# Learning Roadmap for K3s, Edge Computing, and Advanced Networking ## Networking Basics - **TCP/IP** - Understanding IP addressing - Subnetting and Routing - **DNS** - DNS Resolution Process - Configuring DNS Servers - **HTTP/S** - HTTP Request/Response Cycle - SSL/TLS and Secure Communication - **Network Protocols and Architecture** - OSI and TCP/IP Models - Common Network Protocols (DHCP, SSH, FTP) ## Kubernetes Core Concepts - **Kubernetes Architecture** - Master and Node Components - Control Plane and Worker Nodes - **Pods, Deployments, Services** - Lifecycle of a Pod - Creating and Managing Deployments - Service Types and Load Balancing - **Persistent Storage and Networking** - Volumes and Persistent Volumes - Storage Classes and Dynamic Provisioning - Kubernetes Networking Model ## K3s Specific Learning - **Installation and Configuration** - Setting Up a K3s Cluster - Configuring K3s on Different Environments - **Cluster Management** - Node Management - Backup and Restore Strategies - **Resource Optimization** - Resource Limits and Requests - Autoscaling in K3s ## Edge Computing and IoT with K3s - **K3s in Edge Scenarios** - Deployment Strategies for Edge Computing - Managing Low-Resource Environments - **Integrating IoT Devices with Kubernetes** - Connecting IoT Devices to K3s - Security Considerations in IoT and Kubernetes ## Advanced Kubernetes Networking - **Deep Dive into CNI (Container Network Interface)** - Understanding CNI Plugins - Custom Network Solutions in Kubernetes - **Network Policies** - Implementing Network Policies - Securing Pod-to-Pod Communication - **Service Meshes (Istio, Linkerd)** - Introduction to Istio and Linkerd - Traffic Management and Observability ## Hands-On and Practical Implementation - **Setting up K3s Clusters** - Creating High-Availability Clusters - Disaster Recovery and Failover - **Real-World Projects and Scenarios** - Implementing a CI/CD Pipeline with K3s - Deploying a Multi-Service Application