Are you confused between the terms platform engineering and DevOps? It’s obvious because both are commonly used in the software development cycle. DevOps is an approach that combines development and operations to accelerate software delivery.
On the other side, platform engineering is all about creating internal platforms, services, and tools to support software development and deployment workflows. Gartner predicts that by 2026, 80% of large-scale engineering organizations will have platform engineering teams, up from 45% in 2022.
The roles previously known as DevOps engineers have now evolved into Platform Engineer or Platform Developers. This blog covers everything about platform engineering, alongside its benefits, how it differs from DevOps, and so much more. So, let's get started.
The Shift from Traditional DevOps to Platform Engineering
DevOps emerged in 2009 to reduce silos between software development and operations teams. The implementation of DevOps has revolutionized the way software is built, tested, and deployed. It introduced practices such as CI (Continuous Integration)/CD (Continuous Delivery), Infrastructure as Code (IaC), and continuous monitoring, which allow organizations to deliver software faster and with greater stability.
However, as organizations started adopting cloud-native architectures, Kubernetes, and microservices, new challenges emerged. Development teams were expected to handle deployment, cloud resources, security compliance, and more, alongside application development. It created significant inefficiencies, including:
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- Tool sprawl.
- Duplicated effort.
- Inconsistent implementation.
- Engineers spend more time on operational tasks.
Platform engineering is designed to address these pain points. It allows dedicated platform teams to build Internal Developer Platforms, standardized workflows, and built-in security, giving developers more time for coding and less on infrastructure.
What is Platform Engineering Actually and Why is It Gaining Momentum?
Platform engineering is a specialized field that focuses on designing, building, and maintaining internal developer platforms (IDPs), enabling teams to support efficient golden-path software delivery. It is generally implemented after a DevOps initiative has already been in place. The approach aims to reduce the cognitive load on developers by providing standardized, developer-self-service environments.
Think of it this way: DevOps teams give teams the freedom to build, and platform engineering paves the way to build software faster. This approach is becoming a must-have for large-scale organizations where scale is introducing complexity that individual teams cannot efficiently manage on their own.
Developers can build features and manage Kubernetes clusters, networking, and compliance without spending more time on infrastructure, making it an effective approach to software development. Usually, platform engineering specialists are responsible for carrying out several tasks, so let’s understand their roles.
Platform Team Responsibilities:
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- Focused on building and maintaining an internal developer platform.
- They write code, test it, deploy it, and monitor it.
- Reduces cognitive load on software developers.
Platform Engineering vs DevOps: A Quick Comparison
Parameter |
Platform Engineering |
DevOps |
| Definition | An approach to building and managing internal developer platforms (IDPs) to simplify software delivery. | A culture and set of practices that enhance collaboration between development and operations teams. |
| Focus | Key focus is on developer experience. | Key focus is on teamwork, shared responsibility, and automating the entire delivery pipeline. |
| Primary Mindset | Needs a product-based mindset | Needs a project-based mindset |
| Function | It assists in building and maintaining self-service tools, IDP, CI/CD templates that allow teams to deploy, operate, and monitor software independently. | It assists in planning, coding, building, testing, deployment, and monitoring of software. |
| Scope | Identifies the tools and workflows required by dev teams and other platform users. | Delivers technical features of an application. |
| Team Structure | Platform teams specialized in building and maintaining the platform. | DevOps teams are responsible for integrating and operating the software. |
| Best Suited for | Large scale enterprises and cloud-native organizations. | Small to mid-size teams. |
Why It's Worth It: The Biggest Benefits of Platform Engineering
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- Improved Developer Experience: By providing standardized environments and self-service tools, platform engineering allows product teams to focus on building technical features rather than spending time understanding Kubernetes, networking, or debugging cloud infrastructure.
- Architectural Flexibility: Want to migrate from Kubernetes to a different orchestrator? One of the biggest platform engineering benefits is architectural flexibility at a scale that DevOps alone doesn't offer.
- Reliable On-Call:Â Product engineers are responsible for their applications, whereas the platform team manages platform and infrastructure issues, reducing alerts and developer burnout.
- Enhanced Standardization and Governance: With platform engineering, organizations can ensure the security, compliance, and encryption practices are followed consistently across the development cycle.
Will Platform Engineering Replace Traditional DevOps?
No. Platform engineering is not here to replace DevOps; however, it is here to improve it. The combination always works well, because platform engineering without DevOps would create silos of traditional IT. This approach helps DevOps scale as DevOps teams don’t need to do everything on their own. It extends traditional DevOps practices by offering standardized services and workflows so dev teams can build software efficiently. Here is how they intersect:
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- Automation: DevOps depends on automation for CI/CD pipelines. Platform engineering extends this by automating the complete infrastructure and management.
- Collaboration:Â DevOps enhances collaboration between development and operations; platform engineers streamline it further by offering a developer self-service platform that reduces the burden of constant coordination.
Is It the Right Time? Signs You're Ready for Platform Engineering
DevOps is still the right choice if you have fewer than 100 engineers. Your infrastructure isn’t complex enough to require specialization. But below are some of the points at which it's time to upgrade to platform engineering.
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- Your incident response is slow: When anything breaks, no one knows who should debug what. Product engineers are interrupted by infrastructure issues as there is no dedicated platform team.
- Onboarding is taking months: Newly hired engineers cannot deploy their first service for more than three months as they are not acquainted with the platform and need to focus on learning first.
- Infrastructure inconsistency: Different teams follow different deployment and infrastructure practices, making management and scaling difficult.
Common Use Cases of Platform Engineering
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- Building Internal Developer Platforms (IDPs) for self-service deployments.
- Providing standardized development tools, workflows, and templates.
- Reduces cognitive load by automating operational tasks.
Common Use Cases of DevOps
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- Implementing Continuous Integration and Continuous Delivery (CI/CD) pipelines.
- Automating code building, testing, and deployment.
- Improving software delivery with fewer manual processes.
The Key Takeaway!
Here we conclude that DevOps has changed the way teams work, introduced automation, and improved software delivery. However, as system requirements grew, certain factors became a point of debate, such as inconsistency, fragmentation, and more. Platform engineering stands as the key to all these challenges.
With this approach, developers can focus on their main task rather than building tools and processes, and standardizing workflows. As technology is evolving at the fastest pace, the convergence of platform engineering and traditional DevOps will become important. Adopting both practices together is also beneficial for organizations in building scalable, efficient systems that make a difference. The key is understanding which phase you are in and building the right structure.
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FAQs
1] What is an internal developer platform (IDP)?Â
Answer: An IDP is a centralized platform that offers developers self-service access to infrastructure, CI/CD pipelines, monitoring, security, and documentation.
2] Is Kubernetes required for platform engineering?
Answer: No. While Kubernetes is commonly used, platform engineering can support various infrastructure environments, including virtual machines, serverless platforms, and hybrid cloud deployments.
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