Platform engineering is a new technical methodology. This speeds up app deployment. This promptness also brings business benefits.
Platform engineering improves developer experience and productivity. It does this by providing self-help options with machine-powered infrastructure operations. It is popular for its ability to improve the developer experience and accelerate value delivery to the customer by product teams.
Platform engineering is about building and maintaining robust, adaptable platforms or frameworks. These support the creation, use, and management of applications and services. Platforms serve as the basis for new applications to operate. They provide the tools, services, and foundation needed for rapid software creation.
- Infrastructure Management: Platform engineers take care of the backbone of the system. They handle things like cloud resources, virtual machines, containers, networks, and storage. His main job? Make sure everything works well, grows when needed and performs at its best.
- Platform Services: Engineers working on the platform create services and APIs. Then developers use these to improve the application. These services often include things like user verification, activity tracking, viewing, speed improvements, database access, and all the general services required by applications.
- Automation and DevOps: In platform engineering, automation is key. With it, engineers construct tools and workflows. They make jobs like testing, deployment, and monitoring automatic. It reduces the need for people and leads to steady, mistake-free processes. It fits well with DevOps management ideas. Here, development and operations groups collaborate for quick, dependable software distribution. It backs the application of Infrastructure & Software Delivery Automation Solutions.
- Security and Compliance: Keeping apps safe is top priority for platform engineers. They use things like security rules, entry limits, and secret codes to keep important data safe and rid of weak spots.
- Scalability and Performance: The platform should be designed with scalability in mind. Must be able to handle increased workloads and user traffic without compromising performance. To achieve this, platform engineers use techniques such as load balancing, horizontal scaling, and performance optimization.
