Cloud + DevOps 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 Cloud + DevOps 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
216 Modules • 455 Deep-Dive Topics • 455 Integrated Topic Mock Tests & AI Interviews
3 Cloud DevOps topics: server, operating system, storage.
server
IT INFRASTRUCTURE FUNDAMENTALS: server. Learn:; server; operating system; storage; memory; CPU; network; database; application server
- Explain the infrastructure, delivery or operational purpose of server.
- Implement or apply server through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
operating system
IT INFRASTRUCTURE FUNDAMENTALS: operating system. Learn:; server; operating system; storage; memory; CPU; network; database; application server
- Explain the infrastructure, delivery or operational purpose of operating system.
- Implement or apply operating system through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
storage
IT INFRASTRUCTURE FUNDAMENTALS: storage. Learn:; server; operating system; storage; memory; CPU; network; database; application server
- Explain the infrastructure, delivery or operational purpose of storage.
- Implement or apply storage through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
3 Cloud DevOps topics: IaaS, PaaS, SaaS.
IaaS
CLOUD FUNDAMENTALS: IaaS. Teach:; IaaS; PaaS; SaaS; serverless; elasticity; scalability; high availability
- Explain the infrastructure, delivery or operational purpose of IaaS.
- Implement or apply IaaS through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
PaaS
CLOUD FUNDAMENTALS: PaaS. Teach:; IaaS; PaaS; SaaS; serverless; elasticity; scalability; high availability
- Explain the infrastructure, delivery or operational purpose of PaaS.
- Implement or apply PaaS through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
SaaS
CLOUD FUNDAMENTALS: SaaS. Teach:; IaaS; PaaS; SaaS; serverless; elasticity; scalability; high availability
- Explain the infrastructure, delivery or operational purpose of SaaS.
- Implement or apply SaaS through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
3 Cloud DevOps topics: capital expenditure, operational expenditure, capacity.
capital expenditure
CLOUD VS ON-PREMISES: capital expenditure. Understand:; capital expenditure; operational expenditure; capacity; provisioning; automation
- Explain the infrastructure, delivery or operational purpose of capital expenditure.
- Implement or apply capital expenditure through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
operational expenditure
CLOUD VS ON-PREMISES: operational expenditure. Understand:; capital expenditure; operational expenditure; capacity; provisioning; automation
- Explain the infrastructure, delivery or operational purpose of operational expenditure.
- Implement or apply operational expenditure through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
capacity
CLOUD VS ON-PREMISES: capacity. Understand:; capital expenditure; operational expenditure; capacity; provisioning; automation
- Explain the infrastructure, delivery or operational purpose of capacity.
- Implement or apply capacity through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
3 Cloud DevOps topics: culture, collaboration, automation.
culture
DEVOPS FUNDAMENTALS: culture. Teach DevOps as:; culture; collaboration; automation; feedback; continuous improvement
- Explain the infrastructure, delivery or operational purpose of culture.
- Implement or apply culture through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
collaboration
DEVOPS FUNDAMENTALS: collaboration. Teach DevOps as:; culture; collaboration; automation; feedback; continuous improvement
- Explain the infrastructure, delivery or operational purpose of collaboration.
- Implement or apply collaboration through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
automation
DEVOPS FUNDAMENTALS: automation. Teach DevOps as:; culture; collaboration; automation; feedback; continuous improvement
- Explain the infrastructure, delivery or operational purpose of automation.
- Implement or apply automation through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
3 Cloud DevOps topics: Plan, Code, Build.
Plan
SDLC + DEVOPS: Plan. Flow:; Plan; Code; Build; Test; Release; Deploy; Operate; Monitor; Improve
- Explain the infrastructure, delivery or operational purpose of Plan.
- Implement or apply Plan through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
Code
SDLC + DEVOPS: Code. Flow:; Plan; Code; Build; Test; Release; Deploy; Operate; Monitor; Improve
- Explain the infrastructure, delivery or operational purpose of Code.
- Implement or apply Code through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
Build
SDLC + DEVOPS: Build. Flow:; Plan; Code; Build; Test; Release; Deploy; Operate; Monitor; Improve
- Explain the infrastructure, delivery or operational purpose of Build.
- Implement or apply Build through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
3 Cloud DevOps topics: filesystem, files, directories.
filesystem
LINUX: filesystem. Teach:; filesystem; files; directories; users; groups
- Explain the infrastructure, delivery or operational purpose of filesystem.
- Implement or apply filesystem through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
files
LINUX: files. Teach:; filesystem; files; directories; users; groups
- Explain the infrastructure, delivery or operational purpose of files.
- Implement or apply files through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
directories
LINUX: directories. Teach:; filesystem; files; directories; users; groups
- Explain the infrastructure, delivery or operational purpose of directories.
- Implement or apply directories through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
3 Cloud DevOps topics: ls, cd, pwd.
ls
LINUX COMMANDS: ls. Hands-on:; ls; cd; pwd; mkdir; cp; mv; rm; grep; awk; sed; find; sort; tail; head
- Explain the infrastructure, delivery or operational purpose of ls.
- Implement or apply ls through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
cd
LINUX COMMANDS: cd. Hands-on:; ls; cd; pwd; mkdir; cp; mv; rm; grep; awk; sed; find; sort; tail; head
- Explain the infrastructure, delivery or operational purpose of cd.
- Implement or apply cd through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
pwd
LINUX COMMANDS: pwd. Hands-on:; ls; cd; pwd; mkdir; cp; mv; rm; grep; awk; sed; find; sort; tail; head
- Explain the infrastructure, delivery or operational purpose of pwd.
- Implement or apply pwd through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
2 Cloud DevOps topics: chmod, chown.
chmod
PERMISSIONS: chmod. Teach:; chmod; chown; users; groups; sudo
- Explain the infrastructure, delivery or operational purpose of chmod.
- Implement or apply chmod through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
chown
PERMISSIONS: chown. Teach:; chmod; chown; users; groups; sudo
- Explain the infrastructure, delivery or operational purpose of chown.
- Implement or apply chown through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
2 Cloud DevOps topics: ps, top.
ps
PROCESS MANAGEMENT: ps. Teach:; ps; top; kill; jobs; foreground/background
- Explain the infrastructure, delivery or operational purpose of ps.
- Implement or apply ps through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
top
PROCESS MANAGEMENT: top. Teach:; ps; top; kill; jobs; foreground/background
- Explain the infrastructure, delivery or operational purpose of top.
- Implement or apply top through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
2 Cloud DevOps topics: Manage services, SYSTEMD.
Manage services
SYSTEMD: Manage services. Manage services.
- Explain the infrastructure, delivery or operational purpose of Manage services.
- Implement or apply Manage services through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
SYSTEMD
SYSTEMD: SYSTEMD. Manage services.
- Explain the infrastructure, delivery or operational purpose of SYSTEMD.
- Implement or apply SYSTEMD through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
2 Cloud DevOps topics: journalctl, application logs.
journalctl
LOGS: journalctl. Use:; journalctl; application logs; system logs
- Explain the infrastructure, delivery or operational purpose of journalctl.
- Implement or apply journalctl through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
application logs
LOGS: application logs. Use:; journalctl; application logs; system logs
- Explain the infrastructure, delivery or operational purpose of application logs.
- Implement or apply application logs through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
2 Cloud DevOps topics: df, du.
df
STORAGE: df. Teach:; df; du; mount; filesystem; inode concepts
- Explain the infrastructure, delivery or operational purpose of df.
- Implement or apply df through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
du
STORAGE: du. Teach:; df; du; mount; filesystem; inode concepts
- Explain the infrastructure, delivery or operational purpose of du.
- Implement or apply du through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
3 Cloud DevOps topics: ping, curl, dig.
ping
LINUX NETWORKING: ping. Use:; ping; curl; dig; nslookup; ss; traceroute concepts
- Explain the infrastructure, delivery or operational purpose of ping.
- Implement or apply ping through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
curl
LINUX NETWORKING: curl. Use:; ping; curl; dig; nslookup; ss; traceroute concepts
- Explain the infrastructure, delivery or operational purpose of curl.
- Implement or apply curl through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
dig
LINUX NETWORKING: dig. Use:; ping; curl; dig; nslookup; ss; traceroute concepts
- Explain the infrastructure, delivery or operational purpose of dig.
- Implement or apply dig through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
3 Cloud DevOps topics: keys, secure access, agent concepts.
keys
SSH: keys. Teach:; keys; secure access; agent concepts; LINUX PROJECT; Production Linux Server Setup; Student:; creates users; applies permissions; installs service; configures systemd; opens required port; validates logs
- Explain the infrastructure, delivery or operational purpose of keys.
- Implement or apply keys through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
secure access
SSH: secure access. Teach:; keys; secure access; agent concepts; LINUX PROJECT; Production Linux Server Setup; Student:; creates users; applies permissions; installs service; configures systemd; opens required port; validates logs
- Explain the infrastructure, delivery or operational purpose of secure access.
- Implement or apply secure access through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
agent concepts
SSH: agent concepts. Teach:; keys; secure access; agent concepts; LINUX PROJECT; Production Linux Server Setup; Student:; creates users; applies permissions; installs service; configures systemd; opens required port; validates logs
- Explain the infrastructure, delivery or operational purpose of agent concepts.
- Implement or apply agent concepts through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
2 Cloud DevOps topics: variables, arguments.
variables
BASH SCRIPTING: variables. Teach:; variables; arguments; conditions; loops; functions
- Explain the infrastructure, delivery or operational purpose of variables.
- Implement or apply variables through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
arguments
BASH SCRIPTING: arguments. Teach:; variables; arguments; conditions; loops; functions
- Explain the infrastructure, delivery or operational purpose of arguments.
- Implement or apply arguments through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
2 Cloud DevOps topics: exit codes, pipe failures.
exit codes
BASH ERROR HANDLING: exit codes. Understand:; exit codes; pipe failures; logging
- Explain the infrastructure, delivery or operational purpose of exit codes.
- Implement or apply exit codes through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
pipe failures
BASH ERROR HANDLING: pipe failures. Understand:; exit codes; pipe failures; logging
- Explain the infrastructure, delivery or operational purpose of pipe failures.
- Implement or apply pipe failures through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
2 Cloud DevOps topics: backup script, service health check.
backup script
BASH AUTOMATION: backup script. Build:; backup script; service health check; disk alert; log analyzer
- Explain the infrastructure, delivery or operational purpose of backup script.
- Implement or apply backup script through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
service health check
BASH AUTOMATION: service health check. Build:; backup script; service health check; disk alert; log analyzer
- Explain the infrastructure, delivery or operational purpose of service health check.
- Implement or apply service health check through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
2 Cloud DevOps topics: Schedule operational tasks, CRON.
Schedule operational tasks
CRON: Schedule operational tasks. Schedule operational tasks.
- Explain the infrastructure, delivery or operational purpose of Schedule operational tasks.
- Implement or apply Schedule operational tasks through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
CRON
CRON: CRON. Schedule operational tasks.
- Explain the infrastructure, delivery or operational purpose of CRON.
- Implement or apply CRON through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
3 Cloud DevOps topics: variables, lists, dictionaries.
variables
PYTHON FOR DEVOPS: variables. Teach practical:; variables; lists; dictionaries; files; JSON; HTTP APIs
- Explain the infrastructure, delivery or operational purpose of variables.
- Implement or apply variables through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
lists
PYTHON FOR DEVOPS: lists. Teach practical:; variables; lists; dictionaries; files; JSON; HTTP APIs
- Explain the infrastructure, delivery or operational purpose of lists.
- Implement or apply lists through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
dictionaries
PYTHON FOR DEVOPS: dictionaries. Teach practical:; variables; lists; dictionaries; files; JSON; HTTP APIs
- Explain the infrastructure, delivery or operational purpose of dictionaries.
- Implement or apply dictionaries through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
2 Cloud DevOps topics: cloud inventory script, resource audit.
cloud inventory script
PYTHON AUTOMATION: cloud inventory script. Build:; cloud inventory script; resource audit; API checker; deployment validator
- Explain the infrastructure, delivery or operational purpose of cloud inventory script.
- Implement or apply cloud inventory script through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
resource audit
PYTHON AUTOMATION: resource audit. Build:; cloud inventory script; resource audit; API checker; deployment validator
- Explain the infrastructure, delivery or operational purpose of resource audit.
- Implement or apply resource audit through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
3 Cloud DevOps topics: IP, subnet, CIDR.
IP
NETWORKING: IP. Teach:; IP; subnet; CIDR; routing; DNS; NAT; firewall; ports
- Explain the infrastructure, delivery or operational purpose of IP.
- Implement or apply IP through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
subnet
NETWORKING: subnet. Teach:; IP; subnet; CIDR; routing; DNS; NAT; firewall; ports
- Explain the infrastructure, delivery or operational purpose of subnet.
- Implement or apply subnet through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
CIDR
NETWORKING: CIDR. Teach:; IP; subnet; CIDR; routing; DNS; NAT; firewall; ports
- Explain the infrastructure, delivery or operational purpose of CIDR.
- Implement or apply CIDR through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
3 Cloud DevOps topics: 10.0.0.0/16, Public A, Public B.
10.0.0.0/16
CIDR & SUBNETTING: 10.0.0.0/16. Example:; 10.0.0.0/16; Design:; Public A; Public B; Private App A; Private App B; DB A; DB B
- Explain the infrastructure, delivery or operational purpose of 10.0.0.0/16.
- Implement or apply 10.0.0.0/16 through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
Public A
CIDR & SUBNETTING: Public A. Example:; 10.0.0.0/16; Design:; Public A; Public B; Private App A; Private App B; DB A; DB B
- Explain the infrastructure, delivery or operational purpose of Public A.
- Implement or apply Public A through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
Public B
CIDR & SUBNETTING: Public B. Example:; 10.0.0.0/16; Design:; Public A; Public B; Private App A; Private App B; DB A; DB B
- Explain the infrastructure, delivery or operational purpose of Public B.
- Implement or apply Public B through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
2 Cloud DevOps topics: request, response.
request
HTTP/HTTPS: request. Understand:; request; response; headers; status codes; TLS
- Explain the infrastructure, delivery or operational purpose of request.
- Implement or apply request through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
response
HTTP/HTTPS: response. Understand:; request; response; headers; status codes; TLS
- Explain the infrastructure, delivery or operational purpose of response.
- Implement or apply response through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
2 Cloud DevOps topics: Understand L4 vs L7, LOAD BALANCERS.
Understand L4 vs L7
LOAD BALANCERS: Understand L4 vs L7. Understand L4 vs L7.
- Explain the infrastructure, delivery or operational purpose of Understand L4 vs L7.
- Implement or apply Understand L4 vs L7 through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
LOAD BALANCERS
LOAD BALANCERS: LOAD BALANCERS. Understand L4 vs L7.
- Explain the infrastructure, delivery or operational purpose of LOAD BALANCERS.
- Implement or apply LOAD BALANCERS through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
2 Cloud DevOps topics: DNS TROUBLESHOOTING, DNS TROUBLESHOOTING Fundamentals.
DNS TROUBLESHOOTING
DNS TROUBLESHOOTING: DNS TROUBLESHOOTING. Apply dns troubleshooting through secure, observable and production-oriented practice.
- Explain the infrastructure, delivery or operational purpose of DNS TROUBLESHOOTING.
- Implement or apply DNS TROUBLESHOOTING through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
DNS TROUBLESHOOTING Fundamentals
DNS TROUBLESHOOTING: DNS TROUBLESHOOTING Fundamentals. Apply dns troubleshooting through secure, observable and production-oriented practice.
- Explain the infrastructure, delivery or operational purpose of DNS TROUBLESHOOTING Fundamentals.
- Implement or apply DNS TROUBLESHOOTING Fundamentals through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
2 Cloud DevOps topics: Region, Availability Zone.
Region
AWS GLOBAL INFRASTRUCTURE: Region. Teach:; Region; Availability Zone; edge infrastructure
- Explain the infrastructure, delivery or operational purpose of Region.
- Implement or apply Region through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
Availability Zone
AWS GLOBAL INFRASTRUCTURE: Availability Zone. Teach:; Region; Availability Zone; edge infrastructure
- Explain the infrastructure, delivery or operational purpose of Availability Zone.
- Implement or apply Availability Zone through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
2 Cloud DevOps topics: root account, MFA.
root account
AWS ACCOUNT SECURITY: root account. Teach:; root account; MFA; billing; support
- Explain the infrastructure, delivery or operational purpose of root account.
- Implement or apply root account through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
MFA
AWS ACCOUNT SECURITY: MFA. Teach:; root account; MFA; billing; support
- Explain the infrastructure, delivery or operational purpose of MFA.
- Implement or apply MFA through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
2 Cloud DevOps topics: User, Group.
User
IAM: User. Teach:; User; Group; Role; Policy
- Explain the infrastructure, delivery or operational purpose of User.
- Implement or apply User through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
Group
IAM: Group. Teach:; User; Group; Role; Policy
- Explain the infrastructure, delivery or operational purpose of Group.
- Implement or apply Group through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
2 Cloud DevOps topics: LEAST PRIVILEGE, LEAST PRIVILEGE Fundamentals.
LEAST PRIVILEGE
LEAST PRIVILEGE: LEAST PRIVILEGE. Apply least privilege through secure, observable and production-oriented practice.
- Explain the infrastructure, delivery or operational purpose of LEAST PRIVILEGE.
- Implement or apply LEAST PRIVILEGE through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
LEAST PRIVILEGE Fundamentals
LEAST PRIVILEGE: LEAST PRIVILEGE Fundamentals. Apply least privilege through secure, observable and production-oriented practice.
- Explain the infrastructure, delivery or operational purpose of LEAST PRIVILEGE Fundamentals.
- Implement or apply LEAST PRIVILEGE Fundamentals through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
2 Cloud DevOps topics: Use temporary credentials for workloads, IAM ROLES.
Use temporary credentials for workloads
IAM ROLES: Use temporary credentials for workloads. Use temporary credentials for workloads.
- Explain the infrastructure, delivery or operational purpose of Use temporary credentials for workloads.
- Implement or apply Use temporary credentials for workloads through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
IAM ROLES
IAM ROLES: IAM ROLES. Use temporary credentials for workloads.
- Explain the infrastructure, delivery or operational purpose of IAM ROLES.
- Implement or apply IAM ROLES through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
2 Cloud DevOps topics: Enterprise access awareness, IDENTITY CENTER.
Enterprise access awareness
IDENTITY CENTER: Enterprise access awareness. Enterprise access awareness.
- Explain the infrastructure, delivery or operational purpose of Enterprise access awareness.
- Implement or apply Enterprise access awareness through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
IDENTITY CENTER
IDENTITY CENTER: IDENTITY CENTER. Enterprise access awareness.
- Explain the infrastructure, delivery or operational purpose of IDENTITY CENTER.
- Implement or apply IDENTITY CENTER through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
2 Cloud DevOps topics: profiles, commands.
profiles
AWS CLI: profiles. Teach:; profiles; commands; output; automation
- Explain the infrastructure, delivery or operational purpose of profiles.
- Implement or apply profiles through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
commands
AWS CLI: commands. Teach:; profiles; commands; output; automation
- Explain the infrastructure, delivery or operational purpose of commands.
- Implement or apply commands through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
2 Cloud DevOps topics: AMI, instance family.
AMI
EC2: AMI. Teach:; AMI; instance family; launch; security groups; user data
- Explain the infrastructure, delivery or operational purpose of AMI.
- Implement or apply AMI through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
instance family
EC2: instance family. Teach:; AMI; instance family; launch; security groups; user data
- Explain the infrastructure, delivery or operational purpose of instance family.
- Implement or apply instance family through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
2 Cloud DevOps topics: Teach EBS, EC2 STORAGE.
Teach EBS
EC2 STORAGE: Teach EBS. Teach EBS.
- Explain the infrastructure, delivery or operational purpose of Teach EBS.
- Implement or apply Teach EBS through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
EC2 STORAGE
EC2 STORAGE: EC2 STORAGE. Teach EBS.
- Explain the infrastructure, delivery or operational purpose of EC2 STORAGE.
- Implement or apply EC2 STORAGE through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
2 Cloud DevOps topics: EBS SNAPSHOTS, EBS SNAPSHOTS Fundamentals.
EBS SNAPSHOTS
EBS SNAPSHOTS: EBS SNAPSHOTS. Apply ebs snapshots through secure, observable and production-oriented practice.
- Explain the infrastructure, delivery or operational purpose of EBS SNAPSHOTS.
- Implement or apply EBS SNAPSHOTS through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
EBS SNAPSHOTS Fundamentals
EBS SNAPSHOTS: EBS SNAPSHOTS Fundamentals. Apply ebs snapshots through secure, observable and production-oriented practice.
- Explain the infrastructure, delivery or operational purpose of EBS SNAPSHOTS Fundamentals.
- Implement or apply EBS SNAPSHOTS Fundamentals through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
3 Cloud DevOps topics: bucket, object, storage classes.
bucket
S3: bucket. Teach:; bucket; object; storage classes; lifecycle; versioning; security
- Explain the infrastructure, delivery or operational purpose of bucket.
- Implement or apply bucket through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
object
S3: object. Teach:; bucket; object; storage classes; lifecycle; versioning; security
- Explain the infrastructure, delivery or operational purpose of object.
- Implement or apply object through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
storage classes
S3: storage classes. Teach:; bucket; object; storage classes; lifecycle; versioning; security
- Explain the infrastructure, delivery or operational purpose of storage classes.
- Implement or apply storage classes through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
2 Cloud DevOps topics: IAM, bucket policies.
IAM
S3 SECURITY: IAM. Use:; IAM; bucket policies; encryption; block public access
- Explain the infrastructure, delivery or operational purpose of IAM.
- Implement or apply IAM through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
bucket policies
S3 SECURITY: bucket policies. Use:; IAM; bucket policies; encryption; block public access
- Explain the infrastructure, delivery or operational purpose of bucket policies.
- Implement or apply bucket policies through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
2 Cloud DevOps topics: VPC, subnets.
VPC
VPC: VPC. Teach:; VPC; subnets; routes
- Explain the infrastructure, delivery or operational purpose of VPC.
- Implement or apply VPC through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
subnets
VPC: subnets. Teach:; VPC; subnets; routes
- Explain the infrastructure, delivery or operational purpose of subnets.
- Implement or apply subnets through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
2 Cloud DevOps topics: PUBLIC SUBNET, PUBLIC SUBNET Fundamentals.
PUBLIC SUBNET
PUBLIC SUBNET: PUBLIC SUBNET. Apply public subnet through secure, observable and production-oriented practice.
- Explain the infrastructure, delivery or operational purpose of PUBLIC SUBNET.
- Implement or apply PUBLIC SUBNET through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
PUBLIC SUBNET Fundamentals
PUBLIC SUBNET: PUBLIC SUBNET Fundamentals. Apply public subnet through secure, observable and production-oriented practice.
- Explain the infrastructure, delivery or operational purpose of PUBLIC SUBNET Fundamentals.
- Implement or apply PUBLIC SUBNET Fundamentals through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
2 Cloud DevOps topics: PRIVATE SUBNET, PRIVATE SUBNET Fundamentals.
PRIVATE SUBNET
PRIVATE SUBNET: PRIVATE SUBNET. Apply private subnet through secure, observable and production-oriented practice.
- Explain the infrastructure, delivery or operational purpose of PRIVATE SUBNET.
- Implement or apply PRIVATE SUBNET through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
PRIVATE SUBNET Fundamentals
PRIVATE SUBNET: PRIVATE SUBNET Fundamentals. Apply private subnet through secure, observable and production-oriented practice.
- Explain the infrastructure, delivery or operational purpose of PRIVATE SUBNET Fundamentals.
- Implement or apply PRIVATE SUBNET Fundamentals through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
2 Cloud DevOps topics: INTERNET GATEWAY, INTERNET GATEWAY Fundamentals.
INTERNET GATEWAY
INTERNET GATEWAY: INTERNET GATEWAY. Apply internet gateway through secure, observable and production-oriented practice.
- Explain the infrastructure, delivery or operational purpose of INTERNET GATEWAY.
- Implement or apply INTERNET GATEWAY through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
INTERNET GATEWAY Fundamentals
INTERNET GATEWAY: INTERNET GATEWAY Fundamentals. Apply internet gateway through secure, observable and production-oriented practice.
- Explain the infrastructure, delivery or operational purpose of INTERNET GATEWAY Fundamentals.
- Implement or apply INTERNET GATEWAY Fundamentals through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
2 Cloud DevOps topics: Teach usage and cost, NAT GATEWAY.
Teach usage and cost
NAT GATEWAY: Teach usage and cost. Teach usage and cost.
- Explain the infrastructure, delivery or operational purpose of Teach usage and cost.
- Implement or apply Teach usage and cost through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
NAT GATEWAY
NAT GATEWAY: NAT GATEWAY. Teach usage and cost.
- Explain the infrastructure, delivery or operational purpose of NAT GATEWAY.
- Implement or apply NAT GATEWAY through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
2 Cloud DevOps topics: SECURITY GROUPS, SECURITY GROUPS Fundamentals.
SECURITY GROUPS
SECURITY GROUPS: SECURITY GROUPS. Apply security groups through secure, observable and production-oriented practice.
- Explain the infrastructure, delivery or operational purpose of SECURITY GROUPS.
- Implement or apply SECURITY GROUPS through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
SECURITY GROUPS Fundamentals
SECURITY GROUPS: SECURITY GROUPS Fundamentals. Apply security groups through secure, observable and production-oriented practice.
- Explain the infrastructure, delivery or operational purpose of SECURITY GROUPS Fundamentals.
- Implement or apply SECURITY GROUPS Fundamentals through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
2 Cloud DevOps topics: NETWORK ACL, NETWORK ACL Fundamentals.
NETWORK ACL
NETWORK ACL: NETWORK ACL. Apply network acl through secure, observable and production-oriented practice.
- Explain the infrastructure, delivery or operational purpose of NETWORK ACL.
- Implement or apply NETWORK ACL through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
NETWORK ACL Fundamentals
NETWORK ACL: NETWORK ACL Fundamentals. Apply network acl through secure, observable and production-oriented practice.
- Explain the infrastructure, delivery or operational purpose of NETWORK ACL Fundamentals.
- Implement or apply NETWORK ACL Fundamentals through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
2 Cloud DevOps topics: VPC ENDPOINTS, VPC ENDPOINTS Fundamentals.
VPC ENDPOINTS
VPC ENDPOINTS: VPC ENDPOINTS. Apply vpc endpoints through secure, observable and production-oriented practice.
- Explain the infrastructure, delivery or operational purpose of VPC ENDPOINTS.
- Implement or apply VPC ENDPOINTS through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
VPC ENDPOINTS Fundamentals
VPC ENDPOINTS: VPC ENDPOINTS Fundamentals. Apply vpc endpoints through secure, observable and production-oriented practice.
- Explain the infrastructure, delivery or operational purpose of VPC ENDPOINTS Fundamentals.
- Implement or apply VPC ENDPOINTS Fundamentals through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
2 Cloud DevOps topics: VPC PEERING, VPC PEERING Fundamentals.
VPC PEERING
VPC PEERING: VPC PEERING. Apply vpc peering through secure, observable and production-oriented practice.
- Explain the infrastructure, delivery or operational purpose of VPC PEERING.
- Implement or apply VPC PEERING through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
VPC PEERING Fundamentals
VPC PEERING: VPC PEERING Fundamentals. Apply vpc peering through secure, observable and production-oriented practice.
- Explain the infrastructure, delivery or operational purpose of VPC PEERING Fundamentals.
- Implement or apply VPC PEERING Fundamentals through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
2 Cloud DevOps topics: Internet, ALB.
Internet
TRANSIT GATEWAY AWARENESS: Internet. AWS NETWORK PROJECT; Production Three-Tier VPC; Architecture:; Internet; ALB; Private Application; Private Database
- Explain the infrastructure, delivery or operational purpose of Internet.
- Implement or apply Internet through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
ALB
TRANSIT GATEWAY AWARENESS: ALB. AWS NETWORK PROJECT; Production Three-Tier VPC; Architecture:; Internet; ALB; Private Application; Private Database
- Explain the infrastructure, delivery or operational purpose of ALB.
- Implement or apply ALB through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
2 Cloud DevOps topics: ALB, NLB.
ALB
ELASTIC LOAD BALANCING: ALB. Teach:; ALB; NLB; target groups
- Explain the infrastructure, delivery or operational purpose of ALB.
- Implement or apply ALB through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
NLB
ELASTIC LOAD BALANCING: NLB. Teach:; ALB; NLB; target groups
- Explain the infrastructure, delivery or operational purpose of NLB.
- Implement or apply NLB through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
2 Cloud DevOps topics: Launch Template, ASG.
Launch Template
AUTO SCALING: Launch Template. Teach:; Launch Template; ASG; scaling policies
- Explain the infrastructure, delivery or operational purpose of Launch Template.
- Implement or apply Launch Template through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
ASG
AUTO SCALING: ASG. Teach:; Launch Template; ASG; scaling policies
- Explain the infrastructure, delivery or operational purpose of ASG.
- Implement or apply ASG through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
2 Cloud DevOps topics: DNS routing, ROUTE 53.
DNS routing
ROUTE 53: DNS routing. DNS routing.
- Explain the infrastructure, delivery or operational purpose of DNS routing.
- Implement or apply DNS routing through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
ROUTE 53
ROUTE 53: ROUTE 53. DNS routing.
- Explain the infrastructure, delivery or operational purpose of ROUTE 53.
- Implement or apply ROUTE 53 through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
2 Cloud DevOps topics: CDN and edge caching, CLOUDFRONT.
CDN and edge caching
CLOUDFRONT: CDN and edge caching. CDN and edge caching.
- Explain the infrastructure, delivery or operational purpose of CDN and edge caching.
- Implement or apply CDN and edge caching through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
CLOUDFRONT
CLOUDFRONT: CLOUDFRONT. CDN and edge caching.
- Explain the infrastructure, delivery or operational purpose of CLOUDFRONT.
- Implement or apply CLOUDFRONT through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
2 Cloud DevOps topics: PostgreSQL/MySQL concepts, backups.
PostgreSQL/MySQL concepts
RDS: PostgreSQL/MySQL concepts. Teach:; PostgreSQL/MySQL concepts; backups; Multi-AZ
- Explain the infrastructure, delivery or operational purpose of PostgreSQL/MySQL concepts.
- Implement or apply PostgreSQL/MySQL concepts through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
backups
RDS: backups. Teach:; PostgreSQL/MySQL concepts; backups; Multi-AZ
- Explain the infrastructure, delivery or operational purpose of backups.
- Implement or apply backups through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
2 Cloud DevOps topics: AURORA Concepts, AURORA AWARENESS Fundamentals.
AURORA Concepts
AURORA AWARENESS: AURORA Concepts. Apply aurora awareness through secure, observable and production-oriented practice.
- Explain the infrastructure, delivery or operational purpose of AURORA Concepts.
- Implement or apply AURORA Concepts through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
AURORA AWARENESS Fundamentals
AURORA AWARENESS: AURORA AWARENESS Fundamentals. Apply aurora awareness through secure, observable and production-oriented practice.
- Explain the infrastructure, delivery or operational purpose of AURORA AWARENESS Fundamentals.
- Implement or apply AURORA AWARENESS Fundamentals through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
2 Cloud DevOps topics: partition key, sort key.
partition key
DYNAMODB: partition key. Teach:; partition key; sort key; access patterns
- Explain the infrastructure, delivery or operational purpose of partition key.
- Implement or apply partition key through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
sort key
DYNAMODB: sort key. Teach:; partition key; sort key; access patterns
- Explain the infrastructure, delivery or operational purpose of sort key.
- Implement or apply sort key through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
2 Cloud DevOps topics: Caching concepts, ELASTICACHE.
Caching concepts
ELASTICACHE: Caching concepts. Caching concepts.
- Explain the infrastructure, delivery or operational purpose of Caching concepts.
- Implement or apply Caching concepts through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
ELASTICACHE
ELASTICACHE: ELASTICACHE. Caching concepts.
- Explain the infrastructure, delivery or operational purpose of ELASTICACHE.
- Implement or apply ELASTICACHE through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
2 Cloud DevOps topics: serverless function, triggers.
serverless function
LAMBDA: serverless function. Teach:; serverless function; triggers; timeout; concurrency
- Explain the infrastructure, delivery or operational purpose of serverless function.
- Implement or apply serverless function through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
triggers
LAMBDA: triggers. Teach:; serverless function; triggers; timeout; concurrency
- Explain the infrastructure, delivery or operational purpose of triggers.
- Implement or apply triggers through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
2 Cloud DevOps topics: API GATEWAY, API GATEWAY Fundamentals.
API GATEWAY
API GATEWAY: API GATEWAY. Apply api gateway through secure, observable and production-oriented practice.
- Explain the infrastructure, delivery or operational purpose of API GATEWAY.
- Implement or apply API GATEWAY through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
API GATEWAY Fundamentals
API GATEWAY: API GATEWAY Fundamentals. Apply api gateway through secure, observable and production-oriented practice.
- Explain the infrastructure, delivery or operational purpose of API GATEWAY Fundamentals.
- Implement or apply API GATEWAY Fundamentals through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
2 Cloud DevOps topics: Teach asynchronous processing, SQS.
Teach asynchronous processing
SQS: Teach asynchronous processing. Teach asynchronous processing.
- Explain the infrastructure, delivery or operational purpose of Teach asynchronous processing.
- Implement or apply Teach asynchronous processing through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
SQS
SQS: SQS. Teach asynchronous processing.
- Explain the infrastructure, delivery or operational purpose of SQS.
- Implement or apply SQS through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
2 Cloud DevOps topics: Teach pub/sub, SNS.
Teach pub/sub
SNS: Teach pub/sub. Teach pub/sub.
- Explain the infrastructure, delivery or operational purpose of Teach pub/sub.
- Implement or apply Teach pub/sub through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
SNS
SNS: SNS. Teach pub/sub.
- Explain the infrastructure, delivery or operational purpose of SNS.
- Implement or apply SNS through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
2 Cloud DevOps topics: Event-driven automation, EVENTBRIDGE.
Event-driven automation
EVENTBRIDGE: Event-driven automation. Event-driven automation.
- Explain the infrastructure, delivery or operational purpose of Event-driven automation.
- Implement or apply Event-driven automation through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
EVENTBRIDGE
EVENTBRIDGE: EVENTBRIDGE. Event-driven automation.
- Explain the infrastructure, delivery or operational purpose of EVENTBRIDGE.
- Implement or apply EVENTBRIDGE through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
2 Cloud DevOps topics: metrics, logs.
metrics
CLOUDWATCH: metrics. Teach:; metrics; logs; alarms; dashboards
- Explain the infrastructure, delivery or operational purpose of metrics.
- Implement or apply metrics through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
logs
CLOUDWATCH: logs. Teach:; metrics; logs; alarms; dashboards
- Explain the infrastructure, delivery or operational purpose of logs.
- Implement or apply logs through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
2 Cloud DevOps topics: Audit AWS actions, CLOUDTRAIL.
Audit AWS actions
CLOUDTRAIL: Audit AWS actions. Audit AWS actions.
- Explain the infrastructure, delivery or operational purpose of Audit AWS actions.
- Implement or apply Audit AWS actions through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
CLOUDTRAIL
CLOUDTRAIL: CLOUDTRAIL. Audit AWS actions.
- Explain the infrastructure, delivery or operational purpose of CLOUDTRAIL.
- Implement or apply CLOUDTRAIL through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
2 Cloud DevOps topics: Configuration/compliance awareness, AWS CONFIG.
Configuration/compliance awareness
AWS CONFIG: Configuration/compliance awareness. Configuration/compliance awareness.
- Explain the infrastructure, delivery or operational purpose of Configuration/compliance awareness.
- Implement or apply Configuration/compliance awareness through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
AWS CONFIG
AWS CONFIG: AWS CONFIG. Configuration/compliance awareness.
- Explain the infrastructure, delivery or operational purpose of AWS CONFIG.
- Implement or apply AWS CONFIG through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
2 Cloud DevOps topics: Encryption key management, KMS.
Encryption key management
KMS: Encryption key management. Encryption key management.
- Explain the infrastructure, delivery or operational purpose of Encryption key management.
- Implement or apply Encryption key management through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
KMS
KMS: KMS. Encryption key management.
- Explain the infrastructure, delivery or operational purpose of KMS.
- Implement or apply KMS through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
2 Cloud DevOps topics: Never hardcode production credentials, SECRETS MANAGER.
Never hardcode production credentials
SECRETS MANAGER: Never hardcode production credentials. Never hardcode production credentials.
- Explain the infrastructure, delivery or operational purpose of Never hardcode production credentials.
- Implement or apply Never hardcode production credentials through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
SECRETS MANAGER
SECRETS MANAGER: SECRETS MANAGER. Never hardcode production credentials.
- Explain the infrastructure, delivery or operational purpose of SECRETS MANAGER.
- Implement or apply SECRETS MANAGER through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
3 Cloud DevOps topics: Route 53, ALB, Auto Scaling.
Route 53
GUARDDUTY / SECURITY HUB AWARENESS: Route 53. AWS MAJOR PROJECT; Highly Available AWS Web Platform; Use:; Route 53; ALB; Auto Scaling; EC2; RDS Multi-AZ; S3; CloudWatch
- Explain the infrastructure, delivery or operational purpose of Route 53.
- Implement or apply Route 53 through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
ALB
GUARDDUTY / SECURITY HUB AWARENESS: ALB. AWS MAJOR PROJECT; Highly Available AWS Web Platform; Use:; Route 53; ALB; Auto Scaling; EC2; RDS Multi-AZ; S3; CloudWatch
- Explain the infrastructure, delivery or operational purpose of ALB.
- Implement or apply ALB through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
Auto Scaling
GUARDDUTY / SECURITY HUB AWARENESS: Auto Scaling. AWS MAJOR PROJECT; Highly Available AWS Web Platform; Use:; Route 53; ALB; Auto Scaling; EC2; RDS Multi-AZ; S3; CloudWatch
- Explain the infrastructure, delivery or operational purpose of Auto Scaling.
- Implement or apply Auto Scaling through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
3 Cloud DevOps topics: init, clone, add.
init
GIT FUNDAMENTALS: init. Teach:; init; clone; add; commit; push; pull
- Explain the infrastructure, delivery or operational purpose of init.
- Implement or apply init through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
clone
GIT FUNDAMENTALS: clone. Teach:; init; clone; add; commit; push; pull
- Explain the infrastructure, delivery or operational purpose of clone.
- Implement or apply clone through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
add
GIT FUNDAMENTALS: add. Teach:; init; clone; add; commit; push; pull
- Explain the infrastructure, delivery or operational purpose of add.
- Implement or apply add through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
2 Cloud DevOps topics: BRANCHES, BRANCHES Fundamentals.
BRANCHES
BRANCHES: BRANCHES. Apply branches through secure, observable and production-oriented practice.
- Explain the infrastructure, delivery or operational purpose of BRANCHES.
- Implement or apply BRANCHES through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
BRANCHES Fundamentals
BRANCHES: BRANCHES Fundamentals. Apply branches through secure, observable and production-oriented practice.
- Explain the infrastructure, delivery or operational purpose of BRANCHES Fundamentals.
- Implement or apply BRANCHES Fundamentals through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
2 Cloud DevOps topics: MERGES, MERGES Fundamentals.
MERGES
MERGES: MERGES. Apply merges through secure, observable and production-oriented practice.
- Explain the infrastructure, delivery or operational purpose of MERGES.
- Implement or apply MERGES through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
MERGES Fundamentals
MERGES: MERGES Fundamentals. Apply merges through secure, observable and production-oriented practice.
- Explain the infrastructure, delivery or operational purpose of MERGES Fundamentals.
- Implement or apply MERGES Fundamentals through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
2 Cloud DevOps topics: REBASE, REBASE Fundamentals.
REBASE
REBASE: REBASE. Apply rebase through secure, observable and production-oriented practice.
- Explain the infrastructure, delivery or operational purpose of REBASE.
- Implement or apply REBASE through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
REBASE Fundamentals
REBASE: REBASE Fundamentals. Apply rebase through secure, observable and production-oriented practice.
- Explain the infrastructure, delivery or operational purpose of REBASE Fundamentals.
- Implement or apply REBASE Fundamentals through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
2 Cloud DevOps topics: CONFLICTS, CONFLICTS Fundamentals.
CONFLICTS
CONFLICTS: CONFLICTS. Apply conflicts through secure, observable and production-oriented practice.
- Explain the infrastructure, delivery or operational purpose of CONFLICTS.
- Implement or apply CONFLICTS through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
CONFLICTS Fundamentals
CONFLICTS: CONFLICTS Fundamentals. Apply conflicts through secure, observable and production-oriented practice.
- Explain the infrastructure, delivery or operational purpose of CONFLICTS Fundamentals.
- Implement or apply CONFLICTS Fundamentals through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
2 Cloud DevOps topics: PULL REQUESTS, PULL REQUESTS Fundamentals.
PULL REQUESTS
PULL REQUESTS: PULL REQUESTS. Apply pull requests through secure, observable and production-oriented practice.
- Explain the infrastructure, delivery or operational purpose of PULL REQUESTS.
- Implement or apply PULL REQUESTS through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
PULL REQUESTS Fundamentals
PULL REQUESTS: PULL REQUESTS Fundamentals. Apply pull requests through secure, observable and production-oriented practice.
- Explain the infrastructure, delivery or operational purpose of PULL REQUESTS Fundamentals.
- Implement or apply PULL REQUESTS Fundamentals through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
2 Cloud DevOps topics: BRANCH PROTECTION, BRANCH PROTECTION Fundamentals.
BRANCH PROTECTION
BRANCH PROTECTION: BRANCH PROTECTION. Apply branch protection through secure, observable and production-oriented practice.
- Explain the infrastructure, delivery or operational purpose of BRANCH PROTECTION.
- Implement or apply BRANCH PROTECTION through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
BRANCH PROTECTION Fundamentals
BRANCH PROTECTION: BRANCH PROTECTION Fundamentals. Apply branch protection through secure, observable and production-oriented practice.
- Explain the infrastructure, delivery or operational purpose of BRANCH PROTECTION Fundamentals.
- Implement or apply BRANCH PROTECTION Fundamentals through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
2 Cloud DevOps topics: TAGGING & RELEASES, TAGGING & RELEASES Fundamentals.
TAGGING & RELEASES
TAGGING & RELEASES: TAGGING & RELEASES. Apply tagging & releases through secure, observable and production-oriented practice.
- Explain the infrastructure, delivery or operational purpose of TAGGING & RELEASES.
- Implement or apply TAGGING & RELEASES through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
TAGGING & RELEASES Fundamentals
TAGGING & RELEASES: TAGGING & RELEASES Fundamentals. Apply tagging & releases through secure, observable and production-oriented practice.
- Explain the infrastructure, delivery or operational purpose of TAGGING & RELEASES Fundamentals.
- Implement or apply TAGGING & RELEASES Fundamentals through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
2 Cloud DevOps topics: Compare with long-lived branching, TRUNK-BASED DEVELOPMENT.
Compare with long-lived branching
TRUNK-BASED DEVELOPMENT: Compare with long-lived branching. Compare with long-lived branching.
- Explain the infrastructure, delivery or operational purpose of Compare with long-lived branching.
- Implement or apply Compare with long-lived branching through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
TRUNK-BASED DEVELOPMENT
TRUNK-BASED DEVELOPMENT: TRUNK-BASED DEVELOPMENT. Compare with long-lived branching.
- Explain the infrastructure, delivery or operational purpose of TRUNK-BASED DEVELOPMENT.
- Implement or apply TRUNK-BASED DEVELOPMENT through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
2 Cloud DevOps topics: BUILD TOOLS, BUILD TOOLS Fundamentals.
BUILD TOOLS
BUILD TOOLS: BUILD TOOLS. Exposure:; Java; Maven / Gradle; Node; npm; Python; pip/build
- Explain the infrastructure, delivery or operational purpose of BUILD TOOLS.
- Implement or apply BUILD TOOLS through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
BUILD TOOLS Fundamentals
BUILD TOOLS: BUILD TOOLS Fundamentals. Exposure:; Java; Maven / Gradle; Node; npm; Python; pip/build
- Explain the infrastructure, delivery or operational purpose of BUILD TOOLS Fundamentals.
- Implement or apply BUILD TOOLS Fundamentals through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
2 Cloud DevOps topics: JAR, packages.
JAR
ARTIFACTS: JAR. Understand:; JAR; packages; binaries; container images
- Explain the infrastructure, delivery or operational purpose of JAR.
- Implement or apply JAR through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
packages
ARTIFACTS: packages. Understand:; JAR; packages; binaries; container images
- Explain the infrastructure, delivery or operational purpose of packages.
- Implement or apply packages through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
2 Cloud DevOps topics: ECR, Nexus/Artifactory awareness.
ECR
ARTIFACT REPOSITORIES: ECR. Teach:; ECR; Nexus/Artifactory awareness
- Explain the infrastructure, delivery or operational purpose of ECR.
- Implement or apply ECR through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
Nexus/Artifactory awareness
ARTIFACT REPOSITORIES: Nexus/Artifactory awareness. Teach:; ECR; Nexus/Artifactory awareness
- Explain the infrastructure, delivery or operational purpose of Nexus/Artifactory awareness.
- Implement or apply Nexus/Artifactory awareness through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
2 Cloud DevOps topics: Commit → Build → Test → Scan → Artifact, CI.
Commit → Build → Test → Scan → Artifact
CI: Commit → Build → Test → Scan → Artifact. Pipeline:; Commit → Build → Test → Scan → Artifact
- Explain the infrastructure, delivery or operational purpose of Commit → Build → Test → Scan → Artifact.
- Implement or apply Commit → Build → Test → Scan → Artifact through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
CI
CI: CI. Pipeline:; Commit → Build → Test → Scan → Artifact
- Explain the infrastructure, delivery or operational purpose of CI.
- Implement or apply CI through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
2 Cloud DevOps topics: controller, agents.
controller
JENKINS: controller. Teach:; controller; agents; pipelines
- Explain the infrastructure, delivery or operational purpose of controller.
- Implement or apply controller through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
agents
JENKINS: agents. Teach:; controller; agents; pipelines
- Explain the infrastructure, delivery or operational purpose of agents.
- Implement or apply agents through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
2 Cloud DevOps topics: Pipeline as code, JENKINSFILE.
Pipeline as code
JENKINSFILE: Pipeline as code. Pipeline as code.
- Explain the infrastructure, delivery or operational purpose of Pipeline as code.
- Implement or apply Pipeline as code through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
JENKINSFILE
JENKINSFILE: JENKINSFILE. Pipeline as code.
- Explain the infrastructure, delivery or operational purpose of JENKINSFILE.
- Implement or apply JENKINSFILE through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
2 Cloud DevOps topics: JENKINS CREDENTIALS, JENKINS CREDENTIALS Fundamentals.
JENKINS CREDENTIALS
JENKINS CREDENTIALS: JENKINS CREDENTIALS. Apply jenkins credentials through secure, observable and production-oriented practice.
- Explain the infrastructure, delivery or operational purpose of JENKINS CREDENTIALS.
- Implement or apply JENKINS CREDENTIALS through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
JENKINS CREDENTIALS Fundamentals
JENKINS CREDENTIALS: JENKINS CREDENTIALS Fundamentals. Apply jenkins credentials through secure, observable and production-oriented practice.
- Explain the infrastructure, delivery or operational purpose of JENKINS CREDENTIALS Fundamentals.
- Implement or apply JENKINS CREDENTIALS Fundamentals through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
2 Cloud DevOps topics: Enterprise awareness, JENKINS SHARED LIBRARIES.
Enterprise awareness
JENKINS SHARED LIBRARIES: Enterprise awareness. Enterprise awareness.
- Explain the infrastructure, delivery or operational purpose of Enterprise awareness.
- Implement or apply Enterprise awareness through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
JENKINS SHARED LIBRARIES
JENKINS SHARED LIBRARIES: JENKINS SHARED LIBRARIES. Enterprise awareness.
- Explain the infrastructure, delivery or operational purpose of JENKINS SHARED LIBRARIES.
- Implement or apply JENKINS SHARED LIBRARIES through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
2 Cloud DevOps topics: workflow, job.
workflow
GITHUB ACTIONS: workflow. Teach:; workflow; job; step; runner
- Explain the infrastructure, delivery or operational purpose of workflow.
- Implement or apply workflow through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
job
GITHUB ACTIONS: job. Teach:; workflow; job; step; runner
- Explain the infrastructure, delivery or operational purpose of job.
- Implement or apply job through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
2 Cloud DevOps topics: REUSABLE WORKFLOWS, REUSABLE WORKFLOWS Fundamentals.
REUSABLE WORKFLOWS
REUSABLE WORKFLOWS: REUSABLE WORKFLOWS. Apply reusable workflows through secure, observable and production-oriented practice.
- Explain the infrastructure, delivery or operational purpose of REUSABLE WORKFLOWS.
- Implement or apply REUSABLE WORKFLOWS through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
REUSABLE WORKFLOWS Fundamentals
REUSABLE WORKFLOWS: REUSABLE WORKFLOWS Fundamentals. Apply reusable workflows through secure, observable and production-oriented practice.
- Explain the infrastructure, delivery or operational purpose of REUSABLE WORKFLOWS Fundamentals.
- Implement or apply REUSABLE WORKFLOWS Fundamentals through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
2 Cloud DevOps topics: Protect secrets and runners, CI SECURITY.
Protect secrets and runners
CI SECURITY: Protect secrets and runners. Protect secrets and runners.; CI PROJECT; Multi-Stage Build Pipeline; Stages:; 1. checkout; 2. lint; 3. tests; 4. build; 5. scan; 6. publish artifact
- Explain the infrastructure, delivery or operational purpose of Protect secrets and runners.
- Implement or apply Protect secrets and runners through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
CI SECURITY
CI SECURITY: CI SECURITY. Protect secrets and runners.; CI PROJECT; Multi-Stage Build Pipeline; Stages:; 1. checkout; 2. lint; 3. tests; 4. build; 5. scan; 6. publish artifact
- Explain the infrastructure, delivery or operational purpose of CI SECURITY.
- Implement or apply CI SECURITY through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
2 Cloud DevOps topics: environments, approvals.
environments
CONTINUOUS DELIVERY: environments. Teach:; environments; approvals; deployment
- Explain the infrastructure, delivery or operational purpose of environments.
- Implement or apply environments through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
approvals
CONTINUOUS DELIVERY: approvals. Teach:; environments; approvals; deployment
- Explain the infrastructure, delivery or operational purpose of approvals.
- Implement or apply approvals through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
2 Cloud DevOps topics: DEPLOYMENT STRATEGIES, DEPLOYMENT STRATEGIES Fundamentals.
DEPLOYMENT STRATEGIES
DEPLOYMENT STRATEGIES: DEPLOYMENT STRATEGIES. Teach:; Rolling; Blue/Green; Canary
- Explain the infrastructure, delivery or operational purpose of DEPLOYMENT STRATEGIES.
- Implement or apply DEPLOYMENT STRATEGIES through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
DEPLOYMENT STRATEGIES Fundamentals
DEPLOYMENT STRATEGIES: DEPLOYMENT STRATEGIES Fundamentals. Teach:; Rolling; Blue/Green; Canary
- Explain the infrastructure, delivery or operational purpose of DEPLOYMENT STRATEGIES Fundamentals.
- Implement or apply DEPLOYMENT STRATEGIES Fundamentals through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
2 Cloud DevOps topics: ROLLBACK, ROLLBACK Fundamentals.
ROLLBACK
ROLLBACK: ROLLBACK. Apply rollback through secure, observable and production-oriented practice.
- Explain the infrastructure, delivery or operational purpose of ROLLBACK.
- Implement or apply ROLLBACK through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
ROLLBACK Fundamentals
ROLLBACK: ROLLBACK Fundamentals. Apply rollback through secure, observable and production-oriented practice.
- Explain the infrastructure, delivery or operational purpose of ROLLBACK Fundamentals.
- Implement or apply ROLLBACK Fundamentals through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
2 Cloud DevOps topics: images, containers.
images
DOCKER: images. Teach:; images; containers; registry
- Explain the infrastructure, delivery or operational purpose of images.
- Implement or apply images through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
containers
DOCKER: containers. Teach:; images; containers; registry
- Explain the infrastructure, delivery or operational purpose of containers.
- Implement or apply containers through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
2 Cloud DevOps topics: FROM, COPY.
FROM
DOCKERFILE: FROM. Teach:; FROM; COPY; RUN; CMD; ENTRYPOINT
- Explain the infrastructure, delivery or operational purpose of FROM.
- Implement or apply FROM through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
COPY
DOCKERFILE: COPY. Teach:; FROM; COPY; RUN; CMD; ENTRYPOINT
- Explain the infrastructure, delivery or operational purpose of COPY.
- Implement or apply COPY through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
2 Cloud DevOps topics: MULTI-STAGE BUILDS, MULTI-STAGE BUILDS Fundamentals.
MULTI-STAGE BUILDS
MULTI-STAGE BUILDS: MULTI-STAGE BUILDS. Apply multi-stage builds through secure, observable and production-oriented practice.
- Explain the infrastructure, delivery or operational purpose of MULTI-STAGE BUILDS.
- Implement or apply MULTI-STAGE BUILDS through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
MULTI-STAGE BUILDS Fundamentals
MULTI-STAGE BUILDS: MULTI-STAGE BUILDS Fundamentals. Apply multi-stage builds through secure, observable and production-oriented practice.
- Explain the infrastructure, delivery or operational purpose of MULTI-STAGE BUILDS Fundamentals.
- Implement or apply MULTI-STAGE BUILDS Fundamentals through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
2 Cloud DevOps topics: NETWORKING, NETWORKING Fundamentals.
NETWORKING
NETWORKING: NETWORKING. Apply networking through secure, observable and production-oriented practice.
- Explain the infrastructure, delivery or operational purpose of NETWORKING.
- Implement or apply NETWORKING through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
NETWORKING Fundamentals
NETWORKING: NETWORKING Fundamentals. Apply networking through secure, observable and production-oriented practice.
- Explain the infrastructure, delivery or operational purpose of NETWORKING Fundamentals.
- Implement or apply NETWORKING Fundamentals through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
2 Cloud DevOps topics: VOLUMES, VOLUMES Fundamentals.
VOLUMES
VOLUMES: VOLUMES. Apply volumes through secure, observable and production-oriented practice.
- Explain the infrastructure, delivery or operational purpose of VOLUMES.
- Implement or apply VOLUMES through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
VOLUMES Fundamentals
VOLUMES: VOLUMES Fundamentals. Apply volumes through secure, observable and production-oriented practice.
- Explain the infrastructure, delivery or operational purpose of VOLUMES Fundamentals.
- Implement or apply VOLUMES Fundamentals through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
2 Cloud DevOps topics: DOCKER COMPOSE, DOCKER COMPOSE Fundamentals.
DOCKER COMPOSE
DOCKER COMPOSE: DOCKER COMPOSE. Apply docker compose through secure, observable and production-oriented practice.
- Explain the infrastructure, delivery or operational purpose of DOCKER COMPOSE.
- Implement or apply DOCKER COMPOSE through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
DOCKER COMPOSE Fundamentals
DOCKER COMPOSE: DOCKER COMPOSE Fundamentals. Apply docker compose through secure, observable and production-oriented practice.
- Explain the infrastructure, delivery or operational purpose of DOCKER COMPOSE Fundamentals.
- Implement or apply DOCKER COMPOSE Fundamentals through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
2 Cloud DevOps topics: non-root, minimal images.
non-root
CONTAINER SECURITY: non-root. Require:; non-root; minimal images; no embedded secrets; scanning; DOCKER PROJECT; Production Application Containerization
- Explain the infrastructure, delivery or operational purpose of non-root.
- Implement or apply non-root through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
minimal images
CONTAINER SECURITY: minimal images. Require:; non-root; minimal images; no embedded secrets; scanning; DOCKER PROJECT; Production Application Containerization
- Explain the infrastructure, delivery or operational purpose of minimal images.
- Implement or apply minimal images through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
2 Cloud DevOps topics: Store versioned container images, ECR.
Store versioned container images
ECR: Store versioned container images. Store versioned container images.
- Explain the infrastructure, delivery or operational purpose of Store versioned container images.
- Implement or apply Store versioned container images through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
ECR
ECR: ECR. Store versioned container images.
- Explain the infrastructure, delivery or operational purpose of ECR.
- Implement or apply ECR through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
2 Cloud DevOps topics: KUBERNETES ARCHITECTURE, KUBERNETES ARCHITECTURE Fundamentals.
KUBERNETES ARCHITECTURE
KUBERNETES ARCHITECTURE: KUBERNETES ARCHITECTURE. Teach:; API Server; etcd; Scheduler; Controllers; kubelet
- Explain the infrastructure, delivery or operational purpose of KUBERNETES ARCHITECTURE.
- Implement or apply KUBERNETES ARCHITECTURE through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
KUBERNETES ARCHITECTURE Fundamentals
KUBERNETES ARCHITECTURE: KUBERNETES ARCHITECTURE Fundamentals. Teach:; API Server; etcd; Scheduler; Controllers; kubelet
- Explain the infrastructure, delivery or operational purpose of KUBERNETES ARCHITECTURE Fundamentals.
- Implement or apply KUBERNETES ARCHITECTURE Fundamentals through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
2 Cloud DevOps topics: PODS, PODS Fundamentals.
PODS
PODS: PODS. Apply pods through secure, observable and production-oriented practice.
- Explain the infrastructure, delivery or operational purpose of PODS.
- Implement or apply PODS through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
PODS Fundamentals
PODS: PODS Fundamentals. Apply pods through secure, observable and production-oriented practice.
- Explain the infrastructure, delivery or operational purpose of PODS Fundamentals.
- Implement or apply PODS Fundamentals through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
2 Cloud DevOps topics: DEPLOYMENTS, DEPLOYMENTS Fundamentals.
DEPLOYMENTS
DEPLOYMENTS: DEPLOYMENTS. Apply deployments through secure, observable and production-oriented practice.
- Explain the infrastructure, delivery or operational purpose of DEPLOYMENTS.
- Implement or apply DEPLOYMENTS through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
DEPLOYMENTS Fundamentals
DEPLOYMENTS: DEPLOYMENTS Fundamentals. Apply deployments through secure, observable and production-oriented practice.
- Explain the infrastructure, delivery or operational purpose of DEPLOYMENTS Fundamentals.
- Implement or apply DEPLOYMENTS Fundamentals through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
2 Cloud DevOps topics: REPLICASETS, REPLICASETS Fundamentals.
REPLICASETS
REPLICASETS: REPLICASETS. Apply replicasets through secure, observable and production-oriented practice.
- Explain the infrastructure, delivery or operational purpose of REPLICASETS.
- Implement or apply REPLICASETS through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
REPLICASETS Fundamentals
REPLICASETS: REPLICASETS Fundamentals. Apply replicasets through secure, observable and production-oriented practice.
- Explain the infrastructure, delivery or operational purpose of REPLICASETS Fundamentals.
- Implement or apply REPLICASETS Fundamentals through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
2 Cloud DevOps topics: ClusterIP, NodePort.
ClusterIP
SERVICES: ClusterIP. Teach:; ClusterIP; NodePort; LoadBalancer
- Explain the infrastructure, delivery or operational purpose of ClusterIP.
- Implement or apply ClusterIP through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
NodePort
SERVICES: NodePort. Teach:; ClusterIP; NodePort; LoadBalancer
- Explain the infrastructure, delivery or operational purpose of NodePort.
- Implement or apply NodePort through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
2 Cloud DevOps topics: CONFIGMAPS, CONFIGMAPS Fundamentals.
CONFIGMAPS
CONFIGMAPS: CONFIGMAPS. Apply configmaps through secure, observable and production-oriented practice.
- Explain the infrastructure, delivery or operational purpose of CONFIGMAPS.
- Implement or apply CONFIGMAPS through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
CONFIGMAPS Fundamentals
CONFIGMAPS: CONFIGMAPS Fundamentals. Apply configmaps through secure, observable and production-oriented practice.
- Explain the infrastructure, delivery or operational purpose of CONFIGMAPS Fundamentals.
- Implement or apply CONFIGMAPS Fundamentals through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
2 Cloud DevOps topics: SECRETS, SECRETS Fundamentals.
SECRETS
SECRETS: SECRETS. Apply secrets through secure, observable and production-oriented practice.
- Explain the infrastructure, delivery or operational purpose of SECRETS.
- Implement or apply SECRETS through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
SECRETS Fundamentals
SECRETS: SECRETS Fundamentals. Apply secrets through secure, observable and production-oriented practice.
- Explain the infrastructure, delivery or operational purpose of SECRETS Fundamentals.
- Implement or apply SECRETS Fundamentals through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
2 Cloud DevOps topics: NAMESPACES, NAMESPACES Fundamentals.
NAMESPACES
NAMESPACES: NAMESPACES. Apply namespaces through secure, observable and production-oriented practice.
- Explain the infrastructure, delivery or operational purpose of NAMESPACES.
- Implement or apply NAMESPACES through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
NAMESPACES Fundamentals
NAMESPACES: NAMESPACES Fundamentals. Apply namespaces through secure, observable and production-oriented practice.
- Explain the infrastructure, delivery or operational purpose of NAMESPACES Fundamentals.
- Implement or apply NAMESPACES Fundamentals through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
2 Cloud DevOps topics: startup, readiness.
startup
HEALTH PROBES: startup. Teach:; startup; readiness; liveness
- Explain the infrastructure, delivery or operational purpose of startup.
- Implement or apply startup through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
readiness
HEALTH PROBES: readiness. Teach:; startup; readiness; liveness
- Explain the infrastructure, delivery or operational purpose of readiness.
- Implement or apply readiness through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
2 Cloud DevOps topics: REQUESTS & LIMITS, REQUESTS & LIMITS Fundamentals.
REQUESTS & LIMITS
REQUESTS & LIMITS: REQUESTS & LIMITS. Apply requests & limits through secure, observable and production-oriented practice.
- Explain the infrastructure, delivery or operational purpose of REQUESTS & LIMITS.
- Implement or apply REQUESTS & LIMITS through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
REQUESTS & LIMITS Fundamentals
REQUESTS & LIMITS: REQUESTS & LIMITS Fundamentals. Apply requests & limits through secure, observable and production-oriented practice.
- Explain the infrastructure, delivery or operational purpose of REQUESTS & LIMITS Fundamentals.
- Implement or apply REQUESTS & LIMITS Fundamentals through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
2 Cloud DevOps topics: STATEFULSETS, STATEFULSETS Fundamentals.
STATEFULSETS
STATEFULSETS: STATEFULSETS. Apply statefulsets through secure, observable and production-oriented practice.
- Explain the infrastructure, delivery or operational purpose of STATEFULSETS.
- Implement or apply STATEFULSETS through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
STATEFULSETS Fundamentals
STATEFULSETS: STATEFULSETS Fundamentals. Apply statefulsets through secure, observable and production-oriented practice.
- Explain the infrastructure, delivery or operational purpose of STATEFULSETS Fundamentals.
- Implement or apply STATEFULSETS Fundamentals through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
2 Cloud DevOps topics: DAEMONSETS, DAEMONSETS Fundamentals.
DAEMONSETS
DAEMONSETS: DAEMONSETS. Apply daemonsets through secure, observable and production-oriented practice.
- Explain the infrastructure, delivery or operational purpose of DAEMONSETS.
- Implement or apply DAEMONSETS through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
DAEMONSETS Fundamentals
DAEMONSETS: DAEMONSETS Fundamentals. Apply daemonsets through secure, observable and production-oriented practice.
- Explain the infrastructure, delivery or operational purpose of DAEMONSETS Fundamentals.
- Implement or apply DAEMONSETS Fundamentals through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
2 Cloud DevOps topics: JOBS / CRONJOBS, JOBS / CRONJOBS Fundamentals.
JOBS / CRONJOBS
JOBS / CRONJOBS: JOBS / CRONJOBS. Apply jobs / cronjobs through secure, observable and production-oriented practice.
- Explain the infrastructure, delivery or operational purpose of JOBS / CRONJOBS.
- Implement or apply JOBS / CRONJOBS through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
JOBS / CRONJOBS Fundamentals
JOBS / CRONJOBS: JOBS / CRONJOBS Fundamentals. Apply jobs / cronjobs through secure, observable and production-oriented practice.
- Explain the infrastructure, delivery or operational purpose of JOBS / CRONJOBS Fundamentals.
- Implement or apply JOBS / CRONJOBS Fundamentals through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
2 Cloud DevOps topics: PV, PVC.
PV
PERSISTENT STORAGE: PV. Teach:; PV; PVC; StorageClass
- Explain the infrastructure, delivery or operational purpose of PV.
- Implement or apply PV through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
PVC
PERSISTENT STORAGE: PVC. Teach:; PV; PVC; StorageClass
- Explain the infrastructure, delivery or operational purpose of PVC.
- Implement or apply PVC through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
2 Cloud DevOps topics: Pod network, Service network.
Pod network
KUBERNETES NETWORKING: Pod network. Teach:; Pod network; Service network; DNS; CNI concepts
- Explain the infrastructure, delivery or operational purpose of Pod network.
- Implement or apply Pod network through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
Service network
KUBERNETES NETWORKING: Service network. Teach:; Pod network; Service network; DNS; CNI concepts
- Explain the infrastructure, delivery or operational purpose of Service network.
- Implement or apply Service network through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
2 Cloud DevOps topics: INGRESS, INGRESS Fundamentals.
INGRESS
INGRESS: INGRESS. Apply ingress through secure, observable and production-oriented practice.
- Explain the infrastructure, delivery or operational purpose of INGRESS.
- Implement or apply INGRESS through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
INGRESS Fundamentals
INGRESS: INGRESS Fundamentals. Apply ingress through secure, observable and production-oriented practice.
- Explain the infrastructure, delivery or operational purpose of INGRESS Fundamentals.
- Implement or apply INGRESS Fundamentals through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
2 Cloud DevOps topics: Include current Kubernetes networking model, GATEWAY API.
Include current Kubernetes networking model
GATEWAY API: Include current Kubernetes networking model. Include current Kubernetes networking model.
- Explain the infrastructure, delivery or operational purpose of Include current Kubernetes networking model.
- Implement or apply Include current Kubernetes networking model through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
GATEWAY API
GATEWAY API: GATEWAY API. Include current Kubernetes networking model.
- Explain the infrastructure, delivery or operational purpose of GATEWAY API.
- Implement or apply GATEWAY API through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
2 Cloud DevOps topics: NETWORKPOLICY, NETWORKPOLICY Fundamentals.
NETWORKPOLICY
NETWORKPOLICY: NETWORKPOLICY. Apply networkpolicy through secure, observable and production-oriented practice.
- Explain the infrastructure, delivery or operational purpose of NETWORKPOLICY.
- Implement or apply NETWORKPOLICY through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
NETWORKPOLICY Fundamentals
NETWORKPOLICY: NETWORKPOLICY Fundamentals. Apply networkpolicy through secure, observable and production-oriented practice.
- Explain the infrastructure, delivery or operational purpose of NETWORKPOLICY Fundamentals.
- Implement or apply NETWORKPOLICY Fundamentals through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
2 Cloud DevOps topics: Use resource metrics, HPA.
Use resource metrics
HPA: Use resource metrics. Use resource metrics.
- Explain the infrastructure, delivery or operational purpose of Use resource metrics.
- Implement or apply Use resource metrics through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
HPA
HPA: HPA. Use resource metrics.
- Explain the infrastructure, delivery or operational purpose of HPA.
- Implement or apply HPA through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
3 Cloud DevOps topics: Metrics API v1, cgroups v2, API deprecations.
Metrics API v1
KUBERNETES 1.37 AWARENESS: Metrics API v1. Track:; Metrics API v1; cgroups v2; API deprecations; upgrade readiness; KUBERNETES PROJECT; Production Microservice Deployment; Require:; Deployment; Service; ConfigMap; Secret; probes; HPA; Gateway/Ingress
- Explain the infrastructure, delivery or operational purpose of Metrics API v1.
- Implement or apply Metrics API v1 through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
cgroups v2
KUBERNETES 1.37 AWARENESS: cgroups v2. Track:; Metrics API v1; cgroups v2; API deprecations; upgrade readiness; KUBERNETES PROJECT; Production Microservice Deployment; Require:; Deployment; Service; ConfigMap; Secret; probes; HPA; Gateway/Ingress
- Explain the infrastructure, delivery or operational purpose of cgroups v2.
- Implement or apply cgroups v2 through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
API deprecations
KUBERNETES 1.37 AWARENESS: API deprecations. Track:; Metrics API v1; cgroups v2; API deprecations; upgrade readiness; KUBERNETES PROJECT; Production Microservice Deployment; Require:; Deployment; Service; ConfigMap; Secret; probes; HPA; Gateway/Ingress
- Explain the infrastructure, delivery or operational purpose of API deprecations.
- Implement or apply API deprecations through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
2 Cloud DevOps topics: Teach systematic investigation, KUBERNETES TROUBLESHOOTING.
Teach systematic investigation
KUBERNETES TROUBLESHOOTING: Teach systematic investigation. Teach systematic investigation.
- Explain the infrastructure, delivery or operational purpose of Teach systematic investigation.
- Implement or apply Teach systematic investigation through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
KUBERNETES TROUBLESHOOTING
KUBERNETES TROUBLESHOOTING: KUBERNETES TROUBLESHOOTING. Teach systematic investigation.
- Explain the infrastructure, delivery or operational purpose of KUBERNETES TROUBLESHOOTING.
- Implement or apply KUBERNETES TROUBLESHOOTING through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
2 Cloud DevOps topics: CRASHLOOPBACKOFF, CRASHLOOPBACKOFF Fundamentals.
CRASHLOOPBACKOFF
CRASHLOOPBACKOFF: CRASHLOOPBACKOFF. Apply crashloopbackoff through secure, observable and production-oriented practice.
- Explain the infrastructure, delivery or operational purpose of CRASHLOOPBACKOFF.
- Implement or apply CRASHLOOPBACKOFF through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
CRASHLOOPBACKOFF Fundamentals
CRASHLOOPBACKOFF: CRASHLOOPBACKOFF Fundamentals. Apply crashloopbackoff through secure, observable and production-oriented practice.
- Explain the infrastructure, delivery or operational purpose of CRASHLOOPBACKOFF Fundamentals.
- Implement or apply CRASHLOOPBACKOFF Fundamentals through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
2 Cloud DevOps topics: IMAGEPULLBACKOFF, IMAGEPULLBACKOFF Fundamentals.
IMAGEPULLBACKOFF
IMAGEPULLBACKOFF: IMAGEPULLBACKOFF. Apply imagepullbackoff through secure, observable and production-oriented practice.
- Explain the infrastructure, delivery or operational purpose of IMAGEPULLBACKOFF.
- Implement or apply IMAGEPULLBACKOFF through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
IMAGEPULLBACKOFF Fundamentals
IMAGEPULLBACKOFF: IMAGEPULLBACKOFF Fundamentals. Apply imagepullbackoff through secure, observable and production-oriented practice.
- Explain the infrastructure, delivery or operational purpose of IMAGEPULLBACKOFF Fundamentals.
- Implement or apply IMAGEPULLBACKOFF Fundamentals through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
2 Cloud DevOps topics: PENDING POD, PENDING POD Fundamentals.
PENDING POD
PENDING POD: PENDING POD. Apply pending pod through secure, observable and production-oriented practice.
- Explain the infrastructure, delivery or operational purpose of PENDING POD.
- Implement or apply PENDING POD through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
PENDING POD Fundamentals
PENDING POD: PENDING POD Fundamentals. Apply pending pod through secure, observable and production-oriented practice.
- Explain the infrastructure, delivery or operational purpose of PENDING POD Fundamentals.
- Implement or apply PENDING POD Fundamentals through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
2 Cloud DevOps topics: OOMKILLED, OOMKILLED Fundamentals.
OOMKILLED
OOMKILLED: OOMKILLED. Apply oomkilled through secure, observable and production-oriented practice.
- Explain the infrastructure, delivery or operational purpose of OOMKILLED.
- Implement or apply OOMKILLED through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
OOMKILLED Fundamentals
OOMKILLED: OOMKILLED Fundamentals. Apply oomkilled through secure, observable and production-oriented practice.
- Explain the infrastructure, delivery or operational purpose of OOMKILLED Fundamentals.
- Implement or apply OOMKILLED Fundamentals through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
2 Cloud DevOps topics: SERVICE FAILURE, SERVICE FAILURE Fundamentals.
SERVICE FAILURE
SERVICE FAILURE: SERVICE FAILURE. Apply service failure through secure, observable and production-oriented practice.
- Explain the infrastructure, delivery or operational purpose of SERVICE FAILURE.
- Implement or apply SERVICE FAILURE through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
SERVICE FAILURE Fundamentals
SERVICE FAILURE: SERVICE FAILURE Fundamentals. Apply service failure through secure, observable and production-oriented practice.
- Explain the infrastructure, delivery or operational purpose of SERVICE FAILURE Fundamentals.
- Implement or apply SERVICE FAILURE Fundamentals through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
2 Cloud DevOps topics: DNS FAILURE, DNS FAILURE Fundamentals.
DNS FAILURE
DNS FAILURE: DNS FAILURE. Apply dns failure through secure, observable and production-oriented practice.
- Explain the infrastructure, delivery or operational purpose of DNS FAILURE.
- Implement or apply DNS FAILURE through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
DNS FAILURE Fundamentals
DNS FAILURE: DNS FAILURE Fundamentals. Apply dns failure through secure, observable and production-oriented practice.
- Explain the infrastructure, delivery or operational purpose of DNS FAILURE Fundamentals.
- Implement or apply DNS FAILURE Fundamentals through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
2 Cloud DevOps topics: STORAGE FAILURE, STORAGE FAILURE Fundamentals.
STORAGE FAILURE
STORAGE FAILURE: STORAGE FAILURE. Apply storage failure through secure, observable and production-oriented practice.
- Explain the infrastructure, delivery or operational purpose of STORAGE FAILURE.
- Implement or apply STORAGE FAILURE through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
STORAGE FAILURE Fundamentals
STORAGE FAILURE: STORAGE FAILURE Fundamentals. Apply storage failure through secure, observable and production-oriented practice.
- Explain the infrastructure, delivery or operational purpose of STORAGE FAILURE Fundamentals.
- Implement or apply STORAGE FAILURE Fundamentals through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
2 Cloud DevOps topics: NODE NOTREADY, NODE NOTREADY Fundamentals.
NODE NOTREADY
NODE NOTREADY: NODE NOTREADY. Apply node notready through secure, observable and production-oriented practice.
- Explain the infrastructure, delivery or operational purpose of NODE NOTREADY.
- Implement or apply NODE NOTREADY through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
NODE NOTREADY Fundamentals
NODE NOTREADY: NODE NOTREADY Fundamentals. Apply node notready through secure, observable and production-oriented practice.
- Explain the infrastructure, delivery or operational purpose of NODE NOTREADY Fundamentals.
- Implement or apply NODE NOTREADY Fundamentals through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
2 Cloud DevOps topics: charts, templates.
charts
HELM: charts. Teach:; charts; templates; values; releases
- Explain the infrastructure, delivery or operational purpose of charts.
- Implement or apply charts through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
templates
HELM: templates. Teach:; charts; templates; values; releases
- Explain the infrastructure, delivery or operational purpose of templates.
- Implement or apply templates through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
2 Cloud DevOps topics: DEV, STAGE.
DEV
HELM ENVIRONMENTS: DEV. Different values for:; DEV; STAGE; PROD; HELM PROJECT; Reusable Application Helm Chart
- Explain the infrastructure, delivery or operational purpose of DEV.
- Implement or apply DEV through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
STAGE
HELM ENVIRONMENTS: STAGE. Different values for:; DEV; STAGE; PROD; HELM PROJECT; Reusable Application Helm Chart
- Explain the infrastructure, delivery or operational purpose of STAGE.
- Implement or apply STAGE through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
2 Cloud DevOps topics: managed control plane, worker nodes.
managed control plane
AMAZON EKS: managed control plane. Teach:; managed control plane; worker nodes; VPC integration
- Explain the infrastructure, delivery or operational purpose of managed control plane.
- Implement or apply managed control plane through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
worker nodes
AMAZON EKS: worker nodes. Teach:; managed control plane; worker nodes; VPC integration
- Explain the infrastructure, delivery or operational purpose of worker nodes.
- Implement or apply worker nodes through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
2 Cloud DevOps topics: EKS IAM, EKS IAM Fundamentals.
EKS IAM
EKS IAM: EKS IAM. Apply eks iam through secure, observable and production-oriented practice.
- Explain the infrastructure, delivery or operational purpose of EKS IAM.
- Implement or apply EKS IAM through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
EKS IAM Fundamentals
EKS IAM: EKS IAM Fundamentals. Apply eks iam through secure, observable and production-oriented practice.
- Explain the infrastructure, delivery or operational purpose of EKS IAM Fundamentals.
- Implement or apply EKS IAM Fundamentals through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
2 Cloud DevOps topics: EKS LOAD BALANCING, EKS LOAD BALANCING Fundamentals.
EKS LOAD BALANCING
EKS LOAD BALANCING: EKS LOAD BALANCING. Apply eks load balancing through secure, observable and production-oriented practice.
- Explain the infrastructure, delivery or operational purpose of EKS LOAD BALANCING.
- Implement or apply EKS LOAD BALANCING through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
EKS LOAD BALANCING Fundamentals
EKS LOAD BALANCING: EKS LOAD BALANCING Fundamentals. Apply eks load balancing through secure, observable and production-oriented practice.
- Explain the infrastructure, delivery or operational purpose of EKS LOAD BALANCING Fundamentals.
- Implement or apply EKS LOAD BALANCING Fundamentals through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
2 Cloud DevOps topics: EKS STORAGE, EKS STORAGE Fundamentals.
EKS STORAGE
EKS STORAGE: EKS STORAGE. Apply eks storage through secure, observable and production-oriented practice.
- Explain the infrastructure, delivery or operational purpose of EKS STORAGE.
- Implement or apply EKS STORAGE through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
EKS STORAGE Fundamentals
EKS STORAGE: EKS STORAGE Fundamentals. Apply eks storage through secure, observable and production-oriented practice.
- Explain the infrastructure, delivery or operational purpose of EKS STORAGE Fundamentals.
- Implement or apply EKS STORAGE Fundamentals through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
2 Cloud DevOps topics: EKS AUTOSCALING, EKS AUTOSCALING Fundamentals.
EKS AUTOSCALING
EKS AUTOSCALING: EKS AUTOSCALING. Apply eks autoscaling through secure, observable and production-oriented practice.
- Explain the infrastructure, delivery or operational purpose of EKS AUTOSCALING.
- Implement or apply EKS AUTOSCALING through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
EKS AUTOSCALING Fundamentals
EKS AUTOSCALING: EKS AUTOSCALING Fundamentals. Apply eks autoscaling through secure, observable and production-oriented practice.
- Explain the infrastructure, delivery or operational purpose of EKS AUTOSCALING Fundamentals.
- Implement or apply EKS AUTOSCALING Fundamentals through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
2 Cloud DevOps topics: EKS OBSERVABILITY, EKS OBSERVABILITY Fundamentals.
EKS OBSERVABILITY
EKS OBSERVABILITY: EKS OBSERVABILITY. EKS PROJECT; AWS EKS Application Platform
- Explain the infrastructure, delivery or operational purpose of EKS OBSERVABILITY.
- Implement or apply EKS OBSERVABILITY through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
EKS OBSERVABILITY Fundamentals
EKS OBSERVABILITY: EKS OBSERVABILITY Fundamentals. EKS PROJECT; AWS EKS Application Platform
- Explain the infrastructure, delivery or operational purpose of EKS OBSERVABILITY Fundamentals.
- Implement or apply EKS OBSERVABILITY Fundamentals through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
2 Cloud DevOps topics: Primary infrastructure-as-code tool, Use current Terraform 1.16-generation practices.
Primary infrastructure-as-code tool
TERRAFORM: Primary infrastructure-as-code tool. Primary infrastructure-as-code tool.; Use current Terraform 1.16-generation practices.
- Explain the infrastructure, delivery or operational purpose of Primary infrastructure-as-code tool.
- Implement or apply Primary infrastructure-as-code tool through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
Use current Terraform 1.16-generation practices
TERRAFORM: Use current Terraform 1.16-generation practices. Primary infrastructure-as-code tool.; Use current Terraform 1.16-generation practices.
- Explain the infrastructure, delivery or operational purpose of Use current Terraform 1.16-generation practices.
- Implement or apply Use current Terraform 1.16-generation practices through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
2 Cloud DevOps topics: resource, provider.
resource
HCL: resource. Teach:; resource; provider; variables; outputs
- Explain the infrastructure, delivery or operational purpose of resource.
- Implement or apply resource through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
provider
HCL: provider. Teach:; resource; provider; variables; outputs
- Explain the infrastructure, delivery or operational purpose of provider.
- Implement or apply provider through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
2 Cloud DevOps topics: init, validate.
init
TERRAFORM WORKFLOW: init. init; validate; plan; apply
- Explain the infrastructure, delivery or operational purpose of init.
- Implement or apply init through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
validate
TERRAFORM WORKFLOW: validate. init; validate; plan; apply
- Explain the infrastructure, delivery or operational purpose of validate.
- Implement or apply validate through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
2 Cloud DevOps topics: Critical, STATE.
Critical
STATE: Critical. Critical.
- Explain the infrastructure, delivery or operational purpose of Critical.
- Implement or apply Critical through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
STATE
STATE: STATE. Critical.
- Explain the infrastructure, delivery or operational purpose of STATE.
- Implement or apply STATE through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
2 Cloud DevOps topics: REMOTE STATE, REMOTE STATE Fundamentals.
REMOTE STATE
REMOTE STATE: REMOTE STATE. Apply remote state through secure, observable and production-oriented practice.
- Explain the infrastructure, delivery or operational purpose of REMOTE STATE.
- Implement or apply REMOTE STATE through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
REMOTE STATE Fundamentals
REMOTE STATE: REMOTE STATE Fundamentals. Apply remote state through secure, observable and production-oriented practice.
- Explain the infrastructure, delivery or operational purpose of REMOTE STATE Fundamentals.
- Implement or apply REMOTE STATE Fundamentals through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
2 Cloud DevOps topics: STATE LOCKING, STATE LOCKING Fundamentals.
STATE LOCKING
STATE LOCKING: STATE LOCKING. Apply state locking through secure, observable and production-oriented practice.
- Explain the infrastructure, delivery or operational purpose of STATE LOCKING.
- Implement or apply STATE LOCKING through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
STATE LOCKING Fundamentals
STATE LOCKING: STATE LOCKING Fundamentals. Apply state locking through secure, observable and production-oriented practice.
- Explain the infrastructure, delivery or operational purpose of STATE LOCKING Fundamentals.
- Implement or apply STATE LOCKING Fundamentals through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
2 Cloud DevOps topics: MODULES, MODULES Fundamentals.
MODULES
MODULES: MODULES. Build reusable:; text id="tfmods"; modules/
- Explain the infrastructure, delivery or operational purpose of MODULES.
- Implement or apply MODULES through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
MODULES Fundamentals
MODULES: MODULES Fundamentals. Build reusable:; text id="tfmods"; modules/
- Explain the infrastructure, delivery or operational purpose of MODULES Fundamentals.
- Implement or apply MODULES Fundamentals through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
2 Cloud DevOps topics: dev, stage.
dev
ENVIRONMENTS: dev. Support:; dev; stage; prod
- Explain the infrastructure, delivery or operational purpose of dev.
- Implement or apply dev through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
stage
ENVIRONMENTS: stage. Support:; dev; stage; prod
- Explain the infrastructure, delivery or operational purpose of stage.
- Implement or apply stage through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
2 Cloud DevOps topics: TERRAFORM IMPORT, TERRAFORM IMPORT Fundamentals.
TERRAFORM IMPORT
TERRAFORM IMPORT: TERRAFORM IMPORT. Apply terraform import through secure, observable and production-oriented practice.
- Explain the infrastructure, delivery or operational purpose of TERRAFORM IMPORT.
- Implement or apply TERRAFORM IMPORT through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
TERRAFORM IMPORT Fundamentals
TERRAFORM IMPORT: TERRAFORM IMPORT Fundamentals. Apply terraform import through secure, observable and production-oriented practice.
- Explain the infrastructure, delivery or operational purpose of TERRAFORM IMPORT Fundamentals.
- Implement or apply TERRAFORM IMPORT Fundamentals through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
2 Cloud DevOps topics: Detect console-created changes, DRIFT.
Detect console-created changes
DRIFT: Detect console-created changes. Detect console-created changes.
- Explain the infrastructure, delivery or operational purpose of Detect console-created changes.
- Implement or apply Detect console-created changes through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
DRIFT
DRIFT: DRIFT. Detect console-created changes.
- Explain the infrastructure, delivery or operational purpose of DRIFT.
- Implement or apply DRIFT through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
3 Cloud DevOps topics: state, secrets, credentials.
state
TERRAFORM SECURITY: state. Protect:; state; secrets; credentials; TERRAFORM MAJOR PROJECT; Complete AWS Environment as Code; Provision:; VPC; EKS; ECR; IAM; supporting services
- Explain the infrastructure, delivery or operational purpose of state.
- Implement or apply state through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
secrets
TERRAFORM SECURITY: secrets. Protect:; state; secrets; credentials; TERRAFORM MAJOR PROJECT; Complete AWS Environment as Code; Provision:; VPC; EKS; ECR; IAM; supporting services
- Explain the infrastructure, delivery or operational purpose of secrets.
- Implement or apply secrets through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
credentials
TERRAFORM SECURITY: credentials. Protect:; state; secrets; credentials; TERRAFORM MAJOR PROJECT; Complete AWS Environment as Code; Provision:; VPC; EKS; ECR; IAM; supporting services
- Explain the infrastructure, delivery or operational purpose of credentials.
- Implement or apply credentials through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
2 Cloud DevOps topics: inventory, playbook.
inventory
ANSIBLE: inventory. Teach:; inventory; playbook; task; module
- Explain the infrastructure, delivery or operational purpose of inventory.
- Implement or apply inventory through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
playbook
ANSIBLE: playbook. Teach:; inventory; playbook; task; module
- Explain the infrastructure, delivery or operational purpose of playbook.
- Implement or apply playbook through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
2 Cloud DevOps topics: ANSIBLE ROLES, ANSIBLE ROLES Fundamentals.
ANSIBLE ROLES
ANSIBLE ROLES: ANSIBLE ROLES. Apply ansible roles through secure, observable and production-oriented practice.
- Explain the infrastructure, delivery or operational purpose of ANSIBLE ROLES.
- Implement or apply ANSIBLE ROLES through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
ANSIBLE ROLES Fundamentals
ANSIBLE ROLES: ANSIBLE ROLES Fundamentals. Apply ansible roles through secure, observable and production-oriented practice.
- Explain the infrastructure, delivery or operational purpose of ANSIBLE ROLES Fundamentals.
- Implement or apply ANSIBLE ROLES Fundamentals through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
2 Cloud DevOps topics: IDEMPOTENCY, IDEMPOTENCY Fundamentals.
IDEMPOTENCY
IDEMPOTENCY: IDEMPOTENCY. ANSIBLE PROJECT; Automated Linux Server Configuration
- Explain the infrastructure, delivery or operational purpose of IDEMPOTENCY.
- Implement or apply IDEMPOTENCY through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
IDEMPOTENCY Fundamentals
IDEMPOTENCY: IDEMPOTENCY Fundamentals. ANSIBLE PROJECT; Automated Linux Server Configuration
- Explain the infrastructure, delivery or operational purpose of IDEMPOTENCY Fundamentals.
- Implement or apply IDEMPOTENCY Fundamentals through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
2 Cloud DevOps topics: TERRAFORM VS ANSIBLE, TERRAFORM VS ANSIBLE Fundamentals.
TERRAFORM VS ANSIBLE
TERRAFORM VS ANSIBLE: TERRAFORM VS ANSIBLE. Terraform:; Provision; Ansible:; Configure
- Explain the infrastructure, delivery or operational purpose of TERRAFORM VS ANSIBLE.
- Implement or apply TERRAFORM VS ANSIBLE through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
TERRAFORM VS ANSIBLE Fundamentals
TERRAFORM VS ANSIBLE: TERRAFORM VS ANSIBLE Fundamentals. Terraform:; Provision; Ansible:; Configure
- Explain the infrastructure, delivery or operational purpose of TERRAFORM VS ANSIBLE Fundamentals.
- Implement or apply TERRAFORM VS ANSIBLE Fundamentals through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
2 Cloud DevOps topics: Teach desired deployment state in Git, GITOPS.
Teach desired deployment state in Git
GITOPS: Teach desired deployment state in Git. Teach desired deployment state in Git.
- Explain the infrastructure, delivery or operational purpose of Teach desired deployment state in Git.
- Implement or apply Teach desired deployment state in Git through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
GITOPS
GITOPS: GITOPS. Teach desired deployment state in Git.
- Explain the infrastructure, delivery or operational purpose of GITOPS.
- Implement or apply GITOPS through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
3 Cloud DevOps topics: Application, repository, sync.
Application
ARGO CD: Application. Use current 3.5-generation curriculum.; Teach:; Application; repository; sync; health; desired state; live state
- Explain the infrastructure, delivery or operational purpose of Application.
- Implement or apply Application through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
repository
ARGO CD: repository. Use current 3.5-generation curriculum.; Teach:; Application; repository; sync; health; desired state; live state
- Explain the infrastructure, delivery or operational purpose of repository.
- Implement or apply repository through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
sync
ARGO CD: sync. Use current 3.5-generation curriculum.; Teach:; Application; repository; sync; health; desired state; live state
- Explain the infrastructure, delivery or operational purpose of sync.
- Implement or apply sync through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
2 Cloud DevOps topics: AUTO SYNC, AUTO SYNC Fundamentals.
AUTO SYNC
AUTO SYNC: AUTO SYNC. Apply auto sync through secure, observable and production-oriented practice.
- Explain the infrastructure, delivery or operational purpose of AUTO SYNC.
- Implement or apply AUTO SYNC through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
AUTO SYNC Fundamentals
AUTO SYNC: AUTO SYNC Fundamentals. Apply auto sync through secure, observable and production-oriented practice.
- Explain the infrastructure, delivery or operational purpose of AUTO SYNC Fundamentals.
- Implement or apply AUTO SYNC Fundamentals through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
2 Cloud DevOps topics: SELF-HEALING, SELF-HEALING Fundamentals.
SELF-HEALING
SELF-HEALING: SELF-HEALING. Apply self-healing through secure, observable and production-oriented practice.
- Explain the infrastructure, delivery or operational purpose of SELF-HEALING.
- Implement or apply SELF-HEALING through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
SELF-HEALING Fundamentals
SELF-HEALING: SELF-HEALING Fundamentals. Apply self-healing through secure, observable and production-oriented practice.
- Explain the infrastructure, delivery or operational purpose of SELF-HEALING Fundamentals.
- Implement or apply SELF-HEALING Fundamentals through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
2 Cloud DevOps topics: PRUNE, PRUNE Fundamentals.
PRUNE
PRUNE: PRUNE. Apply prune through secure, observable and production-oriented practice.
- Explain the infrastructure, delivery or operational purpose of PRUNE.
- Implement or apply PRUNE through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
PRUNE Fundamentals
PRUNE: PRUNE Fundamentals. Apply prune through secure, observable and production-oriented practice.
- Explain the infrastructure, delivery or operational purpose of PRUNE Fundamentals.
- Implement or apply PRUNE Fundamentals through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
2 Cloud DevOps topics: ARGO CD PROJECTS, ARGO CD PROJECTS Fundamentals.
ARGO CD PROJECTS
ARGO CD PROJECTS: ARGO CD PROJECTS. Apply argo cd projects through secure, observable and production-oriented practice.
- Explain the infrastructure, delivery or operational purpose of ARGO CD PROJECTS.
- Implement or apply ARGO CD PROJECTS through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
ARGO CD PROJECTS Fundamentals
ARGO CD PROJECTS: ARGO CD PROJECTS Fundamentals. Apply argo cd projects through secure, observable and production-oriented practice.
- Explain the infrastructure, delivery or operational purpose of ARGO CD PROJECTS Fundamentals.
- Implement or apply ARGO CD PROJECTS Fundamentals through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
2 Cloud DevOps topics: APPLICATIONSETS, APPLICATIONSETS Fundamentals.
APPLICATIONSETS
APPLICATIONSETS: APPLICATIONSETS. Apply applicationsets through secure, observable and production-oriented practice.
- Explain the infrastructure, delivery or operational purpose of APPLICATIONSETS.
- Implement or apply APPLICATIONSETS through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
APPLICATIONSETS Fundamentals
APPLICATIONSETS: APPLICATIONSETS Fundamentals. Apply applicationsets through secure, observable and production-oriented practice.
- Explain the infrastructure, delivery or operational purpose of APPLICATIONSETS Fundamentals.
- Implement or apply APPLICATIONSETS Fundamentals through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
3 Cloud DevOps topics: Code, CI, Docker Image.
Code
MULTI-ENVIRONMENT GITOPS: Code. GITOPS PROJECT; GitHub → Argo CD → EKS; Flow:; Code; CI; Docker Image; ECR; GitOps Repository; Argo CD; EKS
- Explain the infrastructure, delivery or operational purpose of Code.
- Implement or apply Code through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
CI
MULTI-ENVIRONMENT GITOPS: CI. GITOPS PROJECT; GitHub → Argo CD → EKS; Flow:; Code; CI; Docker Image; ECR; GitOps Repository; Argo CD; EKS
- Explain the infrastructure, delivery or operational purpose of CI.
- Implement or apply CI through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
Docker Image
MULTI-ENVIRONMENT GITOPS: Docker Image. GITOPS PROJECT; GitHub → Argo CD → EKS; Flow:; Code; CI; Docker Image; ECR; GitOps Repository; Argo CD; EKS
- Explain the infrastructure, delivery or operational purpose of Docker Image.
- Implement or apply Docker Image through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
2 Cloud DevOps topics: OBSERVABILITY, OBSERVABILITY Fundamentals.
OBSERVABILITY
OBSERVABILITY: OBSERVABILITY. Teach:; Metrics; Logs; Traces
- Explain the infrastructure, delivery or operational purpose of OBSERVABILITY.
- Implement or apply OBSERVABILITY through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
OBSERVABILITY Fundamentals
OBSERVABILITY: OBSERVABILITY Fundamentals. Teach:; Metrics; Logs; Traces
- Explain the infrastructure, delivery or operational purpose of OBSERVABILITY Fundamentals.
- Implement or apply OBSERVABILITY Fundamentals through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
2 Cloud DevOps topics: scraping, targets.
scraping
PROMETHEUS: scraping. Teach:; scraping; targets; labels
- Explain the infrastructure, delivery or operational purpose of scraping.
- Implement or apply scraping through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
targets
PROMETHEUS: targets. Teach:; scraping; targets; labels
- Explain the infrastructure, delivery or operational purpose of targets.
- Implement or apply targets through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
2 Cloud DevOps topics: PROMQL, PROMQL Fundamentals.
PROMQL
PROMQL: PROMQL. Apply promql through secure, observable and production-oriented practice.
- Explain the infrastructure, delivery or operational purpose of PROMQL.
- Implement or apply PROMQL through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
PROMQL Fundamentals
PROMQL: PROMQL Fundamentals. Apply promql through secure, observable and production-oriented practice.
- Explain the infrastructure, delivery or operational purpose of PROMQL Fundamentals.
- Implement or apply PROMQL Fundamentals through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
2 Cloud DevOps topics: Create dashboards, GRAFANA.
Create dashboards
GRAFANA: Create dashboards. Create dashboards.
- Explain the infrastructure, delivery or operational purpose of Create dashboards.
- Implement or apply Create dashboards through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
GRAFANA
GRAFANA: GRAFANA. Create dashboards.
- Explain the infrastructure, delivery or operational purpose of GRAFANA.
- Implement or apply GRAFANA through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
2 Cloud DevOps topics: ALERTMANAGER, ALERTMANAGER Fundamentals.
ALERTMANAGER
ALERTMANAGER: ALERTMANAGER. Apply alertmanager through secure, observable and production-oriented practice.
- Explain the infrastructure, delivery or operational purpose of ALERTMANAGER.
- Implement or apply ALERTMANAGER through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
ALERTMANAGER Fundamentals
ALERTMANAGER: ALERTMANAGER Fundamentals. Apply alertmanager through secure, observable and production-oriented practice.
- Explain the infrastructure, delivery or operational purpose of ALERTMANAGER Fundamentals.
- Implement or apply ALERTMANAGER Fundamentals through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
2 Cloud DevOps topics: latency, traffic.
latency
GOLDEN SIGNALS: latency. Monitor:; latency; traffic; errors; saturation
- Explain the infrastructure, delivery or operational purpose of latency.
- Implement or apply latency through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
traffic
GOLDEN SIGNALS: traffic. Monitor:; latency; traffic; errors; saturation
- Explain the infrastructure, delivery or operational purpose of traffic.
- Implement or apply traffic through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
2 Cloud DevOps topics: Teach structured logs, LOGGING.
Teach structured logs
LOGGING: Teach structured logs. Teach structured logs.
- Explain the infrastructure, delivery or operational purpose of Teach structured logs.
- Implement or apply Teach structured logs through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
LOGGING
LOGGING: LOGGING. Teach structured logs.
- Explain the infrastructure, delivery or operational purpose of LOGGING.
- Implement or apply LOGGING through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
2 Cloud DevOps topics: Loki, OpenSearch/ELK concepts.
Loki
CENTRALIZED LOGGING: Loki. Exposure:; Loki; OpenSearch/ELK concepts
- Explain the infrastructure, delivery or operational purpose of Loki.
- Implement or apply Loki through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
OpenSearch/ELK concepts
CENTRALIZED LOGGING: OpenSearch/ELK concepts. Exposure:; Loki; OpenSearch/ELK concepts
- Explain the infrastructure, delivery or operational purpose of OpenSearch/ELK concepts.
- Implement or apply OpenSearch/ELK concepts through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
2 Cloud DevOps topics: trace, span.
trace
OPENTELEMETRY: trace. Teach:; trace; span; metrics; context
- Explain the infrastructure, delivery or operational purpose of trace.
- Implement or apply trace through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
span
OPENTELEMETRY: span. Teach:; trace; span; metrics; context
- Explain the infrastructure, delivery or operational purpose of span.
- Implement or apply span through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
2 Cloud DevOps topics: Prometheus, Grafana.
Prometheus
CLOUDWATCH: Prometheus. Integrate AWS monitoring.; OBSERVABILITY PROJECT; Complete Cloud-Native Monitoring Platform; Include:; Prometheus; Grafana; logs; CloudWatch; alerting
- Explain the infrastructure, delivery or operational purpose of Prometheus.
- Implement or apply Prometheus through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
Grafana
CLOUDWATCH: Grafana. Integrate AWS monitoring.; OBSERVABILITY PROJECT; Complete Cloud-Native Monitoring Platform; Include:; Prometheus; Grafana; logs; CloudWatch; alerting
- Explain the infrastructure, delivery or operational purpose of Grafana.
- Implement or apply Grafana through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
2 Cloud DevOps topics: Code → Build → Artifact → Infrastructure → Deploy → Runtime, DEVSECOPS.
Code → Build → Artifact → Infrastructure → Deploy → Runtime
DEVSECOPS: Code → Build → Artifact → Infrastructure → Deploy → Runtime. Security throughout:; Code → Build → Artifact → Infrastructure → Deploy → Runtime
- Explain the infrastructure, delivery or operational purpose of Code → Build → Artifact → Infrastructure → Deploy → Runtime.
- Implement or apply Code → Build → Artifact → Infrastructure → Deploy → Runtime through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
DEVSECOPS
DEVSECOPS: DEVSECOPS. Security throughout:; Code → Build → Artifact → Infrastructure → Deploy → Runtime
- Explain the infrastructure, delivery or operational purpose of DEVSECOPS.
- Implement or apply DEVSECOPS through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
2 Cloud DevOps topics: SAST, SAST Fundamentals.
SAST
SAST: SAST. Apply sast through secure, observable and production-oriented practice.
- Explain the infrastructure, delivery or operational purpose of SAST.
- Implement or apply SAST through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
SAST Fundamentals
SAST: SAST Fundamentals. Apply sast through secure, observable and production-oriented practice.
- Explain the infrastructure, delivery or operational purpose of SAST Fundamentals.
- Implement or apply SAST Fundamentals through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
2 Cloud DevOps topics: DEPENDENCY SCANNING, DEPENDENCY SCANNING Fundamentals.
DEPENDENCY SCANNING
DEPENDENCY SCANNING: DEPENDENCY SCANNING. Apply dependency scanning through secure, observable and production-oriented practice.
- Explain the infrastructure, delivery or operational purpose of DEPENDENCY SCANNING.
- Implement or apply DEPENDENCY SCANNING through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
DEPENDENCY SCANNING Fundamentals
DEPENDENCY SCANNING: DEPENDENCY SCANNING Fundamentals. Apply dependency scanning through secure, observable and production-oriented practice.
- Explain the infrastructure, delivery or operational purpose of DEPENDENCY SCANNING Fundamentals.
- Implement or apply DEPENDENCY SCANNING Fundamentals through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
2 Cloud DevOps topics: SECRET SCANNING, SECRET SCANNING Fundamentals.
SECRET SCANNING
SECRET SCANNING: SECRET SCANNING. Apply secret scanning through secure, observable and production-oriented practice.
- Explain the infrastructure, delivery or operational purpose of SECRET SCANNING.
- Implement or apply SECRET SCANNING through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
SECRET SCANNING Fundamentals
SECRET SCANNING: SECRET SCANNING Fundamentals. Apply secret scanning through secure, observable and production-oriented practice.
- Explain the infrastructure, delivery or operational purpose of SECRET SCANNING Fundamentals.
- Implement or apply SECRET SCANNING Fundamentals through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
2 Cloud DevOps topics: CONTAINER SCANNING, CONTAINER SCANNING Fundamentals.
CONTAINER SCANNING
CONTAINER SCANNING: CONTAINER SCANNING. Apply container scanning through secure, observable and production-oriented practice.
- Explain the infrastructure, delivery or operational purpose of CONTAINER SCANNING.
- Implement or apply CONTAINER SCANNING through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
CONTAINER SCANNING Fundamentals
CONTAINER SCANNING: CONTAINER SCANNING Fundamentals. Apply container scanning through secure, observable and production-oriented practice.
- Explain the infrastructure, delivery or operational purpose of CONTAINER SCANNING Fundamentals.
- Implement or apply CONTAINER SCANNING Fundamentals through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
2 Cloud DevOps topics: SBOM, SBOM Fundamentals.
SBOM
SBOM: SBOM. Apply sbom through secure, observable and production-oriented practice.
- Explain the infrastructure, delivery or operational purpose of SBOM.
- Implement or apply SBOM through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
SBOM Fundamentals
SBOM: SBOM Fundamentals. Apply sbom through secure, observable and production-oriented practice.
- Explain the infrastructure, delivery or operational purpose of SBOM Fundamentals.
- Implement or apply SBOM Fundamentals through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
2 Cloud DevOps topics: IAC SCANNING, IAC SCANNING Fundamentals.
IAC SCANNING
IAC SCANNING: IAC SCANNING. Apply iac scanning through secure, observable and production-oriented practice.
- Explain the infrastructure, delivery or operational purpose of IAC SCANNING.
- Implement or apply IAC SCANNING through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
IAC SCANNING Fundamentals
IAC SCANNING: IAC SCANNING Fundamentals. Apply iac scanning through secure, observable and production-oriented practice.
- Explain the infrastructure, delivery or operational purpose of IAC SCANNING Fundamentals.
- Implement or apply IAC SCANNING Fundamentals through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
2 Cloud DevOps topics: KUBERNETES RBAC, KUBERNETES RBAC Fundamentals.
KUBERNETES RBAC
KUBERNETES RBAC: KUBERNETES RBAC. Apply kubernetes rbac through secure, observable and production-oriented practice.
- Explain the infrastructure, delivery or operational purpose of KUBERNETES RBAC.
- Implement or apply KUBERNETES RBAC through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
KUBERNETES RBAC Fundamentals
KUBERNETES RBAC: KUBERNETES RBAC Fundamentals. Apply kubernetes rbac through secure, observable and production-oriented practice.
- Explain the infrastructure, delivery or operational purpose of KUBERNETES RBAC Fundamentals.
- Implement or apply KUBERNETES RBAC Fundamentals through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
2 Cloud DevOps topics: POD SECURITY, POD SECURITY Fundamentals.
POD SECURITY
POD SECURITY: POD SECURITY. Apply pod security through secure, observable and production-oriented practice.
- Explain the infrastructure, delivery or operational purpose of POD SECURITY.
- Implement or apply POD SECURITY through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
POD SECURITY Fundamentals
POD SECURITY: POD SECURITY Fundamentals. Apply pod security through secure, observable and production-oriented practice.
- Explain the infrastructure, delivery or operational purpose of POD SECURITY Fundamentals.
- Implement or apply POD SECURITY Fundamentals through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
2 Cloud DevOps topics: NETWORK SECURITY, NETWORK SECURITY Fundamentals.
NETWORK SECURITY
NETWORK SECURITY: NETWORK SECURITY. Apply network security through secure, observable and production-oriented practice.
- Explain the infrastructure, delivery or operational purpose of NETWORK SECURITY.
- Implement or apply NETWORK SECURITY through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
NETWORK SECURITY Fundamentals
NETWORK SECURITY: NETWORK SECURITY Fundamentals. Apply network security through secure, observable and production-oriented practice.
- Explain the infrastructure, delivery or operational purpose of NETWORK SECURITY Fundamentals.
- Implement or apply NETWORK SECURITY Fundamentals through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
2 Cloud DevOps topics: admission policies, OPA/Gatekeeper.
admission policies
POLICY AS CODE: admission policies. Introduce:; admission policies; OPA/Gatekeeper; Kyverno concepts
- Explain the infrastructure, delivery or operational purpose of admission policies.
- Implement or apply admission policies through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
OPA/Gatekeeper
POLICY AS CODE: OPA/Gatekeeper. Introduce:; admission policies; OPA/Gatekeeper; Kyverno concepts
- Explain the infrastructure, delivery or operational purpose of OPA/Gatekeeper.
- Implement or apply OPA/Gatekeeper through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
3 Cloud DevOps topics: lint, unit test, SAST.
lint
SECRET MANAGEMENT: lint. Use cloud secret managers/external secrets.; DEVSECOPS PROJECT; Secure Cloud Delivery Pipeline; Stages:; lint; unit test; SAST; dependency scan; secret scan; image scan; Terraform scan; deploy
- Explain the infrastructure, delivery or operational purpose of lint.
- Implement or apply lint through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
unit test
SECRET MANAGEMENT: unit test. Use cloud secret managers/external secrets.; DEVSECOPS PROJECT; Secure Cloud Delivery Pipeline; Stages:; lint; unit test; SAST; dependency scan; secret scan; image scan; Terraform scan; deploy
- Explain the infrastructure, delivery or operational purpose of unit test.
- Implement or apply unit test through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
SAST
SECRET MANAGEMENT: SAST. Use cloud secret managers/external secrets.; DEVSECOPS PROJECT; Secure Cloud Delivery Pipeline; Stages:; lint; unit test; SAST; dependency scan; secret scan; image scan; Terraform scan; deploy
- Explain the infrastructure, delivery or operational purpose of SAST.
- Implement or apply SAST through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
2 Cloud DevOps topics: reliability, automation.
reliability
SRE FOUNDATION: reliability. Teach:; reliability; automation; observability
- Explain the infrastructure, delivery or operational purpose of reliability.
- Implement or apply reliability through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
automation
SRE FOUNDATION: automation. Teach:; reliability; automation; observability
- Explain the infrastructure, delivery or operational purpose of automation.
- Implement or apply automation through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
2 Cloud DevOps topics: SLI, SLI Fundamentals.
SLI
SLI: SLI. Apply sli through secure, observable and production-oriented practice.
- Explain the infrastructure, delivery or operational purpose of SLI.
- Implement or apply SLI through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
SLI Fundamentals
SLI: SLI Fundamentals. Apply sli through secure, observable and production-oriented practice.
- Explain the infrastructure, delivery or operational purpose of SLI Fundamentals.
- Implement or apply SLI Fundamentals through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
2 Cloud DevOps topics: 99.9%, SLO.
99.9%
SLO: 99.9%. Example:; 99.9%
- Explain the infrastructure, delivery or operational purpose of 99.9%.
- Implement or apply 99.9% through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
SLO
SLO: SLO. Example:; 99.9%
- Explain the infrastructure, delivery or operational purpose of SLO.
- Implement or apply SLO through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
2 Cloud DevOps topics: SLA, SLA Fundamentals.
SLA
SLA: SLA. Apply sla through secure, observable and production-oriented practice.
- Explain the infrastructure, delivery or operational purpose of SLA.
- Implement or apply SLA through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
SLA Fundamentals
SLA: SLA Fundamentals. Apply sla through secure, observable and production-oriented practice.
- Explain the infrastructure, delivery or operational purpose of SLA Fundamentals.
- Implement or apply SLA Fundamentals through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
2 Cloud DevOps topics: ERROR BUDGET, ERROR BUDGET Fundamentals.
ERROR BUDGET
ERROR BUDGET: ERROR BUDGET. Apply error budget through secure, observable and production-oriented practice.
- Explain the infrastructure, delivery or operational purpose of ERROR BUDGET.
- Implement or apply ERROR BUDGET through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
ERROR BUDGET Fundamentals
ERROR BUDGET: ERROR BUDGET Fundamentals. Apply error budget through secure, observable and production-oriented practice.
- Explain the infrastructure, delivery or operational purpose of ERROR BUDGET Fundamentals.
- Implement or apply ERROR BUDGET Fundamentals through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
2 Cloud DevOps topics: Identify repetitive manual operations, Automate them.
Identify repetitive manual operations
TOIL: Identify repetitive manual operations. Identify repetitive manual operations.; Automate them.
- Explain the infrastructure, delivery or operational purpose of Identify repetitive manual operations.
- Implement or apply Identify repetitive manual operations through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
Automate them
TOIL: Automate them. Identify repetitive manual operations.; Automate them.
- Explain the infrastructure, delivery or operational purpose of Automate them.
- Implement or apply Automate them through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
3 Cloud DevOps topics: Alert, Triage, Mitigate.
Alert
INCIDENT MANAGEMENT: Alert. Flow:; Alert; Triage; Mitigate; Recover; RCA; Prevent
- Explain the infrastructure, delivery or operational purpose of Alert.
- Implement or apply Alert through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
Triage
INCIDENT MANAGEMENT: Triage. Flow:; Alert; Triage; Mitigate; Recover; RCA; Prevent
- Explain the infrastructure, delivery or operational purpose of Triage.
- Implement or apply Triage through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
Mitigate
INCIDENT MANAGEMENT: Mitigate. Flow:; Alert; Triage; Mitigate; Recover; RCA; Prevent
- Explain the infrastructure, delivery or operational purpose of Mitigate.
- Implement or apply Mitigate through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
2 Cloud DevOps topics: SEV-1, SEV-2.
SEV-1
INCIDENT SEVERITY: SEV-1. Teach:; SEV-1; SEV-2; SEV-3 concepts
- Explain the infrastructure, delivery or operational purpose of SEV-1.
- Implement or apply SEV-1 through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
SEV-2
INCIDENT SEVERITY: SEV-2. Teach:; SEV-1; SEV-2; SEV-3 concepts
- Explain the infrastructure, delivery or operational purpose of SEV-2.
- Implement or apply SEV-2 through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
2 Cloud DevOps topics: impact, timeline.
impact
ROOT CAUSE ANALYSIS: impact. Include:; impact; timeline; root cause; corrective actions
- Explain the infrastructure, delivery or operational purpose of impact.
- Implement or apply impact through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
timeline
ROOT CAUSE ANALYSIS: timeline. Include:; impact; timeline; root cause; corrective actions
- Explain the infrastructure, delivery or operational purpose of timeline.
- Implement or apply timeline through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
2 Cloud DevOps topics: service failure, Kubernetes failure.
service failure
RUNBOOKS: service failure. Create runbooks for:; service failure; Kubernetes failure; DB failure; pipeline rollback
- Explain the infrastructure, delivery or operational purpose of service failure.
- Implement or apply service failure through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
Kubernetes failure
RUNBOOKS: Kubernetes failure. Create runbooks for:; service failure; Kubernetes failure; DB failure; pipeline rollback
- Explain the infrastructure, delivery or operational purpose of Kubernetes failure.
- Implement or apply Kubernetes failure through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
2 Cloud DevOps topics: ON-CALL Concepts, ON-CALL AWARENESS Fundamentals.
ON-CALL Concepts
ON-CALL AWARENESS: ON-CALL Concepts. Apply on-call awareness through secure, observable and production-oriented practice.
- Explain the infrastructure, delivery or operational purpose of ON-CALL Concepts.
- Implement or apply ON-CALL Concepts through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
ON-CALL AWARENESS Fundamentals
ON-CALL AWARENESS: ON-CALL AWARENESS Fundamentals. Apply on-call awareness through secure, observable and production-oriented practice.
- Explain the infrastructure, delivery or operational purpose of ON-CALL AWARENESS Fundamentals.
- Implement or apply ON-CALL AWARENESS Fundamentals through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
2 Cloud DevOps topics: Cost Explorer, Budgets.
Cost Explorer
CLOUD COST MANAGEMENT: Cost Explorer. Teach:; Cost Explorer; Budgets; tags; right-sizing
- Explain the infrastructure, delivery or operational purpose of Cost Explorer.
- Implement or apply Cost Explorer through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
Budgets
CLOUD COST MANAGEMENT: Budgets. Teach:; Cost Explorer; Budgets; tags; right-sizing
- Explain the infrastructure, delivery or operational purpose of Budgets.
- Implement or apply Budgets through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
2 Cloud DevOps topics: On-Demand, Spot.
On-Demand
COMPUTE COST: On-Demand. Teach:; On-Demand; Spot; Savings Plans concepts
- Explain the infrastructure, delivery or operational purpose of On-Demand.
- Implement or apply On-Demand through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
Spot
COMPUTE COST: Spot. Teach:; On-Demand; Spot; Savings Plans concepts
- Explain the infrastructure, delivery or operational purpose of Spot.
- Implement or apply Spot through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
2 Cloud DevOps topics: STORAGE COST, STORAGE COST Fundamentals.
STORAGE COST
STORAGE COST: STORAGE COST. Apply storage cost through secure, observable and production-oriented practice.
- Explain the infrastructure, delivery or operational purpose of STORAGE COST.
- Implement or apply STORAGE COST through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
STORAGE COST Fundamentals
STORAGE COST: STORAGE COST Fundamentals. Apply storage cost through secure, observable and production-oriented practice.
- Explain the infrastructure, delivery or operational purpose of STORAGE COST Fundamentals.
- Implement or apply STORAGE COST Fundamentals through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
2 Cloud DevOps topics: Frequently missed, NAT / DATA TRANSFER COST.
Frequently missed
NAT / DATA TRANSFER COST: Frequently missed. Frequently missed.
- Explain the infrastructure, delivery or operational purpose of Frequently missed.
- Implement or apply Frequently missed through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
NAT / DATA TRANSFER COST
NAT / DATA TRANSFER COST: NAT / DATA TRANSFER COST. Frequently missed.
- Explain the infrastructure, delivery or operational purpose of NAT / DATA TRANSFER COST.
- Implement or apply NAT / DATA TRANSFER COST through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
2 Cloud DevOps topics: idle nodes, oversized requests.
idle nodes
KUBERNETES COST: idle nodes. Analyze:; idle nodes; oversized requests; excessive replicas
- Explain the infrastructure, delivery or operational purpose of idle nodes.
- Implement or apply idle nodes through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
oversized requests
KUBERNETES COST: oversized requests. Analyze:; idle nodes; oversized requests; excessive replicas
- Explain the infrastructure, delivery or operational purpose of oversized requests.
- Implement or apply oversized requests through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
3 Cloud DevOps topics: idle EC2, oversized RDS, NAT cost.
idle EC2
FINOPS: idle EC2. Balance:; Cost + Reliability + Performance; FINOPS LAB; Simulated monthly bill:; ₹10,00,000; Student finds:; idle EC2; oversized RDS; NAT cost; EKS idle nodes; log-retention waste; old snapshots
- Explain the infrastructure, delivery or operational purpose of idle EC2.
- Implement or apply idle EC2 through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
oversized RDS
FINOPS: oversized RDS. Balance:; Cost + Reliability + Performance; FINOPS LAB; Simulated monthly bill:; ₹10,00,000; Student finds:; idle EC2; oversized RDS; NAT cost; EKS idle nodes; log-retention waste; old snapshots
- Explain the infrastructure, delivery or operational purpose of oversized RDS.
- Implement or apply oversized RDS through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
NAT cost
FINOPS: NAT cost. Balance:; Cost + Reliability + Performance; FINOPS LAB; Simulated monthly bill:; ₹10,00,000; Student finds:; idle EC2; oversized RDS; NAT cost; EKS idle nodes; log-retention waste; old snapshots
- Explain the infrastructure, delivery or operational purpose of NAT cost.
- Implement or apply NAT cost through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
2 Cloud DevOps topics: Multi-AZ, Auto Scaling.
Multi-AZ
HIGH AVAILABILITY: Multi-AZ. Design:; Multi-AZ; Auto Scaling; load balancing
- Explain the infrastructure, delivery or operational purpose of Multi-AZ.
- Implement or apply Multi-AZ through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
Auto Scaling
HIGH AVAILABILITY: Auto Scaling. Design:; Multi-AZ; Auto Scaling; load balancing
- Explain the infrastructure, delivery or operational purpose of Auto Scaling.
- Implement or apply Auto Scaling through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
2 Cloud DevOps topics: BACKUP, BACKUP Fundamentals.
BACKUP
BACKUP: BACKUP. Apply backup through secure, observable and production-oriented practice.
- Explain the infrastructure, delivery or operational purpose of BACKUP.
- Implement or apply BACKUP through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
BACKUP Fundamentals
BACKUP: BACKUP Fundamentals. Apply backup through secure, observable and production-oriented practice.
- Explain the infrastructure, delivery or operational purpose of BACKUP Fundamentals.
- Implement or apply BACKUP Fundamentals through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
2 Cloud DevOps topics: RPO, RPO Fundamentals.
RPO
RPO: RPO. How much data can be lost?
- Explain the infrastructure, delivery or operational purpose of RPO.
- Implement or apply RPO through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
RPO Fundamentals
RPO: RPO Fundamentals. How much data can be lost?
- Explain the infrastructure, delivery or operational purpose of RPO Fundamentals.
- Implement or apply RPO Fundamentals through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
2 Cloud DevOps topics: RTO, RTO Fundamentals.
RTO
RTO: RTO. How quickly must we recover?
- Explain the infrastructure, delivery or operational purpose of RTO.
- Implement or apply RTO through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
RTO Fundamentals
RTO: RTO Fundamentals. How quickly must we recover?
- Explain the infrastructure, delivery or operational purpose of RTO Fundamentals.
- Implement or apply RTO Fundamentals through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
2 Cloud DevOps topics: Backup & Restore, Pilot Light.
Backup & Restore
DISASTER RECOVERY: Backup & Restore. Teach:; Backup & Restore; Pilot Light; Warm Standby; Multi-Site awareness
- Explain the infrastructure, delivery or operational purpose of Backup & Restore.
- Implement or apply Backup & Restore through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
Pilot Light
DISASTER RECOVERY: Pilot Light. Teach:; Backup & Restore; Pilot Light; Warm Standby; Multi-Site awareness
- Explain the infrastructure, delivery or operational purpose of Pilot Light.
- Implement or apply Pilot Light through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
2 Cloud DevOps topics: Design recovery plan, AWS BACKUP Concepts.
Design recovery plan
AWS BACKUP AWARENESS: Design recovery plan. DR PROJECT; Business Continuity Architecture; Student receives:; RPO; 15 minutes; RTO; 1 hour; Design recovery plan.
- Explain the infrastructure, delivery or operational purpose of Design recovery plan.
- Implement or apply Design recovery plan through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
AWS BACKUP Concepts
AWS BACKUP AWARENESS: AWS BACKUP Concepts. DR PROJECT; Business Continuity Architecture; Student receives:; RPO; 15 minutes; RTO; 1 hour; Design recovery plan.
- Explain the infrastructure, delivery or operational purpose of AWS BACKUP Concepts.
- Implement or apply AWS BACKUP Concepts through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
2 Cloud DevOps topics: Modern progression beyond traditional DevOps, PLATFORM ENGINEERING.
Modern progression beyond traditional DevOps
PLATFORM ENGINEERING: Modern progression beyond traditional DevOps. Modern progression beyond traditional DevOps.; Teach:; Development teams should receive self-service infrastructure rather than manual tickets.
- Explain the infrastructure, delivery or operational purpose of Modern progression beyond traditional DevOps.
- Implement or apply Modern progression beyond traditional DevOps through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
PLATFORM ENGINEERING
PLATFORM ENGINEERING: PLATFORM ENGINEERING. Modern progression beyond traditional DevOps.; Teach:; Development teams should receive self-service infrastructure rather than manual tickets.
- Explain the infrastructure, delivery or operational purpose of PLATFORM ENGINEERING.
- Implement or apply PLATFORM ENGINEERING through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
2 Cloud DevOps topics: repositories, pipelines.
repositories
GOLDEN PATHS: repositories. Standardize:; repositories; pipelines; Dockerfiles; Helm charts; Terraform
- Explain the infrastructure, delivery or operational purpose of repositories.
- Implement or apply repositories through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
pipelines
GOLDEN PATHS: pipelines. Standardize:; repositories; pipelines; Dockerfiles; Helm charts; Terraform
- Explain the infrastructure, delivery or operational purpose of pipelines.
- Implement or apply pipelines through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
2 Cloud DevOps topics: INTERNAL DEVELOPER PLATFORM Concepts, INTERNAL DEVELOPER PLATFORM AWARENESS Fundamentals.
INTERNAL DEVELOPER PLATFORM Concepts
INTERNAL DEVELOPER PLATFORM AWARENESS: INTERNAL DEVELOPER PLATFORM Concepts. Apply internal developer platform awareness through secure, observable and production-oriented practice.
- Explain the infrastructure, delivery or operational purpose of INTERNAL DEVELOPER PLATFORM Concepts.
- Implement or apply INTERNAL DEVELOPER PLATFORM Concepts through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
INTERNAL DEVELOPER PLATFORM AWARENESS Fundamentals
INTERNAL DEVELOPER PLATFORM AWARENESS: INTERNAL DEVELOPER PLATFORM AWARENESS Fundamentals. Apply internal developer platform awareness through secure, observable and production-oriented practice.
- Explain the infrastructure, delivery or operational purpose of INTERNAL DEVELOPER PLATFORM AWARENESS Fundamentals.
- Implement or apply INTERNAL DEVELOPER PLATFORM AWARENESS Fundamentals through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
2 Cloud DevOps topics: BACKSTAGE Concepts, BACKSTAGE AWARENESS Fundamentals.
BACKSTAGE Concepts
BACKSTAGE AWARENESS: BACKSTAGE Concepts. Apply backstage awareness through secure, observable and production-oriented practice.
- Explain the infrastructure, delivery or operational purpose of BACKSTAGE Concepts.
- Implement or apply BACKSTAGE Concepts through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
BACKSTAGE AWARENESS Fundamentals
BACKSTAGE AWARENESS: BACKSTAGE AWARENESS Fundamentals. Apply backstage awareness through secure, observable and production-oriented practice.
- Explain the infrastructure, delivery or operational purpose of BACKSTAGE AWARENESS Fundamentals.
- Implement or apply BACKSTAGE AWARENESS Fundamentals through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
2 Cloud DevOps topics: POSTGRES_DATABASE, Platform provisions approved environment.
POSTGRES_DATABASE
SELF-SERVICE INFRASTRUCTURE: POSTGRES_DATABASE. Example:; Developer requests:; POSTGRES_DATABASE; Platform provisions approved environment.
- Explain the infrastructure, delivery or operational purpose of POSTGRES_DATABASE.
- Implement or apply POSTGRES_DATABASE through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
Platform provisions approved environment
SELF-SERVICE INFRASTRUCTURE: Platform provisions approved environment. Example:; Developer requests:; POSTGRES_DATABASE; Platform provisions approved environment.
- Explain the infrastructure, delivery or operational purpose of Platform provisions approved environment.
- Implement or apply Platform provisions approved environment through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
2 Cloud DevOps topics: Prevent unapproved infrastructure, POLICY & GOVERNANCE.
Prevent unapproved infrastructure
POLICY & GOVERNANCE: Prevent unapproved infrastructure. Prevent unapproved infrastructure.
- Explain the infrastructure, delivery or operational purpose of Prevent unapproved infrastructure.
- Implement or apply Prevent unapproved infrastructure through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
POLICY & GOVERNANCE
POLICY & GOVERNANCE: POLICY & GOVERNANCE. Prevent unapproved infrastructure.
- Explain the infrastructure, delivery or operational purpose of POLICY & GOVERNANCE.
- Implement or apply POLICY & GOVERNANCE through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
2 Cloud DevOps topics: Security, Shared Services.
Security
MULTI-ACCOUNT AWS: Security. Structure:; Security; Shared Services; Development; Production
- Explain the infrastructure, delivery or operational purpose of Security.
- Implement or apply Security through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
Shared Services
MULTI-ACCOUNT AWS: Shared Services. Structure:; Security; Shared Services; Development; Production
- Explain the infrastructure, delivery or operational purpose of Shared Services.
- Implement or apply Shared Services through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
2 Cloud DevOps topics: ORGANIZATIONS, ORGANIZATIONS Fundamentals.
ORGANIZATIONS
ORGANIZATIONS: ORGANIZATIONS. Apply organizations through secure, observable and production-oriented practice.
- Explain the infrastructure, delivery or operational purpose of ORGANIZATIONS.
- Implement or apply ORGANIZATIONS through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
ORGANIZATIONS Fundamentals
ORGANIZATIONS: ORGANIZATIONS Fundamentals. Apply organizations through secure, observable and production-oriented practice.
- Explain the infrastructure, delivery or operational purpose of ORGANIZATIONS Fundamentals.
- Implement or apply ORGANIZATIONS Fundamentals through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
2 Cloud DevOps topics: SCP Concepts, SCP AWARENESS Fundamentals.
SCP Concepts
SCP AWARENESS: SCP Concepts. Apply scp awareness through secure, observable and production-oriented practice.
- Explain the infrastructure, delivery or operational purpose of SCP Concepts.
- Implement or apply SCP Concepts through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
SCP AWARENESS Fundamentals
SCP AWARENESS: SCP AWARENESS Fundamentals. Apply scp awareness through secure, observable and production-oriented practice.
- Explain the infrastructure, delivery or operational purpose of SCP AWARENESS Fundamentals.
- Implement or apply SCP AWARENESS Fundamentals through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
2 Cloud DevOps topics: CENTRALIZED LOGGING, CENTRALIZED LOGGING Fundamentals.
CENTRALIZED LOGGING
CENTRALIZED LOGGING: CENTRALIZED LOGGING. Apply centralized logging through secure, observable and production-oriented practice.
- Explain the infrastructure, delivery or operational purpose of CENTRALIZED LOGGING.
- Implement or apply CENTRALIZED LOGGING through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
CENTRALIZED LOGGING Fundamentals
CENTRALIZED LOGGING: CENTRALIZED LOGGING Fundamentals. Apply centralized logging through secure, observable and production-oriented practice.
- Explain the infrastructure, delivery or operational purpose of CENTRALIZED LOGGING Fundamentals.
- Implement or apply CENTRALIZED LOGGING Fundamentals through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
2 Cloud DevOps topics: CLOUD LANDING ZONE Concepts, CLOUD LANDING ZONE AWARENESS Fundamentals.
CLOUD LANDING ZONE Concepts
CLOUD LANDING ZONE AWARENESS: CLOUD LANDING ZONE Concepts. Apply cloud landing zone awareness through secure, observable and production-oriented practice.
- Explain the infrastructure, delivery or operational purpose of CLOUD LANDING ZONE Concepts.
- Implement or apply CLOUD LANDING ZONE Concepts through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
CLOUD LANDING ZONE AWARENESS Fundamentals
CLOUD LANDING ZONE AWARENESS: CLOUD LANDING ZONE AWARENESS Fundamentals. Apply cloud landing zone awareness through secure, observable and production-oriented practice.
- Explain the infrastructure, delivery or operational purpose of CLOUD LANDING ZONE AWARENESS Fundamentals.
- Implement or apply CLOUD LANDING ZONE AWARENESS Fundamentals through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
2 Cloud DevOps topics: log analysis, Terraform review.
log analysis
AI FOR CLOUD & DEVOPS: log analysis. Use AI responsibly for:; log analysis; Terraform review; YAML explanation; pipeline generation; incident summarization
- Explain the infrastructure, delivery or operational purpose of log analysis.
- Implement or apply log analysis through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
Terraform review
AI FOR CLOUD & DEVOPS: Terraform review. Use AI responsibly for:; log analysis; Terraform review; YAML explanation; pipeline generation; incident summarization
- Explain the infrastructure, delivery or operational purpose of Terraform review.
- Implement or apply Terraform review through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
3 Cloud DevOps topics: terraform destroy, kubectl delete, AI Suggestion.
terraform destroy
AI SAFETY: terraform destroy. Never automatically execute generated:; terraform destroy; kubectl delete; or destructive cloud commands.; Workflow:; AI Suggestion; Engineer Review; Plan / Dry Run; Approval; Execute
- Explain the infrastructure, delivery or operational purpose of terraform destroy.
- Implement or apply terraform destroy through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
kubectl delete
AI SAFETY: kubectl delete. Never automatically execute generated:; terraform destroy; kubectl delete; or destructive cloud commands.; Workflow:; AI Suggestion; Engineer Review; Plan / Dry Run; Approval; Execute
- Explain the infrastructure, delivery or operational purpose of kubectl delete.
- Implement or apply kubectl delete through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
AI Suggestion
AI SAFETY: AI Suggestion. Never automatically execute generated:; terraform destroy; kubectl delete; or destructive cloud commands.; Workflow:; AI Suggestion; Engineer Review; Plan / Dry Run; Approval; Execute
- Explain the infrastructure, delivery or operational purpose of AI Suggestion.
- Implement or apply AI Suggestion through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
2 Cloud DevOps topics: anomaly detection, alert correlation.
anomaly detection
AIOPS AWARENESS: anomaly detection. Teach:; anomaly detection; alert correlation; incident summarization
- Explain the infrastructure, delivery or operational purpose of anomaly detection.
- Implement or apply anomaly detection through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
alert correlation
AIOPS AWARENESS: alert correlation. Teach:; anomaly detection; alert correlation; incident summarization
- Explain the infrastructure, delivery or operational purpose of alert correlation.
- Implement or apply alert correlation through secure, automated, observable and reproducible production practice.
- Troubleshoot failure modes and evaluate reliability, security, scalability, maintainability and cost trade-offs.
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
Ready to Become a Top 1% Cloud + DevOps Engineer in 3 Months?
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