Amazon Web Services Training Library

Author: Danny Jessee; Difficulty: Intermediate; Description: Train to prepare for the new AWS Certified Data Engineer - Associate Certification (DEA-C01).; Duration: Up to 54 hours and 21 minutes; Content Topics: Serverless, Big Data, App Streaming, SQL; This learning path has: 11 Courses, 1 Lab challenge, 1 Exam, 20 Hands-on labs

Author: Danny Jessee; Difficulty: Advanced; Description: Train to prepare for the AWS Certified Security – Specialty Certification (SCS-C02) exam, released in July 2023!; Duration: Up to 45 hours and 46 minutes; Content Topics: Identity and Access Management, Encryption; This learning path has: 6 Courses, 3 Lab challenges, 6 Exams, 17 Hands-on labs

Author: Logan Rakai; Difficulty: Advanced; Description: Set up VPC peering between Amazon Virtual Private Clouds, leverage Amazon Route 53 private hosted zones, and diagnose network issues with VPC flow logs in this Lab; Duration: Up to 2 hours; Content Topics: Networking, Security, Content Delivery Networking; This hands-on lab has: 7 Lab steps

Author: Andrew Burchill; Difficulty: Beginner; Description: Put your Elastic Load Balancing skills to the test in this hands-on Application Load Balancer focused challenge lab.; Duration: Up to 1 hour; Content Topics: Amazon Web Services; This lab challenge has: 2 Lab steps

Author: Stefano Cascavilla; Difficulty: Intermediate; Description: In this lab, you will create an S3 bucket and will implement the lifecycle policies to handle actions done on the objects. You will also log the operations done.; Duration: Up to 1 hour; Content Topics: Storage; This hands-on lab has: 5 Lab steps

Author: Andrew Burchill; Difficulty: Beginner; Description: Learn how to use the Amazon CloudWatch Logs console to filter textual and JSON log events in this hands-on lab.; Duration: Up to 1 hour; Content Topics: Management, Monitoring; This hands-on lab has: 4 Lab steps

Author: Andrew Burchill; Difficulty: Intermediate; Description: Put your foundational cloud networking skills to the test in this hands-on challenge lab as you implement an Amazon VPC.; Duration: Up to 1 hour; Content Topics: Networking, Security; This lab challenge has: 2 Lab steps

Author: Andrew Burchill; Difficulty: Beginner; Description: Put your Amazon Elastic Compute Cloud Auto Scaling and Load Balancing skills to the test in this hands-on lab challenge.; Duration: Up to 1 hour and 30 minutes; Content Topics: Networking, Security, Compute; This lab challenge has: 2 Lab steps

Author: Andrew Burchill; Difficulty: Beginner; Description: Put your Amazon RDS skills to the test in this hands-on challenge lab as you are tasked with creating a database.; Duration: Up to 1 hour; Content Topics: Amazon Web Services; This lab challenge has: 2 Lab steps

Author: Luke Orellana; Difficulty: Advanced; Description: Develop a test to validate a Terraform module using Terratest, a popular Golang library for testing Terraform code.; Duration: Up to 40 minutes; Content Topics: Deployment, DevOps; This hands-on lab has: 2 Lab steps

Author: Luke Orellana; Difficulty: Advanced; Description: Follow along in this hands-on lab and use Terragrunt to duplicate a Terraform environment and change the environment by modifying a single file.; Duration: Up to 40 minutes; Content Topics: Deployment, DevOps; This hands-on lab has: 2 Lab steps

Author: Luke Orellana; Difficulty: Intermediate; Description: Follow along with this hands-on lab and create clean scalable Terraform code by using loops.; Duration: Up to 40 minutes; Content Topics: Deployment, DevOps; This hands-on lab has: 2 Lab steps

Author: Luke Orellana; Difficulty: Beginner; Description: Follow along with this hands on lab and import existing AWS resources into a Terraform configuration to be managed by code.; Duration: Up to 30 minutes; Content Topics: Deployment, DevOps; This hands-on lab has: 2 Lab steps

Author: Luke Orellana; Difficulty: Beginner; Description: Follow along with this hands on lab and configure remote state for Terraform configurations using AWS services like S3 and DynamoDB.; Duration: Up to 45 minutes; Content Topics: Deployment, DevOps; This hands-on lab has: 2 Lab steps

Author: Luke Orellana; Difficulty: Beginner; Description: Follow along in this hands-on lab and create reusable infrastructure that can be versioned and tested with Terraform modules.; Duration: Up to 40 minutes; Content Topics: Deployment, DevOps; This hands-on lab has: 2 Lab steps

Author: Jun Fritz; Difficulty: Beginner; Description: Follow along in this hands on lab and explore the concept of Terraform state when managing AWS infrastructure through code.; Duration: Up to 40 minutes; Content Topics: Deployment, DevOps; This hands-on lab has: 2 Lab steps

Author: Jun Fritz; Difficulty: Beginner; Description: Follow along in this hand on lab and create reusable infrastructure code with Terraform variables.; Duration: Up to 45 minutes; Content Topics: Deployment, DevOps; This hands-on lab has: 2 Lab steps

Author: Jun Fritz; Difficulty: Beginner; Description: Learn how to configure implicit dependencies between AWS resources using Terraform in this hands-on lab.; Duration: Up to 40 minutes; Content Topics: Deployment, DevOps; This hands-on lab has: 2 Lab steps

Author: Luke Orellana; Difficulty: Beginner; Description: In this hands-on infrastructure as code lab, you will learn how to download and install Terraform on Windows and Linux platforms.; Duration: Up to 45 minutes; Content Topics: Deployment, DevOps; This hands-on lab has: 4 Lab steps

Author: Vincenzo Tricoci; Difficulty: Intermediate; Description: In this hands-on lab, you will learn how to create Ansible roles that allow you to easily reuse configurations and you will use roles to deploy a web application.; Duration: Up to 1 hour and 15 minutes; Content Topics: Management, DevOps; This hands-on lab has: 6 Lab steps

Author: Eric Magalhães; Difficulty: Intermediate; Description: Application Load Balancers support content-based routing, and supports applications that run in containers. They support a pair of industry-standard protocols (WebSocket and HTTP/2) and also provide additional visibility into the health of the target instances and containers. Web sites and mobile apps, running in containers or on EC2 instances, will benefit from the use of Application Load Bala; Duration: Up to 1 hour and 10 minutes; Content Topics: Networking, Management, Monitoring, Compute; This hands-on lab has: 7 Lab steps

Author: Andrew Burchill; Difficulty: Beginner; Description: Learn how to store data in Amazon S3 for use with Data Analytics services including Redshift and Athena. Learn how to structure analytic data to maximize performance and minimize costs.; Duration: Up to 1 hour and 15 minutes; Content Topics: Big Data; This hands-on lab has: 7 Lab steps

Author: Andrew Burchill; Difficulty: Intermediate; Description: During this lab, we will understand how to launch an Auto Scaling group behind a Classic Load Balancer; Duration: Up to 1 hour and 45 minutes; Content Topics: Compute; This hands-on lab has: 7 Lab steps

Author: Andrew Burchill; Difficulty: Beginner; Description: In this lab you will see how to use Kinesis Data Analytics to sessionize clickstream data, and, you will see how to send the output data from Kinesis Data Analytics to DynamoDB using a Lambda function.; Duration: Up to 1 hour and 30 minutes; Content Topics: App Streaming; This hands-on lab has: 7 Lab steps