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Hands-On Lab

Introduction to Amazon DynamoDB

This lab teaches you about Amazon DynamoDB and walks you through how to create, query, view and delete a table in the AWS Management Console. For a demonstration, go to: https://www.youtube.com/watch?v=ujWV3-m1pLo For the lab to function as written, please DO NOT change the auto assigned region.

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Hands-On Lab

Introduction to Amazon Redshift

The lab will give you the basic understanding of Amazon Redshift data warehouse service. It will demonstrate the basic steps required to get started with Redshift: creating a cluster, loading data and performing queries against that data.

English 日本語
Hands-On Lab

Introduction to Amazon CloudFront

This lab introduces you to AWS CloudFront, a content delivery web service. In this lab you will create an Amazon CloudFront distribution that will use a CloudFront domain name in the url to distribute a publicly accessible image file stored in an Amazon S3 bucket. For a demonstration, go to: http://youtu.be/dV5qOxwAJlU For the lab to function as written, please DO NOT change the auto assigned region.

English 日本語 한국의 简体中文
Hands-On Lab

Introduction to Amazon API Gateway

In this lab, you will create a simple FAQ microservice. The microservice will return a JSON object containing a random question and answer pair using an API Gateway endpoint that invokes a Lambda function. Prerequisites: students should take the lab "Introduction to AWS Lambda" before taking this lab.

English 日本語
Hands-On Lab

Introduction to AWS Lambda

This lab will give you the basic understanding of AWS Lambda. It will demonstrate the basic steps required to get started to create and deploy a Lambda function in an event-driven environment.

English 日本語
Hands-On Lab

Introduction to Amazon Elasticsearch Service

The lab will give you the basic understanding of Amazon Elasticsearch Service (ES). It will demonstrate the basic steps required to get started with Amazon ES: creating clusters, cluster node configurations, storage configurations and Identity & Access Management (IAM) Policies. As prerequisites you should have already taken the “Introduction to Amazon Elastic Compute Cloud (EC2)” and “Introduction to AWS Identity and Access Management (IAM)” labs. Previous knowledge of Kibana4 and Elasticsearch is desirable.

English 日本語
Hands-On Lab

Introduction to AWS Device Farm

This lab provides the basic hands-on experience of AWS Device Farm Service, which provides a test harness for mobile app developers. It will demonstrate the basic steps required to load an example Android app and run a series of tests, using several common mobile device platforms from Samsung, LG, Amazon, and others. For the lab to function as written, please DO NOT change the auto assigned region.

English 日本語
Hands-On Lab

Introduction to Amazon Machine Learning

In this lab, you will generate an Amazon Machine Learning model, test and shape the ML model and then try real-time predictions. To successfully complete this lab, you should be familiar with the Amazon S3 service. You should understand the concepts of bucket and object, and how to perform put and get operations on objects in an S3 bucket using the S3 console or AWS CLI. You should have at least taken the lab “Introduction to Amazon Simple Storage Service (S3)”. For the lab to function as written, please DO NOT change the auto assigned region.

English 日本語
Hands-On Lab

Introduction to AWS Key Management Service

This lab provides a basic understanding and hands-on experience of AWS Key Management Service. It will demonstrate the basic steps required to get started with Key Management Service, creating keys, assigning management and usage permissions for the keys, encrypting data and monitoring the access and usage of keys. For the lab to function as written, please DO NOT change the auto assigned region.

English 日本語
Hands-On Lab

Introduction to AWS Internet-of-Things (IoT)

In this lab, you will run a simple IoT device simulator on Amazon EC2. The device simulator will generate and publish sample sensor data to an AWS device gateway. You will then build a simple rule that will publish a notification to an AWS SNS topic when the temperature of the device is within a defined threshold. By connecting your email address with the SNS topic, you will receive an email notification when the threshold is met. Finally, you will update the device shadow, instructing the device to “turn on the air conditioning”, resulting in lowering temperatures.

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