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Does your organization need Platform Engineering?

What is Platform Engineering? How it Actually Works?

2024.04.02

DevOps and application delivery is fast-changing,  “platform engineering” is  the new practice that hard to be missed. Enterprises are increasingly integrating this concept into their workflows, aiming to enhance productivity and streamline processes. With Gartner predicting a significant surge in the adoption of platform teams by 2026, it’s evident that platform engineering is not just a passing trend but a pivotal aspect of modern software development.

But what exactly is platform engineering, and how does it differentiate from DevOps? More importantly, how can it shape the future of application delivery of your organization?  Does your organizations really need platform engineering?  If you’re feeling overwhelmed by these questions, this article is absolutely for you.  We will be exploring essence, functionalities, benefits, and challenges of platform engineering, so you can make informed decisions tailored to your needs.

Understanding Platform Engineering

At its core, platform engineering revolves around enhancing developer productivity by simplifying the complexities inherent in application delivery. It achieves this by providing self-service capabilities and minimizing the cognitive load on developers. Think of it as a finely tuned engine powering your DevOps machinery, optimizing every aspect of the delivery pipeline including CI/CD and deployment automation for seamless performance, without sacrificing compliance,  security and business goal.

Similar to DevOps, platform engineering is not an off-the-shelf solution that drives result instantly, it requires a mindset shift of the team and principles to be understood.

How Platform Engineering Works

Platform engineering operates on the principle of internal developer platforms (IDPs), which serve as centralized hubs for standardized tools, processes, and services. Imagine it as a meticulously organized factory floor, equipped with the latest tools and machinery, where developers can seamlessly plug in and focus solely on their craft without worrying about the underlying infrastructure.

There are 3 Key Principles underpinning effective platform engineering:

1. Internal Developer Platforms (IDPs)

  • Establishing tailor-made IDPs to standardize tools and processes, ensuring consistency and quality across the development lifecycle.
  • Simplifying onboarding processes and safeguarding code integrity, even as the organization scales.

2. Treating Platforms as Products

  • Viewing IDPs as products and developers as customers, prioritizing their experience and feedback to drive continuous improvement.
  • Maintaining a stable and secure platform to sustain internal efficiency and deliver value to external customers consistently.

3. Standardization for Efficiency

  • Implementing standardized systems and workflows to streamline application delivery and reduce errors.
  • Customizing platforms to align with the organization’s unique needs and strengths, maximizing efficiency while minimizing developer burden.

Insights by Resolve Technology: Find the Right Metrics to Track Performance

Integrating platform engineering into your DevOps framework isn’t merely about adopting a new set of tools or procedures; it signifies a cultural shift. It necessitates a commitment to perpetual learning, collaboration, and adaptation. By embracing the principles and practices of platform engineering, organizations can unlock newfound levels of agility, resilience, and innovation in their software delivery attempts.

While metrics may not constitute the core focus of platform engineering, they serve as invaluable barometers of success and indicators of areas that are ready for improvement. Monitoring performance metrics empowers organizations to gauge the health of their platforms proactively, facilitating preemptive optimization and refinement.

In essence, platform engineering heralds a paradigm shift in our approach to application delivery. By embracing its ethos and methodologies, organizations can empower their teams to deliver value swiftly, reliably, and with enhancing confidence. So, if you’re seeking to future-proof your DevOps strategy and maintain a competitive edge in today’s dynamic landscape, platform engineering isn’t just a choice—it’s an imperative.

If you would like to explore the possibilities in implementing platform engineering in your organizations, come forward and email us at [email protected] for a consultation.

Next, you might want to know what the key differences are between Platform Engineering and DevOps, please read Platform Engineering vs DevOps – Same Goal with Different Focuses.