2.0 KiB
2.0 KiB
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