Cluster Architecture

Chapters

• Container Orchestration (Kubernetes)Intermediate75 min
• Cluster Bootstrapping (Kubeadm)Advanced60 min
• Advanced Networking (Service Mesh)Advanced45 min
• Amazon Web Services (AWS)Beginner40 min
• Containerization (Docker)Beginner50 min
• Elasticity (AWS Auto Scaling)Intermediate35 min
• The Worst Day (Disaster Recovery)Advanced50 min
• The Foundation (Linux)Beginner45 min

Labs

• Amazon EKS Cluster & Managed Node Group Provisioning31m
• Automated Jenkins Server & Toolchain Provisioning31m
• Kubernetes Security Hardening (NetworkPolicies) & HPA47m
• Deploying Kube-Prometheus-Stack on AWS EKS31m
• Full Platform Operations, Security & Troubleshooting Guide20m

Part of these roadmaps

• Cloud DevOps Engineer
• DevSecOps
• Kubernetes Specialist

Questions from the curriculum

21 questions covering this topic.

Used in these projects

• Cloud DevOps Capstone — iVolveThree microservices taken from raw source code to a running, monitored, GitOps-managed deployment on AWS EKS.
• Cloud-Native DevOps PlatformA self-managed Kubernetes platform on AWS — provisioned with Terraform, configured with Ansible, delivered through Jenkins and Argo CD.
• NTI Cloud DevOps Capstone — the PlatformA production-shaped AWS platform: Terraform modules for VPC, EKS, RDS and ECR, a Jenkins pipeline with blocking SonarQube and Trivy gates, and a kube-prometheus-stack behind it.
• NTI Cloud DevOps Capstone — Step by StepThe same AWS capstone taught as 19 reproducible labs across eight numbered modules, each with its own README so it can be followed in order.
• iVolve Cloud & DevOps InternshipThe full internship worklog — every lab, in order, with the commands that were actually run.