Course Outline


Overview of the Kubernetes API and Security Features

  • Access to HTTPS endpoints, Kubernetes API, nodes, and containers
  • Kubernetes Authentication and Authorization features

How Hackers Attack Your Cluster

  • How hackers find your etcd port, Kubernetes API, and other services
  • How hackers execute code inside your container
  • How hackers escalate their privileges
  • Case study: How Tesla exposed its Kubernetes cluster

Setting up Kubernetes

  • Choosing a distribution
  • Installing Kubernetes

Using Credentials and Secrets

  • The credentials life cycle
  • Understanding secrets
  • Distributing credentials

Controlling Access to the Kubernetes API

  • Encrypting API traffic with TLS
  • Implementing authentication for API servers
  • Implementing authorization for different roles

Controlling User and Workload Capabilities

  • Understanding Kubernetes policies
  • Limiting resource usage
  • Limiting container privileges
  • Limiting network access

Controlling access to nodes

  • Separating workload access

Protecting Cluster Components

  • Restricting access to etcd
  • Disabling features
  • Changing, removing and revoking credentials and tokens

Securing Container Image

  • Managing Docker and Kubernetes images
  • Building secure images

Controlling Access to Cloud Resources

  • Understanding cloud platform metadata
  • Limiting permissions to cloud resources

Evaluating Third Party Integrations

  • Minimizing the permissions granted to third party software
  • Evaluating components that can create pods

Establishing a Security Policy

  • Reviewing the existing security profile
  • Creating a security model
  • Cloud native security considerations
  • Other best practices

Encrypting Inactive Data

  • Encrypting backups
  • Encrypting the entire disk
  • Encrypting secret resources in etcd

Monitoring Activity

  • Enabling audit logging
  • Auditing and governing the software supply chain
  • Subscribing to security alerts and updates

Summary and Conclusion


  • Previous experience working with Kubernetes


  • DevOps engineers
  • Developers
  14 Hours


Related Courses


  21 hours

Deploying Kubernetes Applications with Helm

  7 hours

Running Containers Directly from Kubernetes with CRI-O

  14 hours

Docker and Kubernetes

  21 hours

Docker (introducing Kubernetes)

  14 hours

Managing Kubernetes with Rancher

  14 hours

Docker and Kubernetes: Building and Scaling a Containerized Application

  21 hours

OpenShift 4 for Administrators

  35 hours

Docker, Kubernetes and OpenShift 3 for Administrators

  35 hours

OpenShift 4 for Developers

  35 hours

Docker, Kubernetes and OpenShift 3 for Developers

  35 hours

Kubernetes from Basic to Advanced

  14 hours

Kubernetes on AWS

  14 hours

Kubernetes on Azure (AKS)

  14 hours

Kubernetes Design Patterns

  21 hours