Hybrid Infrastructure Deployment
Apply your service deployment skills in a challenge-only course that combines containers, databases, reverse proxies, and legacy web services into one hybrid stack. This project emphasizes integration work, where newer and older infrastructure components must coexist cleanly under your administration.
Why It Matters
Real environments are rarely built from one technology alone. Teams often run containerized services next to traditional databases and web servers, with reverse proxies tying the stack together. This project helps you practice the operational judgment required when modern and legacy components share the same delivery path.
What You Will Learn
- Deploy containerized workloads as part of a larger service environment.
- Support a database layer that backs application services.
- Use reverse proxy patterns to route traffic into the right backend.
- Maintain a legacy-style web service alongside newer infrastructure components.
- Work through challenge-only tasks that test integration rather than isolated command knowledge.
- Combine earlier Docker, database, Nginx, and Apache skills into a cohesive deployment scenario.
Course Roadmap
The project begins with a Docker container challenge that establishes the modern application component of the stack. It then moves to the MySQL database challenge, where persistence and application data support are brought into the environment.
Next, you configure an Nginx reverse proxy to control front-end traffic and connect services together. The project ends with an Apache legacy service challenge, reinforcing the hybrid nature of the environment and the need to support older service models alongside newer deployment patterns.
Who This Course Is For
This course is for learners who have completed the container, database, and web server modules and want a challenge-only review focused on multi-component infrastructure integration.
Outcomes
By the end of this course, you will be able to assemble a small hybrid service stack more independently, route traffic across mixed components, and reason about how modern and legacy infrastructure pieces fit together in one deployment workflow.
