Containers Training Library

Author: Jeremy Cook; Difficulty: Intermediate; Duration: 50 minutes and 25 seconds; Content Topics: Development, DevOps; This course has: 12 Lectures

Author: Jeremy Cook; Difficulty: Advanced; Duration: 49 minutes and 51 seconds; Content Topics: Continuous Deployment, Continuous Integration; This course has: 9 Lectures

Author: Logan Rakai; Difficulty: Intermediate; Description: Prepare for the Multi-Container Pods domain of the Certified Kubernetes Application Developer (CKAD) exam in this lab with exam-like tasks and solution guide.; Duration: Up to 30 minutes; Content Topics: Deployment, Compute, DevOps; This hands-on lab has: 4 Lab steps

Author: Logan Rakai; Difficulty: Advanced; Description: This lab challenge simulates the experience of the real Cloud Native Computing Foundation (CNCF) Certified Kubernetes Application Developer (CKAD) exam.; Duration: Up to 1 hour and 15 minutes; Content Topics: Deployment, Compute, DevOps; This lab challenge has: 2 Lab steps

Author: Logan Rakai; Difficulty: Advanced; Description: This lab challenge simulates the experience of the real Cloud Native Computing Foundation (CNCF) Certified Kubernetes Administrator (CKA) certification exam.; Duration: Up to 1 hour and 15 minutes; Content Topics: Deployment, Compute, DevOps; This lab challenge has: 2 Lab steps

Author: Saqib Butt; Difficulty: Intermediate; Duration: 2 hours and 20 minutes; Content Topics: Containers; This course has: 10 Lectures

Author: Tiarnan Giles; Difficulty: Beginner; Description: In this lab, the second in the series, you will be performing further incident response and forensic analysis to determine what the attacker did within the container.; Duration: Up to 1 hour and 10 minutes; Content Topics: Security Investigations; This hands-on lab has: 6 Lab steps

Author: Bhupinder Singh; Difficulty: Advanced; Description: Practice defense in depth in Kubernetes using the security context security primitive in this lab.; Duration: Up to 40 minutes; Content Topics: Deployment, Compute, DevOps; This hands-on lab has: 3 Lab steps

Author: Logan Rakai; Difficulty: Beginner; Description: Detect, diagnose, and remedy Kubernetes cluster component failures.; Duration: Up to 30 minutes; Content Topics: Deployment, Compute, DevOps; This hands-on lab has: 3 Lab steps

Author: Logan Rakai; Difficulty: Intermediate; Description: Manage your cluster using Docker swarm mode to leverage Docker's own container orchestration, load balance traffic, deploy stacks, and rollback deployments; Duration: Up to 1 hour and 20 minutes; Content Topics: Development, DevOps; This hands-on lab has: 8 Lab steps

Author: Logan Rakai; Difficulty: Beginner; Description: Get started with Docker on Windows with this lab and take a hands-on approach to containerizing Windows applications; Duration: Up to 2 hours; Content Topics: Development, DevOps; This hands-on lab has: 7 Lab steps

Author: Tiarnan Giles; Difficulty: Intermediate; Description: In this lab, you will figure out what the attacker did in the host machine and generate a report which breaks down what happened.; Duration: Up to 1 hour and 10 minutes; Content Topics: Security Investigations; This hands-on lab has: 6 Lab steps

Author: Logan Rakai; Difficulty: Advanced; Description: Detect, diagnose, and remedy Kubernetes application failures.; Duration: Up to 30 minutes; Content Topics: Deployment, Compute, DevOps; This hands-on lab has: 3 Lab steps

Author: Stuart Scott; Difficulty: Intermediate; Duration: 24 minutes and 44 seconds; Content Topics: Containers; This course has: 4 Lectures

Author: Logan Rakai; Difficulty: Beginner; Description: Use Lightsail containers to deploy a container workload and monitor it in this lab.; Duration: Up to 1 hour; Content Topics: Compute; This hands-on lab has: 5 Lab steps

Author: Tiarnan Giles; Difficulty: Beginner; Description: In this, the first lab in the series, you will be performing analysis on how the attacker gained access to the system.; Duration: Up to 1 hour and 5 minutes; Content Topics: Security Investigations; This hands-on lab has: 6 Lab steps

Author: Jeremy Cook; Difficulty: Beginner; Description: In this Lab scenario, you'll first use S2I to create a basic builder container image. The builder container image will then be used to build a runtime container image containing a simple static web portal application frontend. You'll then use the oc tool to launch and expose the containerized web portal application.; Duration: Up to 2 hours; Content Topics: Containers; This hands-on lab has: 7 Lab steps

Author: Logan Rakai; Difficulty: Advanced; Description: Practice defense in depth in Kubernetes including authentication and authorization; Duration: Up to 1 hour; Content Topics: Deployment, Compute, DevOps; This hands-on lab has: 3 Lab steps

Author: Daniel Wood; Difficulty: Advanced; Description: Detect, diagnose, and remedy cluster access issues.; Duration: Up to 30 minutes; Content Topics: Deployment, Compute, DevOps; This hands-on lab has: 3 Lab steps

Author: Andrew Burchill; Difficulty: Beginner; Description: Test your Amazon Elastic Container Service challenge skills in this hands-on lab as you tasked with deploying a web application; Duration: Up to 1 hour; Content Topics: Amazon Web Services; This lab challenge has: 1 Lab step

Author: Jeremy Cook; Difficulty: Intermediate; Description: In this lab, you'll learn how to integrate Prometheus and Grafana monitoring applications together into an effective and cohesive monitoring solution.; Duration: Up to 2 hours; Content Topics: Amazon Web Services; This hands-on lab has: 6 Lab steps

Author: Pradeep Bhadani; Difficulty: Intermediate; Duration: 48 minutes and 41 seconds; Content Topics: Containers, Development Tools; This course has: 6 Lectures

Author: Daniel Wood; Difficulty: Advanced; Description: Detect, diagnose, and remedy Kubernetes cluster node failures.; Duration: Up to 30 minutes; Content Topics: Deployment, Compute, DevOps; This hands-on lab has: 3 Lab steps

Author: Jonathan Bethune; Difficulty: Intermediate; Duration: 51 minutes and 30 seconds; Content Topics: Containers; This course has: 13 Lectures