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Security
FINOPS: Security. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Security.
- Apply Security in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Idle EC2
FINOPS: Idle EC2. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Idle EC2.
- Apply Idle EC2 in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Unattached volumes
FINOPS: Unattached volumes. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Unattached volumes.
- Apply Unattached volumes in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
NAT usage
FINOPS: NAT usage. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of NAT usage.
- Apply NAT usage in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Data transfer
FINOPS: Data transfer. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Data transfer.
- Apply Data transfer in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Storage
FINOPS: Storage. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Storage.
- Apply Storage in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Overprovisioned DB
FINOPS: Overprovisioned DB. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Overprovisioned DB.
- Apply Overprovisioned DB in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Logs retention
FINOPS: Logs retention. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Logs retention.
- Apply Logs retention in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
4 curriculum topics: Latency, Throughput, Saturation, Concurrency.
Latency
PERFORMANCE ENGINEERING: Latency. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Latency.
- Apply Latency in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Throughput
PERFORMANCE ENGINEERING: Throughput. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Throughput.
- Apply Throughput in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Saturation
PERFORMANCE ENGINEERING: Saturation. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Saturation.
- Apply Saturation in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Concurrency
PERFORMANCE ENGINEERING: Concurrency. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Concurrency.
- Apply Concurrency in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
5 curriculum topics: Compute, Network, Database, Disk, Cache.
Compute
PERFORMANCE BOTTLENECKS: Compute. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Compute.
- Apply Compute in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Network
PERFORMANCE BOTTLENECKS: Network. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Network.
- Apply Network in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Database
PERFORMANCE BOTTLENECKS: Database. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Database.
- Apply Database in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Disk
PERFORMANCE BOTTLENECKS: Disk. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Disk.
- Apply Disk in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Cache
PERFORMANCE BOTTLENECKS: Cache. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Cache.
- Apply Cache in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
1 curriculum topics: Auto Scaling Strategy.
Auto Scaling Strategy
Scale based on appropriate signals.
- Explain the core concepts and architecture of Auto Scaling Strategy.
- Apply Auto Scaling Strategy in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
3 curriculum topics: CloudFront, ElastiCache, Application-level caching concepts.
CloudFront
CACHING: CloudFront. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of CloudFront.
- Apply CloudFront in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
ElastiCache
CACHING: ElastiCache. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of ElastiCache.
- Apply ElastiCache in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Application-level caching concepts
CACHING: Application-level caching concepts. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Application-level caching concepts.
- Apply Application-level caching concepts in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
9 curriculum topics: Monitoring, Alert response, Backups, Deployments, Security, Scaling, Incidents, Cost and 1 more topics.
Monitoring
CLOUDOPS: Monitoring. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Monitoring.
- Apply Monitoring in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Alert response
CLOUDOPS: Alert response. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Alert response.
- Apply Alert response in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Backups
CLOUDOPS: Backups. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Backups.
- Apply Backups in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Deployments
CLOUDOPS: Deployments. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Deployments.
- Apply Deployments in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Security
CLOUDOPS: Security. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Security.
- Apply Security in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Scaling
CLOUDOPS: Scaling. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Scaling.
- Apply Scaling in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Incidents
CLOUDOPS: Incidents. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Incidents.
- Apply Incidents in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Cost
CLOUDOPS: Cost. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Cost.
- Apply Cost in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Maintenance
CLOUDOPS: Maintenance. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Maintenance.
- Apply Maintenance in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
1 curriculum topics: Incident Management.
Incident Management
Workflow:; text; Alert; Acknowledge; Triage; Mitigate; Recover; RCA; Prevent
- Explain the core concepts and architecture of Incident Management.
- Apply Incident Management in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
2 curriculum topics: SEV-1, SEV-2.
SEV-1
SEVERITY: SEV-1. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of SEV-1.
- Apply SEV-1 in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
SEV-2
SEVERITY: SEV-2. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of SEV-2.
- Apply SEV-2 in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
7 curriculum topics: Impact, Timeline, Root cause, Contributing factors, Mitigation, Corrective action, Prevention.
Impact
ROOT CAUSE ANALYSIS: Impact. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Impact.
- Apply Impact in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Timeline
ROOT CAUSE ANALYSIS: Timeline. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Timeline.
- Apply Timeline in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Root cause
ROOT CAUSE ANALYSIS: Root cause. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Root cause.
- Apply Root cause in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Contributing factors
ROOT CAUSE ANALYSIS: Contributing factors. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Contributing factors.
- Apply Contributing factors in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Mitigation
ROOT CAUSE ANALYSIS: Mitigation. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Mitigation.
- Apply Mitigation in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Corrective action
ROOT CAUSE ANALYSIS: Corrective action. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Corrective action.
- Apply Corrective action in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Prevention
ROOT CAUSE ANALYSIS: Prevention. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Prevention.
- Apply Prevention in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
5 curriculum topics: Restart, Failover, Scaling, Certificate renewal, Restore.
Restart
RUNBOOKS: Restart. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Restart.
- Apply Restart in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Failover
RUNBOOKS: Failover. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Failover.
- Apply Failover in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Scaling
RUNBOOKS: Scaling. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Scaling.
- Apply Scaling in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Certificate renewal
RUNBOOKS: Certificate renewal. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Certificate renewal.
- Apply Certificate renewal in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Restore
RUNBOOKS: Restore. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Restore.
- Apply Restore in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
5 curriculum topics: Alerts, Escalation, Handover, Communication, Fatigue-aware alert design.
Alerts
ON-CALL AWARENESS: Alerts. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Alerts.
- Apply Alerts in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Escalation
ON-CALL AWARENESS: Escalation. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Escalation.
- Apply Escalation in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Handover
ON-CALL AWARENESS: Handover. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Handover.
- Apply Handover in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Communication
ON-CALL AWARENESS: Communication. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Communication.
- Apply Communication in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Fatigue-aware alert design
ON-CALL AWARENESS: Fatigue-aware alert design. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Fatigue-aware alert design.
- Apply Fatigue-aware alert design in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
47 curriculum topics: Instance state, Route, SG, NACL, Key, OS firewall, Service, Load balancer and 39 more topics.
Instance state
PRODUCTION TROUBLESHOOTING: Instance state. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Instance state.
- Apply Instance state in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Route
PRODUCTION TROUBLESHOOTING: Route. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Route.
- Apply Route in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
SG
PRODUCTION TROUBLESHOOTING: SG. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of SG.
- Apply SG in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
NACL
PRODUCTION TROUBLESHOOTING: NACL. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of NACL.
- Apply NACL in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Key
PRODUCTION TROUBLESHOOTING: Key. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Key.
- Apply Key in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
OS firewall
PRODUCTION TROUBLESHOOTING: OS firewall. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of OS firewall.
- Apply OS firewall in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Service
PRODUCTION TROUBLESHOOTING: Service. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Service.
- Apply Service in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Load balancer
PRODUCTION TROUBLESHOOTING: Load balancer. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Load balancer.
- Apply Load balancer in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Target health
PRODUCTION TROUBLESHOOTING: Target health. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Target health.
- Apply Target health in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Application
PRODUCTION TROUBLESHOOTING: Application. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Application.
- Apply Application in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Port
PRODUCTION TROUBLESHOOTING: Port. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Port.
- Apply Port in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Security group
PRODUCTION TROUBLESHOOTING: Security group. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Security group.
- Apply Security group in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
NAT
PRODUCTION TROUBLESHOOTING: NAT. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of NAT.
- Apply NAT in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Subnet
PRODUCTION TROUBLESHOOTING: Subnet. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Subnet.
- Apply Subnet in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Security
PRODUCTION TROUBLESHOOTING: Security. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Security.
- Apply Security in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Endpoint
PRODUCTION TROUBLESHOOTING: Endpoint. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Endpoint.
- Apply Endpoint in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Credentials
PRODUCTION TROUBLESHOOTING: Credentials. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Credentials.
- Apply Credentials in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Database state
PRODUCTION TROUBLESHOOTING: Database state. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Database state.
- Apply Database state in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
IAM policy
PRODUCTION TROUBLESHOOTING: IAM policy. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of IAM policy.
- Apply IAM policy in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Bucket policy
PRODUCTION TROUBLESHOOTING: Bucket policy. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Bucket policy.
- Apply Bucket policy in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Explicit deny
PRODUCTION TROUBLESHOOTING: Explicit deny. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Explicit deny.
- Apply Explicit deny in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Encryption permissions
PRODUCTION TROUBLESHOOTING: Encryption permissions. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Encryption permissions.
- Apply Encryption permissions in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Organization policy
PRODUCTION TROUBLESHOOTING: Organization policy. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Organization policy.
- Apply Organization policy in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Downstream API
PRODUCTION TROUBLESHOOTING: Downstream API. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Downstream API.
- Apply Downstream API in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
VPC networking
PRODUCTION TROUBLESHOOTING: VPC networking. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of VPC networking.
- Apply VPC networking in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Database
PRODUCTION TROUBLESHOOTING: Database. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Database.
- Apply Database in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Timeout
PRODUCTION TROUBLESHOOTING: Timeout. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Timeout.
- Apply Timeout in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Memory
PRODUCTION TROUBLESHOOTING: Memory. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Memory.
- Apply Memory in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Initialization
PRODUCTION TROUBLESHOOTING: Initialization. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Initialization.
- Apply Initialization in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Logs
PRODUCTION TROUBLESHOOTING: Logs. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Logs.
- Apply Logs in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Health
PRODUCTION TROUBLESHOOTING: Health. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Health.
- Apply Health in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Secret
PRODUCTION TROUBLESHOOTING: Secret. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Secret.
- Apply Secret in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Image
PRODUCTION TROUBLESHOOTING: Image. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Image.
- Apply Image in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Configuration
PRODUCTION TROUBLESHOOTING: Configuration. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Configuration.
- Apply Configuration in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Readiness
PRODUCTION TROUBLESHOOTING: Readiness. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Readiness.
- Apply Readiness in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Resources
PRODUCTION TROUBLESHOOTING: Resources. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Resources.
- Apply Resources in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Cost Explorer
PRODUCTION TROUBLESHOOTING: Cost Explorer. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Cost Explorer.
- Apply Cost Explorer in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
New services
PRODUCTION TROUBLESHOOTING: New services. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of New services.
- Apply New services in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Data transfer
PRODUCTION TROUBLESHOOTING: Data transfer. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Data transfer.
- Apply Data transfer in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Storage
PRODUCTION TROUBLESHOOTING: Storage. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Storage.
- Apply Storage in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Logging
PRODUCTION TROUBLESHOOTING: Logging. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Logging.
- Apply Logging in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Scaling
PRODUCTION TROUBLESHOOTING: Scaling. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Scaling.
- Apply Scaling in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Identify
PRODUCTION TROUBLESHOOTING: Identify. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Identify.
- Apply Identify in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Contain
PRODUCTION TROUBLESHOOTING: Contain. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Contain.
- Apply Contain in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Audit
PRODUCTION TROUBLESHOOTING: Audit. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Audit.
- Apply Audit in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Remediate
PRODUCTION TROUBLESHOOTING: Remediate. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Remediate.
- Apply Remediate in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Prevent
PRODUCTION TROUBLESHOOTING: Prevent. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Prevent.
- Apply Prevent in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
1 curriculum topics: Cloud Security Incident.
Cloud Security Incident
Scenario:; CloudTrail shows suspicious API calls using IAM credentials.; Student should:; 1. Contain access.; 2. review activity.; 3. rotate/revoke credentials.; 4. determine affected resources.; 5. remediate.; 6. document.; 7. add preventative controls.
- Explain the core concepts and architecture of Cloud Security Incident.
- Apply Cloud Security Incident in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
4 curriculum topics: Assess, Mobilize, Migrate, Optimize.
Assess
CLOUD MIGRATION FOUNDATION: Assess. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Assess.
- Apply Assess in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Mobilize
CLOUD MIGRATION FOUNDATION: Mobilize. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Mobilize.
- Apply Mobilize in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Migrate
CLOUD MIGRATION FOUNDATION: Migrate. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Migrate.
- Apply Migrate in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Optimize
CLOUD MIGRATION FOUNDATION: Optimize. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Optimize.
- Apply Optimize in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
6 curriculum topics: Rehost, Replatform, Refactor, Retain, Retire, Repurchase/replace concepts.
Rehost
MIGRATION STRATEGIES: Rehost. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Rehost.
- Apply Rehost in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Replatform
MIGRATION STRATEGIES: Replatform. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Replatform.
- Apply Replatform in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Refactor
MIGRATION STRATEGIES: Refactor. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Refactor.
- Apply Refactor in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Retain
MIGRATION STRATEGIES: Retain. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Retain.
- Apply Retain in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Retire
MIGRATION STRATEGIES: Retire. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Retire.
- Apply Retire in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Repurchase/replace concepts
MIGRATION STRATEGIES: Repurchase/replace concepts. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Repurchase/replace concepts.
- Apply Repurchase/replace concepts in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
1 curriculum topics: Database Migration Awareness.
Database Migration Awareness
Teach AWS database migration concepts.
- Explain the core concepts and architecture of Database Migration Awareness.
- Apply Database Migration Awareness in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
1 curriculum topics: Storage Migration.
Storage Migration
Understand bulk transfer and synchronization concepts.
- Explain the core concepts and architecture of Storage Migration.
- Apply Storage Migration in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
5 curriculum topics: VPN, Direct Connect awareness, DNS, Routing, Identity.
VPN
HYBRID CLOUD: VPN. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of VPN.
- Apply VPN in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Direct Connect awareness
HYBRID CLOUD: Direct Connect awareness. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Direct Connect awareness.
- Apply Direct Connect awareness in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
DNS
HYBRID CLOUD: DNS. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of DNS.
- Apply DNS in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Routing
HYBRID CLOUD: Routing. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Routing.
- Apply Routing in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Identity
HYBRID CLOUD: Identity. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Identity.
- Apply Identity in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
1 curriculum topics: Site-To-Site Vpn.
Site-To-Site Vpn
Architecture awareness.
- Explain the core concepts and architecture of Site-To-Site Vpn.
- Apply Site-To-Site Vpn in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
1 curriculum topics: Direct Connect.
Direct Connect
Dedicated connectivity concept.
- Explain the core concepts and architecture of Direct Connect.
- Apply Direct Connect in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
6 curriculum topics: Reusable infrastructure, Golden templates, Self-service provisioning, Policy, Automation, Governance.
Reusable infrastructure
PLATFORM ENGINEERING AWARENESS: Reusable infrastructure. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Reusable infrastructure.
- Apply Reusable infrastructure in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Golden templates
PLATFORM ENGINEERING AWARENESS: Golden templates. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Golden templates.
- Apply Golden templates in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Self-service provisioning
PLATFORM ENGINEERING AWARENESS: Self-service provisioning. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Self-service provisioning.
- Apply Self-service provisioning in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Policy
PLATFORM ENGINEERING AWARENESS: Policy. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Policy.
- Apply Policy in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Automation
PLATFORM ENGINEERING AWARENESS: Automation. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Automation.
- Apply Automation in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Governance
PLATFORM ENGINEERING AWARENESS: Governance. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Governance.
- Apply Governance in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
1 curriculum topics: Devsecops.
Devsecops
Security integrated into:; Design → Code → Build → Deploy → Operate
- Explain the core concepts and architecture of Devsecops.
- Apply Devsecops in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
1 curriculum topics: Policy As Code Awareness.
Policy As Code Awareness
Understand automated governance.
- Explain the core concepts and architecture of Policy As Code Awareness.
- Apply Policy As Code Awareness in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
4 curriculum topics: Reliability, Availability, Automation, Observability.
Reliability
SRE FOUNDATION: Reliability. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Reliability.
- Apply Reliability in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Availability
SRE FOUNDATION: Availability. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Availability.
- Apply Availability in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Automation
SRE FOUNDATION: Automation. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Automation.
- Apply Automation in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Observability
SRE FOUNDATION: Observability. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Observability.
- Apply Observability in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
3 curriculum topics: SLI, SLO, SLA.
SLI
SLI / SLO / SLA: SLI. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of SLI.
- Apply SLI in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
SLO
SLI / SLO / SLA: SLO. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of SLO.
- Apply SLO in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
SLA
SLI / SLO / SLA: SLA. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of SLA.
- Apply SLA in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
1 curriculum topics: Error Budget Awareness.
Error Budget Awareness
Core concepts, implementation patterns, engineering trade-offs and production considerations for Error Budget Awareness.
- Explain the core concepts and architecture of Error Budget Awareness.
- Apply Error Budget Awareness in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
7 curriculum topics: Amazon Bedrock awareness, Private connectivity concepts, IAM, KMS, Logging, Quotas, Cost controls.
Amazon Bedrock awareness
GENAI CLOUD INFRASTRUCTURE AWARENESS: Amazon Bedrock awareness. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Amazon Bedrock awareness.
- Apply Amazon Bedrock awareness in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Private connectivity concepts
GENAI CLOUD INFRASTRUCTURE AWARENESS: Private connectivity concepts. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Private connectivity concepts.
- Apply Private connectivity concepts in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
IAM
GENAI CLOUD INFRASTRUCTURE AWARENESS: IAM. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of IAM.
- Apply IAM in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
KMS
GENAI CLOUD INFRASTRUCTURE AWARENESS: KMS. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of KMS.
- Apply KMS in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Logging
GENAI CLOUD INFRASTRUCTURE AWARENESS: Logging. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Logging.
- Apply Logging in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Quotas
GENAI CLOUD INFRASTRUCTURE AWARENESS: Quotas. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Quotas.
- Apply Quotas in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Cost controls
GENAI CLOUD INFRASTRUCTURE AWARENESS: Cost controls. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Cost controls.
- Apply Cost controls in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
5 curriculum topics: Data access, Encryption, IAM, Network isolation, Auditing.
Data access
AI WORKLOAD SECURITY: Data access. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Data access.
- Apply Data access in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Encryption
AI WORKLOAD SECURITY: Encryption. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Encryption.
- Apply Encryption in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
IAM
AI WORKLOAD SECURITY: IAM. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of IAM.
- Apply IAM in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Network isolation
AI WORKLOAD SECURITY: Network isolation. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Network isolation.
- Apply Network isolation in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
Auditing
AI WORKLOAD SECURITY: Auditing. Core concepts, hands-on implementation, architecture trade-offs, security, automation, operations and production considerations.
- Explain the core concepts and architecture of Auditing.
- Apply Auditing in a secure, production-oriented AWS environment.
- Evaluate implementation trade-offs, automation, operations, reliability, security and cost considerations.
26 Hands-On Production Capstones & Microservices
Build, deploy, and showcase real-world enterprise architectures on GitHub to prove your production engineering readiness:
Enterprise E-Commerce Microservices & Event-Driven Streaming Platform
Architected with Spring Boot 3.3, Apache Kafka event streams, Redis distributed caching, React 19 UI, and PostgreSQL. Features distributed ACID transaction sagas, payment webhook handling, dynamic inventory locking, and Dockerized Kubernetes deployment.
High-Throughput Banking & Core Transaction Engine
Concurrent multithreaded financial transaction ledger with ACID compliance, optimistic row locking, idempotent payment endpoints, and audit logging.
Real-Time Logistics & Fleet Tracking Service
Bi-directional live vehicle telemetry dashboard processing 10,000+ geo-coordinate events/sec with live map rendering and ETA calculations.
Multi-Tenant SaaS Subscription & Webhook Gateway
Multi-tenant automated billing engine with webhook signature verification, dynamic token bucket rate-limiting, and tenant data isolation schemas.
Distributed URL Shortener & Analytics System (Bitly Scale)
Low-latency URL redirection engine with distributed ID generation (Snowflake), sub-5ms Redis caching, and real-time click analytics.
Automated Cloud DevOps CI/CD Pipeline on AWS
Production containerization pipeline with automated testing, sonar code quality gates, container image vulnerability scanning, and zero-downtime rolling deploys.
AI-Powered Code Reviewer & Assessment Engine
Automated coding interview evaluator that parses Java AST trees, detects algorithmic time complexity, and simulates 1-on-1 voice technical interview feedback.
MockAttempt Academy vs. Traditional Bootcamps & Self-Study
Transparent side-by-side comparison of daily schedule, duration, curriculum, and placement support:
| Feature & Deliverables | MockAttempt Fast-Track Track | Expensive Bootcamps | Self-Study / YouTube |
|---|---|---|---|
| Live Weekend Schedule | Sat & Sun (4 Hours / Day) | 1 - 1.5 Hours / Day | Self-Paced / Inconsistent |
| Duration to Placement Readiness | 4 Months (16 Weeks Weekend) | 6 - 9 Months | 12+ Months (Uncertain) |
| Candidate Placement Guarantee | Unlimited Drives until Placed (or Full Refund) | Limited to 3-6 Months only | None (Apply blindly) |
| Topic Mock Tests & AI Interviews | Integrated for Every Topic (580+ Rounds) | End of Course Only | None |
| Tuition Fee | ₹49,999 ₹98,999 | ₹1,20,000 - ₹2,50,000 | Free (No Mentorship/Jobs) |
Institutional Course Assurances & 100% Placement Policy
100% Job Placement Guarantee
Our placement team arranges unlimited corporate interview drives across 1,050+ hiring partners until you receive an official offer letter. If unplaced, 100% of your tuition fee is refunded.
1-on-1 Expert Faculty Mentorship
Every cohort is taught live by seasoned lead architects from Tier-1 product companies with daily live coding and supervised code reviews.
Frequently Asked Questions
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