| Phase | Domain | Technologies & Tools | Objective |
|---|---|---|---|
| 1. Core Foundation | Operating System & Programming |
|
Master the command line, write automation scripts, and grasp basic networking concepts. |
| 2. CI/CD & GitOps | Automation & Delivery |
|
Build CI/CD pipelines and deploy applications using the GitOps model. |
| 3. Container & Service Mesh | Packaging & Service Connectivity |
|
Manage communication, security, and observability between microservices. |
| 4. IaC & PaC | Infrastructure & Policy as Code |
|
Automate infrastructure and enforce security and compliance rules with code. |
| 5. Cloud & Serverless | Cloud Computing |
|
Leverage managed cloud services and serverless architectures to optimize costs. |
| 6. Observability | Comprehensive Monitoring |
|
Build a comprehensive observability system (metrics, logs, traces) for effective debugging. |
| 7. DevSecOps | Integrated Security |
|
Integrate end-to-end security throughout the software supply chain. |
| 8. AI & MLOps | AI in Operations |
|
Apply AI to optimize operations and manage the machine learning model lifecycle. |
Important Notes
1. Platform Thinking
Don't just be a tool user; learn to build Internal Developer Platforms (IDPs) to accelerate the entire team.
2. Intelligent Automation
Leverage AI and complex scripts to automate not only deployment but also troubleshooting and system optimization.
3. Security is Everyone's Responsibility
A "Shift Left" culture—integrating security at the earliest possible stage—is mandatory. Understand software supply chain security.
4. Data and AI Skills
A basic understanding of MLOps and data management will be a significant competitive advantage as AI becomes more prevalent.