• Container and Kubernetes Security Market Insights – 2030.
• The global container and Kubernetes security market was valued at $714.0 million in 2020, and is projected to reach $8,242.0 million by 2030, registering a CAGR of 27.4% from 2021 to 2030.
• As a result, Kubernetes emerged as the leading container orchestration platform. Accordingly, almost 50 percent of organizations have adopted Kubernetes already in 2021.

After completing this course module with ClickOps Technologies, you should be able to understand:

• Why do we need container orchestration tool?
• Difference between Docker Swarm and Kubernetes.
• What is API and RESTful API?
• Kubernetes Master-Slave Architecture.
• Components of Master Machine.
  • Kube-API Server
  • Kube Scheduler
  • Kube Controller
  • ETCD
• Components of Slave(Minions) Machine.
  • Kubelet
  • Kube-proxy
  • Docker Engine
• Difference between Kubectl, Minikube, Kubelet
• Kubernetes Configuration
  • All in One Single Node Installation.
  • Single Node ETCD, Single Master, Multiple worker Installation.
  • Single Node ETCD, Multiple Master, Multiple worker Installation.
• Kubernetes Objects
  • Pod Management
  • Replication Set/Replication Controller
  • Deployment
  • Services (Cluster Ip, Node Port, Load Balancer, Headless)
  • Volume (Emptydir, Host path, NFS, PV & PVC)
  • Health Check (Readiness Probe, Liveness Probe)
  • Secrets and Config Map
  • Resource Quota
  • Demon Set
  • Stateful Set
  • Jobs
  • Init Container
  • Pod Life Cycle
  • Namespace
• Deployment Strategies in Kubernetes
  • Recreate
  • Ramped
  • Blue Green
  • Canary

• To create, run and share a Container Image on Docker. Moving on, we will set up a Kubernetes Cluster using minikube and finally, run our First Application on Kubernetes.
• Deploying a java application in Kubernetes Cluster using Git, Jenkins, Ansible and Docker.
• Deploying any dockerized application into Kubernetes Cluster.