DevOps combines corporate culture, philosophies, and tools to enhance an organization’s agility when delivering services and applications. However, 78% of businesses face challenges implementing DevOps. Only 22% can implement it with the needed fidelity.
AWS, also known as Amazon Web Services, entails features for leveraging in-house data.
AWS DevOps is the Amazon solution’s for harnessing the capabilities of cloud platforms, tools, and services. In other words, it’s a set of services that enables organizations to build and deploy products rapidly.
The flexible services include simplified infrastructure management, application code deployment, and application monitoring. This is just the definition of AWS DevOps.
Find out more about what it entails in this quick guide.
AWS DevOps Architecture
AWS DevOps leverage infrastructure as code services to build a cohesive organization. These services include AWS CDK and AWS CloudFormation. It also entails continuous deployment by leveraging AWS CodeCommit, AWS CodeBuild, and AWSCodepipeline.
Services that enhance swift applications deployment include Amazon Kubernetes and Elastic Container Service. Some organizations also rely on AWS Elastic Beanstalk to simplify architecture configurations.
All these services have a common goal. They enable an organization to expand using Auto Scaling and Elastic Load Balancing. AWS DevOps professionals can monitor the whole architecture through Amazon CloudWatch.
What Are the Common AWS DevOps Tools?
AWS offers a variety of tools that help organizations implement DevOps. These tools vary depending on applications and category. The main categories include Continuous Integration & Continuous Delivery (CI/CD), Microservices, and Monitoring & Logging.
Continuous development entails merging code changes into a central repository during software development. Thus, software developers can leverage CI to fix bugs and cut the time needed to validate new upgrades before releasing them.
Continuous delivery encompasses automatic preparation of code changes for a release. CD builds upon CI by deploying code upgrades to a production environment after development. Popular continuous development tools include AWS CodeBuild and AWS CodeDeploy.
Microservices include Amazon Elastic Container Service (ECS) and AWS Lambda. All these help organizations to build a Microservices architecture through serverless computing. In other words, they are beneficial when it comes to scaling containerized applications.
AWS Lambda is quite advanced. AWS DevOps professionals to run code without micromanaging servers. Hence, it’s useful for managing runtimes or creating workload-centric cluster scaling logic.
AWS DevOps Tips
Implementing AWS DevOps can be pretty challenging for some organizations. That said, sometimes it’s prudent to outsource AWS DevOps services, rather than leveraging an in-house team. A third-party service provider will implement AWS within your business capabilities.
Remember, getting started efficiently and as smoothly as possible will give you ample time when scaling. Moreover, adopting a fully managed services framework allows you to focus on other high-value tasks.
Other AWS DevOps tips include leveraging a large partner ecosystem. That means you can use your favorite AWS DevOps firm alongside open-source tools to create an end-to-end solution.
Get Started With AWS DevOps Today
AWS DevOps help your organization more agile and market-ready software products. Leverage this AWS DevOps guide to understand how you can bring this change to your organization. Even better, you’ll incur costs when you only need it.
Read other articles on this site for more AWS DevOps tips.