AWS Landing Zone eliminates the need for any manual configuration of your cloud structure and environments replacing it instead with an automated workflow. AWS consistently releases best practices guides, whitepapers, and documentation to outline more and more ways for developers to simplify cloud infrastructure management. Manually maintaining and managing cloud infrastructure is utterly feasible when you have a single, simple environment to control. Add complexity into the mix, however, and it is easy to lose track of the nodes and services you have running.
AWS consistently releases best practices guides, whitepapers, and documentation to outline more and more ways for developers to simplify cloud infrastructure management. Manually maintaining and managing cloud infrastructure is utterly feasible when you have a single, simple environment to control. Add complexity into the mix, however, and it is easy to lose track of the nodes and services you have running.
Architectural complexity becomes even more challenging when you start leveraging multi-account environments across your organization. Using multiple accounts and services allows you to overcome specific challenges of developing and running cloud-native apps in a seamless and efficient way, but it is certainly not something you want to do manually.
This is where AWS Landing Zone is designed to come in handy. AWS Landing Zone is a solution that is designed from the ground up around running multiple account and cloud environments with complex AWS clusters while staying true to AWS Well-Architected Framework best practices. Even better, there are ways you can optimize AWS Landing Zone for specific purposes.
The real challenge of deploying cloud-native apps on top of Amazon services doesn’t lie in the actual deployment process itself. Amazon offers tools like CodePipeline and CodeDeploy, both of which streamline your deployment pipeline significantly.
The real challenge is configuring a base environment that can support the native apps running on top of it in an efficient yet sustainable way. You have to think not only about the challenges you face right now but the potential challenges you face in the future.
There are a lot of basics to cover in this phase. The base environment is called the landing zone because it is where your cloud-native apps and microservices land when they are ready to be deployed.
The landing zone includes key elements such as your account structure, your IAM and security configurations, the default network settings, and of course, the basic services you use to power your AWS environment.
Support for multiple accounts allows for larger environments to be managed by multiple teams. Since teams can focus on a specific part of the environment—or certain services they are regulating—you can configure the accounts in such a way that they don’t overstep each other.
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How to Build and Manage Infrastructure as Code with Amazon Web Services - AWS CloudFormation, AWS CloudWatch and Amazon EC2
An Introduction to Infrastructures for WEB projects in AWS - Let's review a particular project in detail and the cost of infrastructure maintenance. And so, we have an internal WEB application that consists of a static website on React, a backend on Go, and a database DynamoDB. All code is stored on Github and for CI/CD we use Github Actions. The infrastructure code is defined in Terraform.
Recently, AWS announced the beta release of Amazon Honeycode, a fully managed service allowing customers to build mobile and web applications without writing any code quickly.