Course content
Cloud-Native Web Serving Architecture on Kubernetes
2Local Kubernetes Lab Environment with Portable Manifests and Helm
3Containerized Web Servers and Reverse Proxy Patterns for Web Workloads
4Kubernetes Services for Stable Networking and Load Distribution
5Ingress Controllers for HTTP Routing, Hostnames, and Path Rules
6TLS Termination and Certificate Automation with cert-manager
7Secure Edge Configuration for Headers, Redirects, and Request Limits
8Traffic Management Strategies: Blue/Green, Canary, and A/B Routing
9Progressive Delivery Rollouts with Health Checks and Safe Fallbacks
10Observability for Web Serving: Metrics, Logs, and Distributed Tracing
11Ingress and Service Monitoring Dashboards and Alerting Signals
12Reliability Patterns: Timeouts, Retries, Circuit Breaking, and Backpressure
13Service Mesh Fundamentals for East-West Traffic Control
14Mutual TLS and Identity-Based Service-to-Service Security
15Mesh Traffic Policies: Rate Limiting, Access Control, and Policy Enforcement
16Edge and Internal Routing with Mesh Gateways and Ingress Integration
17Troubleshooting Web Serving Failures: 502/504 Errors and Routing Mismatches
18Diagnosing Certificate and TLS Handshake Failures
19Scaling and Performance Bottlenecks in Ingress and Web Server Layers
20Production Readiness Checklist for a Cloud-Provider Agnostic Web Platform
Course Description
Cloud-Native Web Serving with Kubernetes Ingress and Service Mesh is a practical ebook course for building and operating modern web serving on Kubernetes. If you are deploying containerized web servers, APIs, or web apps and want predictable routing, secure TLS, and resilient traffic handling, this course shows how to assemble a cloud-native web platform that works consistently across providers.
You will learn how cloud-native web serving architecture fits together from the edge to the cluster, using Kubernetes Services for stable networking and load distribution and Ingress controllers for HTTP routing with hostnames and path rules. Through a local Kubernetes lab environment, you will practice with portable manifests and Helm so your setup stays reproducible and easy to evolve from development to production.
Security and safe delivery are built in throughout. You will set up TLS termination and certificate automation with cert-manager, then harden the edge with secure headers, redirects, and request limits. You will also apply traffic management strategies such as blue green, canary, and A B routing, and implement progressive delivery rollouts using health checks and reliable fallback behavior to reduce risk during releases.
To keep systems observable and dependable, the course connects metrics, logs, and distributed tracing to the realities of web serving, including monitoring dashboards and alerting signals for Ingress and service behavior. You will apply reliability patterns like timeouts, retries, circuit breaking, and backpressure, and learn how service mesh fundamentals improve east west traffic control with mutual TLS and identity-based service-to-service security. You will also explore mesh traffic policies for rate limiting, access control, and policy enforcement, plus gateway patterns that integrate edge routing with internal routing.
Finally, you will gain a troubleshooting mindset for common failures such as 502 and 504 errors, routing mismatches, certificate issues, and TLS handshake problems, along with guidance for scaling and performance bottlenecks in Ingress and web server layers. Wrap up with a production readiness checklist to help you build a cloud-provider agnostic web serving platform. Start the course today and turn Kubernetes networking, Ingress, and service mesh concepts into hands-on skills you can use immediately.
This free course includes:
Audiobook with 00m
20 content pages
Digital certificate of course completion (Free)
Exercises to train your knowledge

















