Author: Andrew Burchill; Difficulty: Intermediate; Description: Learn how to use the web-based IAM Policy Simulator and the AWS Command line Interface to test AWS IAM policies in this hands-on lab.; Duration: Up to 1 hour; Content Topics: Amazon Web Services; This hands-on lab has: 5 Lab steps

Author: Jun Fritz; Difficulty: Beginner; Description: Learn how to use public modules from the Terraform Registry to simplify infrastructure management in this hands-on lab.; Duration: Up to 45 minutes; Content Topics: Amazon Web Services; This hands-on lab has: 2 Lab steps

Author: Andrew Burchill; Difficulty: Intermediate; Description: Put your AWS and terraform skills to the test as you are tasked with integrating SQS, SNS, and ElastiCache with an existing ECS cluster.; Duration: Up to 1 hour; Content Topics: Amazon Web Services; This lab challenge has: 1 Lab step

Author: Jun Fritz; Difficulty: Intermediate; Description: Put your Amazon EKS skills to the test in this hands-on lab as you are tasked with deploying a Kubernetes cluster from beginning to end.; Duration: Up to 1 hour and 30 minutes; Content Topics: Amazon Web Services; This lab challenge has: 1 Lab step

Author: Jun Fritz; Difficulty: Beginner; Description: Learn how to build a versioning solution for Amazon S3 bucket policies using a serverless architecture in this hands-on lab.; Duration: Up to 1 hour; Content Topics: Amazon Web Services; This hands-on lab has: 5 Lab steps

Author: Andrew Burchill; Difficulty: Beginner; Description: Learn how to use AWS Lambda to health check an application and integrate it into an AWS CodePipeline in this hands-on lab.; Duration: Up to 1 hour and 30 minutes; Content Topics: Amazon Web Services; This hands-on lab has: 6 Lab steps

Author: Daniel Wood; Difficulty: Intermediate; Description: Prepare for the Certified Kubernetes Security Specialist (CKS) exam by solving practice problems and reviewing their solutions in this lab on cluster hardening.; Duration: Up to 50 minutes; Content Topics: Deployment, Compute, DevOps, Security; This hands-on lab has: 3 Lab steps

Author: Andrew Burchill; Difficulty: Beginner; Description: Learn how to replace an NGINX server with an Application Load Balancer in this hands-on laboratory.; Duration: Up to 1 hour; Content Topics: Networking, Compute; This hands-on lab has: 5 Lab steps

Author: Andrew Burchill; Difficulty: Beginner; Description: Learn how to implement header-based routing and its primary use cases in this hands-on lab.; Duration: Up to 1 hour; Content Topics: Amazon Web Services; This hands-on lab has: 3 Lab steps

Author: Andrew Burchill; Difficulty: Beginner; Description: Learn how to create a Amazon API Gateway WebSocket API and how to use it for a simple stock ticker in this hands-on lab.; Duration: Up to 1 hour and 30 minutes; Content Topics: Amazon Web Services; This hands-on lab has: 6 Lab steps

Author: Parveen Singh; Difficulty: Intermediate; Description: Learn how to reference Azure App Configuration to fetch configuration settings directly from the application's source code in this hands-on lab.; Duration: Up to 1 hour; Content Topics: DevOps; This hands-on lab has: 4 Lab steps

Author: Parveen Singh; Difficulty: Beginner; Description: Put your Azure App Configuration skills to test by deploying the resource and adding configuration settings in this hands-on lab challenge.; Duration: Up to 1 hour; Content Topics: Microsoft Azure; This lab challenge has: 2 Lab steps

Author: Parveen Singh; Difficulty: Beginner; Description: Learn how to use Python SDK to authenticate and interact with Azure Web Apps in this hands-on lab.; Duration: Up to 1 hour; This hands-on lab has: 3 Lab steps

Author: Logan Rakai; Difficulty: Intermediate; Description: Learn how to deploy and manage infrastructure across multiple cloud providers using Terraform and Ansible.; Duration: Up to 1 hour and 30 minutes; Content Topics: Management, DevOps, Deployment; This hands-on lab has: 5 Lab steps

Author: Adil Islam; Difficulty: Beginner; Description: Learn how to upgrade the deployment version of Azure DevOps Server in this hands-on lab.; Duration: Up to 1 hour and 45 minutes; This hands-on lab has: 6 Lab steps

Author: Daniel Wood; Difficulty: Intermediate; Description: Prepare for the Certified Kubernetes Security Specialist (CKS) exam by solving practice problems and reviewing their solutions in this lab on minimizing microservice vulnerabilities.; Duration: Up to 50 minutes; Content Topics: Deployment, Compute, DevOps, Security; This hands-on lab has: 3 Lab steps

Author: Daniel Wood; Difficulty: Intermediate; Description: Prepare for the Certified Kubernetes Security Specialist (CKS) exam by solving practice problems and reviewing their solutions in this lab on system hardening.; Duration: Up to 50 minutes; Content Topics: Deployment, Compute, DevOps, Security; This hands-on lab has: 3 Lab steps

Author: Daniel Wood; Difficulty: Intermediate; Description: Prepare for the Certified Kubernetes Security Specialist (CKS) exam by solving practice problems and reviewing their solutions in this lab on cluster setup.; Duration: Up to 50 minutes; Content Topics: Deployment, Compute, DevOps; This hands-on lab has: 3 Lab steps

Author: Andrew Burchill; Difficulty: Intermediate; Description: Put your Amazon Elastic Kubernetes Service and AWS Identity and Access Management skills to the test in this hands-on lab challenge.; Duration: Up to 1 hour; Content Topics: Amazon Web Services; This lab challenge has: 1 Lab step

Author: Paul Thomas; Difficulty: Beginner; Description: This lab takes you through the steps of setting up monitoring in the cloud. Using EC2s you will use Prometheus metrics, Grafana dashboards, and Splunk for logging. The process will take you through setting up the servers, installing the tooling and writing sample code. When the code runs (and fails) you will track that activity in the appropriate dashboards to assist you in your future troubleshooting.; Duration: Up to 4 hours; Content Topics: Site Reliability; This hands-on lab has: 10 Lab steps

Author: Paul Thomas; Difficulty: Beginner; Description: This lab uses an AWS infrastructure — Web, Application, and Database, to help you explore stress testing tools. You will configure the infrastructure in all these tools, configure them and then run a series of tests to assess their affects. Observability is the key to any successful platform and using monitoring, logging, and tracing to understand the operations is critical, especially when a bottle neck may be introduced. Using these stress tools allows you to simulate such a situation and discover how your platform behaves under workload. This will assist in troubleshooting, trending, etc. in the future.; Duration: Up to 4 hours; Content Topics: Site Reliability; This hands-on lab has: 12 Lab steps