Explore the latest platform engineering tools of 2024. Discover key technologies shaping the future of software development and infrastructure.
Table of contents
Introduction
1. Getting Started with Platform Engineering
2. The Top Three Platform Engineering Tools You Should Consider in 2024
2.1. Crossplane
2.2. Port
2.3. ArgoCD
Conclusion
Introduction
Platform engineering is considered a practice built up on DevOps guides that assist in improving each development team’s compliance, costs, security, and business processes, eventually helping to improve developer experiences and self-service within a secure, governed framework.
Lately, there has been quite a buzz about the permanent implementation of platform engineering in the IT industry. According to a recent report by Gartner, it is estimated that more than 80% of engineering organizations will have a crew dedicated to platform engineering by 2026, where these teams will focus on building an internal developer platform. This also implies that regardless of the business domain, these platforms by nature will help in achieving high business scale and reduce the time it takes to deliver business value.
In today’s exclusive AI TechPark article, we will help IT developers understand the need for platform engineering along with the top three trending tools they can use for an easy business operation.
1. Getting Started with Platform Engineering
Platform engineering is not for every company; for instance, in fledgling startups, where every individual does a bit of everything, this guide doesn’t come in handy. On the other hand, for companies that have two or more app teams where duplicate efforts are observed, platform engineering is the best option to tackle that toil, allowing the developers to think outside the box.
The best way to start the platform engineering journey in your organization is to have a conversation with the team of engineers, allowing them to understand and survey bottlenecks and developer frustrations, further advising the use of platform engineering that embeds and pairs programming within application teams.
During the process of building an application, developers need to question the size of the requirements, patterns, and trends needed in the app, the bottlenecks, and many more. However, it doesn’t end here, as to further comprehend the application, they require multiple testing and opinion polls by their internal customers; developers are also required to document every minute detail and change on the platform to encourage self-service and independence in the long run.
2. The Top Three Platform Engineering Tools You Should Consider in 2024
In this section, we will introduce you to the top three tools that every platform engineer should try in 2024 to perform routine tasks without being time-consuming and with zero human errors.
2.1. Crossplane
Navigating the intricate landscape of Kubernetes infrastructure, Crossplane is one of the best platform engineering tools that securely builds a control plane with its tailored and unique needs without writing tricky distributed systems code. Crossplane is a master orchestrator that extends beyond container management, as its reliability and security are inherent to Kubernetes.
2.2. Port
Port emerges as an indispensable asset of platform engineering, offering DevOps teams a centralized platform for orchestrating applications and infrastructure with unparalleled precision and control. The platform has a unique blend of oversight and flexibility that allows IT managers to maintain standards and best practices to streamline the business process effectively and efficiently.
2.3. ArgoCD
Argo CD, a Kubernetes-native marvel, has redefined the landscape of modern application deployment. It offers a meticulous orchestration of deployment processes, ensuring that the applications are not just deployed but thriving and in sync with the demands of the tech world. The platform empowers developers to take full command, seamlessly managing both the intricate web of infrastructure configurations and the pulsating lifeline of application updates, all within a single, unified system.
Conclusion
Platform engineering is considered the optimal suite of tools that aids in orchestrating a symphony of tools that align with developers’ unique operational needs and aspirations while also keeping cost, skillset compatibility, feature sets, and user interface design in consideration.
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