Load Balancing
Networks, compute, databases and identity — and what each one costs.
8 chapters · ~7h
Start with the first chapterChapters
- High Availability (AWS Load Balancers)Intermediate35 min
- Cloud Networking (AWS VPC)Intermediate50 min
- Elasticity (AWS Auto Scaling)Intermediate35 min
- Managed Databases (Amazon RDS)Intermediate40 min
- Networking FundamentalsBeginner55 min
- Container Orchestration (Kubernetes)Intermediate75 min
- Configuration Management (Ansible)Intermediate50 min
- Infrastructure as Code (Terraform)Intermediate60 min
Labs
- Application Routing with K8s Ingress & AWS Load Balancer Controller23m
- IAM Roles, IRSA Policies & Security Groups23m
- Managing EKS Cluster Add-ons with Helm & IRSA39m
- Kubernetes Services & Service Discovery45m
- AWS VPC, Subnets, Gateways & Route Tables47m
- Kubernetes Security Hardening (NetworkPolicies) & HPA47m
- Full Platform Operations, Security & Troubleshooting Guide20m
- Amazon ECR Container Registry & S3 Storage Buckets23m
Part of these roadmaps
Questions from the curriculum
40 questions covering this topic.
Open the question bank →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.