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(With Importance And Use Cases) Updated 12 August 2023 Organisations require improving their product development and operations to ensure high-quality and faster delivery of their software to the market. Amazon Web Services (AWS) DevOps helps IT teams build, test and deploy solutions effectively and efficiently. If you work as a DevOps engineer or in a similar role, you can benefit from learning about AWS DevOps and the various solutions it offers. In this article, we answer the question, 'What is AWS DevOps?', highlight its importance and provide relevant use cases. Please note that none of the companies, institutions or organisations mentioned in this article are associated with Indeed. Related jobs on Indeed Part-time jobs Full-time jobs Remote jobs Urgently needed jobs View more jobs on Indeed What Is AWS DevOps? You might be wondering 'What is AWS DevOps?' if you are interested in learning more about creating effective and efficient software delivery processes. It is a combination of tools, technologies, philosophies and best practices that allow organisations to deliver high-quality products and services at an increased pace and scale to meet customer demands. It enables teams to design, develop, deploy and manage applications on the AWS cloud. The following factors help differentiate DevOps from traditional IT: Organisation: Data silos are inherent to traditional IT, which makes data access, querying and analysis difficult. The goal of DevOps is to enable better data access and discovery so that organisations can become more efficient. Centralisation: Traditional IT works in a centralised manner where an individual with authority makes all the decisions. DevOps promotes an employee-centric culture where organisations trust employees with decision-making. Release: Traditional IT identifies releases as high-risk events, whereas DevOps classifies them as non-events. This is because DevOps teams focus on continuous integration and delivery and ensure that they fix errors early in the development process. Culture: While hierarchies are more common in traditional IT, DevOps promotes a culture of collaboration, communication and trust between different teams. The primary focus is less on individual goals and more on team goals. Information: With a hierarchical culture, professionals may find it difficult to access the data they need for their research due to strict access control and rigid policies. AWS DevOps empowers employees to access the data they require without raising access requests to multiple departments. Metrics: While traditional IT focuses on individual performance and cost and capacity, DevOps measures team collaboration, cohesiveness and value delivered. Related: 8 Popular AWS Certifications To Consider Pursuing Importance Of AWS DevOps Here are some reasons AWS DevOps is important for businesses: Optimises business operations: It enables an organisation to become more data-driven and collaborative, improving alignment with customer and business needs. It promotes a culture where innovation and creativity are key factors to a business' success. Improves scalability: It provides access to cloud technologies and acceleration tools that allow teams to build scalable infrastructures with improved code compilation, debugging, testing and deployment. Maximises efficiency: It provides automation tools that improve development time and reduce debugging and testing time for a product. This helps professionals direct their efforts towards tasks that require creativity and critical thinking. Shortens time to market: It enables development and operations departments to coordinate the software development activities and focus on improving a product's time to market. Reduces deployment failures: It provides tools for logging and monitoring, which helps the DevOps teams identify errors and defects in a shorter time frame and propose quicker and more efficient solutions. Through this, organisations can achieve faster recovery time with minimal disruption to daily operations. Improves communication: It facilitates collaboration and communication between different teams across an organisation. With improved trust and increased focus on teamwork, teams can direct their efforts to improve a product's quality and time to market. Related: How Much Do DevOps Engineers Make? (And How To Become One) AWS DevOps Use Cases Here are some examples of AWS DevOps use cases: Continuous integration and delivery Continuous integration (CI) involves merging code changes into a central code repository regularly, followed by automated builds and tests. It accelerates the process of finding and fixing bugs, improves software quality and expedites validating and releasing new software releases. Continuous delivery (CD) is a software development practice that automatically prepares changes for production. Here are some tools that enable continuous integration and delivery: AWS CodeBuild CodeBuild is a fully managed continuous integration service that facilitates developers to build source code, run multiple tests and make their applications deployment-ready. It provides pre-configured build environments which include a combination of operating systems, runtime environments and tools required to run a build. Developers can choose the computing type and resources based on their needs and scale when necessary. AWS CodePipeline CodePipeline is a continuous delivery system that helps automate the release process by allowing developers to test and run their builds with ease. It allows professionals to define their pipeline structure comprising components such as source, build, test, staging and production. It also enables them to integrate custom systems with existing pipelines and regulate access to their release workflows through identity management and access control. Related: 75 DevOps Interview Questions And Sample Answers (With Tips) AWS CodeDeploy CodeDeploy is a fully automated deployment service that automates code deployment to elastic compute (EC2) instances or on-premise systems. This makes it easier to incorporate new features, roll back changes or make other modifications without risks associated with manual deployments. It also has features that monitor a deployed application's health and notify users in case of potential issues, which helps prevent downtimes and allows reverting to older versions with ease. Related: What Is A Virtual Machine? (With Types, Uses And Benefits) AWS CodeStar CodeStar is a service that allows developers to create, manage and work with software development projects on the cloud. It provides the resources and configures the environment suited to the application's requirements. The service enables the team to view all the code changes, builds and deployments on a single webpage. It also provides issue tracking, which helps team members view the subsequent operations in the pipeline. Related: What Is DevOps And How Does It Work? (Benefits And Adoption) Microservices Software microservices are independent services that communicate over well-defined application programmable interfaces (APIs) to form a unified architecture for software development. Here are some tools that support micro-services: AWS Lambda Lambda is a serverless computing platform that allows users to run code for any application without having to worry about configuring the environment, allocating resources, managing access control, provisioning and scaling. It maintains computing capacity across multiple facilities to ensure continuous availability for users to run their code and protect it from downtimes and outages. It also follows the pay-for-execution model, which charges users only for the resources they use and the compute time. Users can also package and deploy their applications as container images using image tooling, workflows and dependencies. Related: 11 Lambda Interview Questions (With Sample Answers) AWS EC2 Container Service EC2 Container Service facilitates running distributed applications across multiple clusters on AWS. It allows users to regulate the execution of container images through API calls from a central location. Users can also schedule the placement of their containers across multiple clusters based on their requirements and budget. This eliminates the need for users to maintain their cluster management and configuration management systems. Monitoring and logging Monitoring, alerting and a robust auditing infrastructure make it easier for developers and operations to work closely together. Here are some tools that provide monitoring and logging capabilities: AWS X-Ray Developers can analyse and debug micro-services and distributed applications built on AWS X-Ray. By analysing the performance of an application and its underlying services, developers can identify and resolve performance issues and errors. It is also helpful in meeting security and compliance objectives. Related: IT Compliance: A Guide To Understanding The Basics AWS CloudTrail CloudTrail is a governance, compliance and monitoring tool offered by AWS to track changes made across the AWS infrastructure. It provides useful features, such as: Identifying the particular action that occurred in a specific account Determining the time at which the action first occurred Listing all resources affected by a particular action Identifying the user or process that initiated the action This helps track the cause of security breaches, identify account vulnerabilities and comply with industry standards and regulations. Security engineers can also include trigger actions based on specific events using this tool. Related: Corporate Governance: Principles, Roles And Mechanisms Platform as a service AWS Elastic Beanstalk allows developers to deploy and scale web applications. It handles all the deployment activities, such as capacity provisioning, load balancing and auto-scaling automatically. The Elastic Beanstalk Service charges users for the services and resources they use.