Cluster Networking
📊 Progress Tracking
TABLE WITHOUT ID
"📈 Progress" as " ",
length(filter(file.tasks, (t) => t.completed)) + "/" + length(file.tasks) + " tasks" as "Completed",
round(length(filter(file.tasks, (t) => t.completed)) / length(file.tasks) * 100) + "%" as "Progress"
WHERE file.path = this.file.path📋 Module Overview
Master Kubernetes networking, services, and ingress
🎯 Learning Objectives
- Master networking model
- Master service types and ingress
- Master network troubleshooting
- Master networking labs
📚 Tasks & Exercises
1. Networking Model
- Task 1.1: Kubernetes networking requirements
- Task 2.2: Pod-to-pod communication
- Task 3.3: CNI (Container Network Interface) plugins
- Task 4.4: Service networking and kube-proxy
- Task 5.5: DNS resolution in Kubernetes
Practice: Complete practical exercises for networking model
2. Service Types and Ingress
- Task 1.1: Service discovery and endpoints
- Task 2.2: Ingress controllers and ingress resources
- Task 3.3: Load balancing and session affinity
- Task 4.4: Network policies for security
- Task 5.5: Service mesh concepts (Istio/Linkerd)
Practice: Complete practical exercises for service types and ingress
3. Network Troubleshooting
- Task 1.1: Network connectivity debugging
- Task 2.2: DNS resolution issues
- Task 3.3: Service discovery problems
- Task 4.4: Network policy testing
- Task 5.5: Performance optimization
Practice: Complete practical exercises for network troubleshooting
4. Networking Labs
- Task 1.1: Configure different service types
- Task 2.2: Set up ingress with TLS termination
- Task 3.3: Implement network policies
- Task 4.4: Troubleshoot networking issues
Practice: Complete practical exercises for networking labs
📖 Resources
Required Reading
Optional Materials
- Explore additional resources as needed
- Practice with real-world examples
- Join community discussions
✅ Completion Criteria
Mark this module complete when you can:
-
Successfully complete all networking model tasks
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Successfully complete all service types and ingress tasks
-
Successfully complete all network troubleshooting tasks
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Successfully complete all networking labs tasks
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Apply concepts in practical scenarios
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Explain key concepts to others
📝 Notes Section
Use this space for your personal notes and insights while learning
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