Book Image

AWS SysOps Cookbook - Second Edition

By : Eric Z. Beard, Rowan Udell, Lucas Chan
Book Image

AWS SysOps Cookbook - Second Edition

By: Eric Z. Beard, Rowan Udell, Lucas Chan

Overview of this book

AWS is an on-demand remote computing service providing cloud infrastructure over the internet with storage, bandwidth, and customized support for APIs. This updated second edition will help you implement these services and efficiently administer your AWS environment. You will start with the AWS fundamentals and then understand how to manage multiple accounts before setting up consolidated billing. The book will assist you in setting up reliable and fast hosting for static websites, sharing data between running instances and backing up data for compliance. By understanding how to use compute service, you will also discover how to achieve quick and consistent instance provisioning. You’ll then learn to provision storage volumes and autoscale an app server. Next, you’ll explore serverless development with AWS Lambda, and gain insights into using networking and database services such as Amazon Neptune. The later chapters will focus on management tools like AWS CloudFormation, and how to secure your cloud resources and estimate costs for your infrastructure. Finally, you’ll use the AWS well-architected framework to conduct a technology baseline review self-assessment and identify critical areas for improvement in the management and operation of your cloud-based workloads. By the end of this book, you’ll have the skills to effectively administer your AWS environment.
Table of Contents (15 chapters)

Creating serverless functions with AWS Lambda

AWS Lambda is quickly becoming an indispensable resource for building systems in the cloud. It fits in nicely for several utility use cases, such as running code each time an object is dropped into an S3 bucket, but it can also be used to construct entire applications. Lambda lends itself well to the microservices mentality, which is an important piece of the DevOps puzzle. A microservice is a small, fully independent component of an application. Microservices generally have a dedicated code repository and a dedicated data store so that they can be deployed in isolation from any other related services. By decomposing your architecture down to the individual function level, you can maximize your compute resources by configuring, deploying, and scaling each function separately.

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