Platform engineering is one of the latest and fastest-growing trends in modern software delivery. Breaking through the tech industry in the last few years, platform engineering has a big impact on modern software development and its delivery to the end user.
Not easily defined, nor is there one clear definition agreed upon within the community. However, platform engineering can be explained as an approach to technology to increase the speed of automated application delivery. Furthermore, these technologies can provide end users with additional business value.
Platform engineering tech works by providing a set of self-service tools and capabilities. These enable developers to build, deploy, and manage applications more efficiently. This can include things like:
This allows developers to provision and manage infrastructure using code. Thus, making it more repeatable and reliable.
This automates the process of building, testing, and deploying applications. Thereby, making them faster and more reliable. It also ensures that engineers can keep up with the fast-paced competitor progression.
This provides developers with visibility into the performance and health of their applications. This helps them to identify and resolve problems quickly.
This helps developers build and deploy secure applications by providing them with tools and services to manage security vulnerabilities and threats.
This style approach to software delivery has helped to tackle some of the major challenges posed by doing DevOps on a large scale. Helping, not only to manage some of the complications that come with the complexities of infrastructure but also to provide development practices with the priorities of the businesses and ensure business value is provided, as a result.
According to Gartner, “By 2026, 80% of large software engineering organizations will establish platform engineering teams as internal providers of reusable services, components, and tools for application delivery.” The role of platform engineers therefore will play a key role in the combined working efforts of software developers and operators.
Taking on the important position of focusing on the needs of the development teams and working to build and maintain a platform for software development. Platform engineering teams will use a wide variety of tools to automate their processes. This will include Kubernetes, AWS CodePipeline, Terraform, and gitStream, for example.
Once in place, platform engineering best practices can free up developers to focus on building features and functionality, rather than managing infrastructure and operations.
Platform engineering can help organizations get their products and services to market faster by automating the software delivery process.
Platform engineering can help organizations build and deploy more reliable and secure applications. This is done by providing them with tools and services to manage infrastructure, operations, and security.
Overall, platform engineering tech is a powerful approach to software development and delivery. This can help organizations improve their speed, reliability, and security.
