Platform Engineering: The Pillar of a Great Developer Experience

Modern engineering teams are realizing that platform engineering is more than a trendy term it’s a foundational pillar for delivering a great Developer Experience (DevEx). In essence, platform engineering focuses on building internal tools and platforms that make developers’ lives easier, serving as a means to achieve better DevEx. This article explores how platform engineering intersects with DevEx, why DevEx matters for today’s organizations, and how internal platforms improve DevEx through automation, abstraction, and self-service. We’ll also dive into best practices for designing platform tools, common pitfalls to avoid and real-world examples of successful platform tooling. platform engineering Developer Experience (DevEx) internal platforms What is Platform Engineering and How Does It Relate to DevEx? Platform engineering is the discipline of designing and building the “roads and bridges” that software developers use internally to build, test, and deploy applications. Rather than each development team reinventing infrastructure and toolchains, a platform engineering team provides a centralized internal platform often called an Internal Developer Platform (IDP) as a product for developers. The goal is to simplify developers’ workflows, reduce cognitive load, and eliminate repetitive toil by offering common automation and self-service capabilities. Crucially, platform engineering isn’t an end in itself; it’s “merely a means to achieve a better developer experience”, as one engineer put it. centralized internal platform Internal Developer Platform (IDP) automation and self-service capabilities “merely a means to achieve a better developer experience” A good way to understand the relationship is that platform engineering delivers DevEx outcomes. Developer Experience (DevEx or DX) refers to the quality of developers’ daily workflows; how easy, efficient, and enjoyable it is for engineers to get their job done. When done right, platform engineering dramatically improves DevEx by removing friction from everyday development tasks. By providing golden paths and paved roads for developers, platform teams let engineers focus on writing code rather than wrestling with environments, pipelines, and other complexities. In short, platform engineering is the engine under the hood that powers a smooth developer experience. platform engineering delivers DevEx outcomes platform engineering is the engine under the hood that powers a smooth developer experience Why Developer Experience Matters to Modern Engineering Organizations Developer Experience isn’t just a feel-good factor it’s a strategic priority for high-performing engineering organizations. Studies show that improving DevEx has direct impacts on productivity, product quality, and talent retention. In fact, Atlassian’s 2024 DevEx report found that leaders increasingly see removing friction from developers’ daily work as key to productivity and retaining talent. When developers are bogged down by inefficient tools or processes, they lose precious time (one survey found 69% of devs lose 8+ hours a week to tool inefficiencies!) and frustration mounts. Poor DevEx can even drive developers to quit 63% of developers said developer experience is important to their decision to stay at a company, and two-thirds have considered leaving jobs due to poor DevEx. removing friction from developers’ daily work as key to productivity and retaining talent 63% of developers said developer experience is important to their decision to stay at a company, and two-thirds have considered leaving jobs due to poor DevEx On the flip side, investing in DevEx pays off. Companies that prioritize developer experience see concrete benefits: higher engineering velocity, better software quality, and even improved profitability. Deloitte notes that 81% of companies reported a moderate or significant impact on profitability from their DevEx investments. Why? Satisfied developers build better products faster. A good developer experience “puts developers at the center,” giving them the right tools, platforms, and feedback loops and in turn, happier developers create better end-user experiences. There’s also a talent angle: in today’s competitive market, top engineers flock to organizations with modern, developer-friendly setups. In a world where technology is core to every business, DevEx has become critical for attracting and retaining talent and for enabling new hires to be productive from day one. 81% of companies reported a moderate or significant impact on profitability from their DevEx investments DevEx has become critical for attracting and retaining talent and for enabling new hires to be productive from day one How Internal Platforms Improve DevEx (Automation, Abstraction, Self-Service) Internal developer platforms and other platform engineering efforts improve DevEx by automating repetitive tasks, abstracting away complexity, and enabling self-service for developers. The idea is to free developers from “yak shaving” and toil so they can spend more time building features. Platform teams build layers of tooling that handle infrastructure, CI/CD, environment setup, and more all behind intuitive interfaces or APIs that developers can easily use. Let’s break down the key ways internal platforms boost DevEx: Internal developer platforms automating repetitive tasks, abstracting away complexity, and enabling self-service for developers Automation of Repetitive Tasks: Mundane tasks like spinning up dev/test environments, provisioning infrastructure, running tests, or deploying apps can be automated by the platform. This saves developers huge amounts of time. For example, an IDP might offer one-click or pipeline-based deployments, automated test execution, and on-demand environment provisioning. By automating repetitive tasks such as environment setup, testing, and deployment, the platform frees developers to focus on high-value work. No more manually configuring Docker or Kubernetes for each new service the platform handles it. Abstraction of Complexity: Modern cloud-native development is complex – think containers, Kubernetes YAML, cloud config, microservices. A platform provides higher-level abstractions or “golden paths” so that developers don’t need to be experts in every underlying technology. Self-Service Capabilities: A hallmark of great internal platforms is self-service. Developers shouldn’t have to file a ticket and wait days for Ops to provision a database or set up a build pipeline. Instead, they can use the internal platform’s portal or CLI to do it themselves in minutes. Platform engineering empowers teams to be self-reliant whether it’s obtaining a development database, deploying a microservice, or checking logs, devs can do it via the IDP without hand-offs. This eliminates inter-team dependencies that cause delays. As Arsh Sharma notes, whenever one team must wait on another, that creates a bad developer experience self-service solutions remove those blockers. Ultimately, internal platforms act as internal PaaS products developers are the customers, and the platform provides an easy interface to the capabilities they need on demand. Automation of Repetitive Tasks: Mundane tasks like spinning up dev/test environments, provisioning infrastructure, running tests, or deploying apps can be automated by the platform. This saves developers huge amounts of time. For example, an IDP might offer one-click or pipeline-based deployments, automated test execution, and on-demand environment provisioning. By automating repetitive tasks such as environment setup, testing, and deployment, the platform frees developers to focus on high-value work. No more manually configuring Docker or Kubernetes for each new service the platform handles it. Automation of Repetitive Tasks: frees developers to focus on high-value work Abstraction of Complexity: Modern cloud-native development is complex – think containers, Kubernetes YAML, cloud config, microservices. A platform provides higher-level abstractions or “golden paths” so that developers don’t need to be experts in every underlying technology. Abstraction of Complexity: Self-Service Capabilities: A hallmark of great internal platforms is self-service. Developers shouldn’t have to file a ticket and wait days for Ops to provision a database or set up a build pipeline. Instead, they can use the internal platform’s portal or CLI to do it themselves in minutes. Platform engineering empowers teams to be self-reliant whether it’s obtaining a development database, deploying a microservice, or checking logs, devs can do it via the IDP without hand-offs. This eliminates inter-team dependencies that cause delays. As Arsh Sharma notes, whenever one team must wait on another, that creates a bad developer experience self-service solutions remove those blockers. Ultimately, internal platforms act as internal PaaS products developers are the customers, and the platform provides an easy interface to the capabilities they need on demand. Self-Service Capabilities: self-service Platform engineering empowers teams to be self-reliant internal PaaS By combining these elements – automation, abstraction, and self-service – platform engineering streamlines the entire software development lifecycle. Developers can onboard faster, spend more time coding, and deploy with confidence. In practical terms, a robust internal platform might provide things like pre-configured CI/CD pipelines, template repositories or scaffolding for new projects, one-click environment setup, built-in observability dashboards, and guardrails for security/compliance. All of these make developers more productive and happier in their day-to-day work. automation, abstraction, and self-service streamlines the entire software development lifecycle pre-configured CI/CD pipelines, template repositories or scaffolding for new projects, one-click environment setup, built-in observability dashboards, and guardrails for security/compliance Best Practices for Designing Developer-Friendly Platforms Building an effective platform is as much about understanding your developers as it is about technology. Here are some best practices and actionable tips to ensure your internal platform truly improves DevEx: best practices Treat Developers as Customers of the Platform: Adopting a product mindset is crucial. Your platform isn’t just an internal project it’s a product and your developers are the customers. Successful platform teams treat internal developers as customers with choices, meaning they actively seek to satisfy dev needs and earn adoption. This mindset shift has big implications gather requirements from developers, observe how they work, solicit feedback continuously, and measure success in terms of developer outcomes rather than just technical metrics. By treating devs like customers, you’ll focus on solving their real pain points instead of building shiny features no one asked for. Prioritize Developer Experience in Design: It may sound obvious, but many internal platforms fail by being overly complex or unintuitive. Put DX at the heart of your design. The portal or interfaces should be clean, intuitive, and fast. Developers should have a clear, well-organized UI that guides them through common workflows. Self-service is key (allow devs to do common actions without tickets) and so is discoverability. Essentially, apply UX best practices: reduce clicks, provide sensible defaults, and ensure performance is snappy. Every extra minute a dev spends figuring out the portal is friction. Some tips: run UI/UX tests with developers, maintain good documentation and provide developer-centric views. Provide Golden Paths and Automation “Guardrails”: Design your platform to make the right way the easy way. Define golden paths standard templates and workflows that incorporate your organization’s best practices and encourage their use by making them easily accessible in the platform. Integrate with Existing Tools and Workflows: A platform should feel like an integrated ecosystem, not a new silo. Strive to integrate your internal platform with the tools developers already use source control, issue trackers, chat ops, cloud services, etc. For instance, ensure the platform can hook into your Git repositories and CI systems, provide single sign-on, and unify access to various dev resources. A common mistake is to introduce a portal that doesn’t talk to Jira, GitHub, or your cloud – forcing developers to context switch or duplicate efforts. Instead, an IDP should act as a central hub that pulls together all these systems. This might involve building APIs and plugins. The more cohesive your platform, the less friction for users. Focus on Self-Service & Automation, with Governance: Empower developers with as much self-service as possible, but don’t neglect governance and security. A best practice is to include automation with guardrails. This way, developers can deploy or provision freely, while the platform ensures they don’t violate standards. Role-based access control (RBAC) is also important so that self-service actions are scoped appropriately. The bottom line: trust developers with autonomy, but use the platform to enforce best practices invisibly in the background. This creates a safe, efficient developer experience. Establish Feedback Loops and Iterate: Your platform should continuously evolve based on developer feedback and needs. Pay attention to metrics like platform adoption rates, time saved, and developer satisfaction (some teams even track internal NPS for their platform). Use this data to drive improvements. Treat Developers as Customers of the Platform: Adopting a product mindset is crucial. Your platform isn’t just an internal project it’s a product and your developers are the customers. Successful platform teams treat internal developers as customers with choices, meaning they actively seek to satisfy dev needs and earn adoption. This mindset shift has big implications gather requirements from developers, observe how they work, solicit feedback continuously, and measure success in terms of developer outcomes rather than just technical metrics. By treating devs like customers, you’ll focus on solving their real pain points instead of building shiny features no one asked for. Treat Developers as Customers of the Platform: product mindset gather requirements from developers, observe how they work, solicit feedback continuously Prioritize Developer Experience in Design: It may sound obvious, but many internal platforms fail by being overly complex or unintuitive. Put DX at the heart of your design. The portal or interfaces should be clean, intuitive, and fast. Developers should have a clear, well-organized UI that guides them through common workflows. Self-service is key (allow devs to do common actions without tickets) and so is discoverability. Essentially, apply UX best practices: reduce clicks, provide sensible defaults, and ensure performance is snappy. Every extra minute a dev spends figuring out the portal is friction. Some tips: run UI/UX tests with developers, maintain good documentation and provide developer-centric views. Prioritize Developer Experience in Design: Put DX at the heart of your design. clean, intuitive, and fast Self-service discoverability Provide Golden Paths and Automation “Guardrails”: Design your platform to make the right way the easy way. Define golden paths standard templates and workflows that incorporate your organization’s best practices and encourage their use by making them easily accessible in the platform. Provide Golden Paths and Automation “Guardrails”: make the right way the easy way Integrate with Existing Tools and Workflows: A platform should feel like an integrated ecosystem, not a new silo. Strive to integrate your internal platform with the tools developers already use source control, issue trackers, chat ops, cloud services, etc. For instance, ensure the platform can hook into your Git repositories and CI systems, provide single sign-on, and unify access to various dev resources. A common mistake is to introduce a portal that doesn’t talk to Jira, GitHub, or your cloud – forcing developers to context switch or duplicate efforts. Instead, an IDP should act as a central hub that pulls together all these systems. This might involve building APIs and plugins. The more cohesive your platform, the less friction for users. Integrate with Existing Tools and Workflows: integrated ecosystem IDP should act as a central hub Focus on Self-Service & Automation, with Governance: Empower developers with as much self-service as possible, but don’t neglect governance and security. A best practice is to include automation with guardrails. This way, developers can deploy or provision freely, while the platform ensures they don’t violate standards. Role-based access control (RBAC) is also important so that self-service actions are scoped appropriately. The bottom line: trust developers with autonomy, but use the platform to enforce best practices invisibly in the background. This creates a safe, efficient developer experience. Focus on Self-Service & Automation, with Governance: automation with guardrails enforce best practices invisibly in the background Establish Feedback Loops and Iterate: Your platform should continuously evolve based on developer feedback and needs. Pay attention to metrics like platform adoption rates, time saved, and developer satisfaction (some teams even track internal NPS for their platform). Use this data to drive improvements. Establish Feedback Loops and Iterate: By following these best practices empathizing with developers, delivering a frictionless UX, providing automation with guardrails, integrating seamlessly, and iterating based on feedback your platform team can deliver tools and services that developers want to use. When your internal platform is intuitive and genuinely solves dev pain points, adoption will come naturally and the developer experience will soar. want Common Pitfalls to Avoid Even with the best intentions, platform initiatives can stumble. Many organizations have “built an expensive monument to technical excellence that delivers zero business value” because developers didn’t actually adopt the platform. To ensure your platform engineering efforts succeed, watch out for these common pitfalls: “built an expensive monument to technical excellence that delivers zero business value” Over-Engineering & Building for “Platform’s Sake”: It’s easy for platform teams to get carried away building an incredibly sophisticated platform that technically works but is misaligned with what developers actually need. Avoid the trap of over-engineering features or choosing ultra-complex “cool” tech that doesn’t solve real pain points. Remember, if developers have to work around your platform, it’s a failure. Don’t assume you know what devs need; validate requirements and start simple. Poor Onboarding & Lack of Documentation: An internal platform is only as good as its adoption. If onboarding is too difficult, developers won’t use your platform. Common mistakes include insufficient documentation, lack of training, or just tossing the tool over the fence without guidance. To avoid this, invest in clear, beginner-friendly docs and tutorials. Provide comprehensive training or demos when you roll out new tooling. It’s also wise to have internal support channels where devs can ask questions as they start using the platform. And don’t forget to market your platform internally showcase success stories, make it visible how it helps. Neglecting these aspects can lead to slow adoption or shadow IT as teams stick to old ways. As Qovery’s team notes, even a technically advanced platform will flop if it lacks clear documentation and responsive support when developers get stuck. Make it easy to learn and use. Ignoring Feedback and Evolving Needs: A sure way to derail your platform is to operate in a vacuum. Lack of feedback loops means your platform will drift away from what users need. Developers’ needs change over time – maybe they’re adopting new frameworks, or the pain has shifted from deployment to monitoring. If the platform team isn’t tuned in, the IDP can quickly feel outdated or misaligned. Avoid this by baking feedback into your process collect input via surveys, direct conversations, and usage analytics. One-Size-Fits-All Solutions: Every organization’s tech stack and teams are a bit different. A common pitfall is adopting an IDP or platform approach that doesn’t fit your context either too heavyweight or not robust enough. Over-Engineering & Building for “Platform’s Sake”: It’s easy for platform teams to get carried away building an incredibly sophisticated platform that technically works but is misaligned with what developers actually need. Avoid the trap of over-engineering features or choosing ultra-complex “cool” tech that doesn’t solve real pain points. Remember, if developers have to work around your platform, it’s a failure. Don’t assume you know what devs need; validate requirements and start simple. Over-Engineering & Building for “Platform’s Sake”: technically if developers have to work around your platform, it’s a failure validate requirements and start simple Poor Onboarding & Lack of Documentation: An internal platform is only as good as its adoption. If onboarding is too difficult, developers won’t use your platform. Common mistakes include insufficient documentation, lack of training, or just tossing the tool over the fence without guidance. To avoid this, invest in clear, beginner-friendly docs and tutorials. Provide comprehensive training or demos when you roll out new tooling. It’s also wise to have internal support channels where devs can ask questions as they start using the platform. And don’t forget to market your platform internally showcase success stories, make it visible how it helps. Neglecting these aspects can lead to slow adoption or shadow IT as teams stick to old ways. As Qovery’s team notes, even a technically advanced platform will flop if it lacks clear documentation and responsive support when developers get stuck. Make it easy to learn and use. Poor Onboarding & Lack of Documentation: If onboarding is too difficult, developers won’t use your platform comprehensive training or demos Make it easy to learn and use Ignoring Feedback and Evolving Needs: A sure way to derail your platform is to operate in a vacuum. Lack of feedback loops means your platform will drift away from what users need. Developers’ needs change over time – maybe they’re adopting new frameworks, or the pain has shifted from deployment to monitoring. If the platform team isn’t tuned in, the IDP can quickly feel outdated or misaligned. Avoid this by baking feedback into your process collect input via surveys, direct conversations, and usage analytics. Ignoring Feedback and Evolving Needs: Lack of feedback loops baking feedback into your process One-Size-Fits-All Solutions: Every organization’s tech stack and teams are a bit different. A common pitfall is adopting an IDP or platform approach that doesn’t fit your context either too heavyweight or not robust enough. One-Size-Fits-All Solutions: By being mindful of these pitfalls resisting over-engineering, onboarding users properly, actively soliciting feedback and tailoring solutions to your context you can steer clear of the common failure modes of platform projects. Successful platform engineering is as much about people and process as technology. people and process Tools and Examples: Bringing Platform Engineering to Life The concepts of platform engineering might sound abstract, but there are many tangible tools and frameworks that teams are using to implement internal platforms and improve DevEx: Backstage (Spotify’s Developer Portal): One of the most popular open-source platforms is Backstage, originally built at Spotify. Backstage is a framework for building internal developer portals and it has become a cornerstone for many platform engineering teams. It provides a unified web UI where developers can find all their services, docs, pipelines, and more. Backstage’s plugin architecture lets platform engineers pick and choose features software catalogs, service scaffolding templates, CI/CD integrations, Kubernetes deployments, tech docs, you name it and plug them into the portal. This flexibility (over 100 plugins available) has led to massive adoption Backstage is now a CNCF project used by over 3,400 companies and 2 million developers worldwide. Essentially, Backstage acts as the UI layer on top of an IDP’s capabilities. Companies like Expedia and Netflix have all spoken about how Backstage helps them create a “one-stop shop” for developers. If you’re building an internal portal, Backstage is a great starting point – it exemplifies the power of a well-designed platform tool focused on DX. Internal Developer Platforms (IDPs) & Infrastructure Abstractions: Beyond portals, many organizations build bespoke IDPs – essentially their internal PaaS – often using a combination of open-source and custom components. Scaffolding and Template Systems: To improve the experience of starting new projects or services, platform teams often provide scaffolding frameworks. Developer Productivity and DevOps Tooling: Platform engineering also encompasses choosing and integrating the right tools that developers use daily. Backstage (Spotify’s Developer Portal): One of the most popular open-source platforms is Backstage, originally built at Spotify. Backstage is a framework for building internal developer portals and it has become a cornerstone for many platform engineering teams. It provides a unified web UI where developers can find all their services, docs, pipelines, and more. Backstage’s plugin architecture lets platform engineers pick and choose features software catalogs, service scaffolding templates, CI/CD integrations, Kubernetes deployments, tech docs, you name it and plug them into the portal. This flexibility (over 100 plugins available) has led to massive adoption Backstage is now a CNCF project used by over 3,400 companies and 2 million developers worldwide. Essentially, Backstage acts as the UI layer on top of an IDP’s capabilities. Companies like Expedia and Netflix have all spoken about how Backstage helps them create a “one-stop shop” for developers. If you’re building an internal portal, Backstage is a great starting point – it exemplifies the power of a well-designed platform tool focused on DX. Backstage (Spotify’s Developer Portal): Backstage is a framework for building internal developer portals scaffolding templates over 3,400 companies and 2 million developers worldwide Internal Developer Platforms (IDPs) & Infrastructure Abstractions: Beyond portals, many organizations build bespoke IDPs – essentially their internal PaaS – often using a combination of open-source and custom components. Internal Developer Platforms (IDPs) & Infrastructure Abstractions: Scaffolding and Template Systems: To improve the experience of starting new projects or services, platform teams often provide scaffolding frameworks. Scaffolding and Template Systems: Developer Productivity and DevOps Tooling: Platform engineering also encompasses choosing and integrating the right tools that developers use daily. Developer Productivity and DevOps Tooling: In summary, there’s a rich ecosystem of tools enabling platform engineering today – from open-source projects like Backstage and Crossplane, to products like Internal Developer Portals (e.g. OpsLevel, Port, Humanitec) and CI/CD platforms. The best approach is often a mix: leverage proven open source frameworks and compose them into a solution tailored for your organization’s needs. Crucially, keep the focus on how these tools will improve the daily experience of developers. compose them into a solution tailored for your organization’s needs Conclusion: Platform Engineering as the Backbone of DevEx Great Developer Experience doesn’t happen by accident it’s engineered. Platform engineering has emerged as the backbone of DevEx in modern orgs, providing the infrastructure, automation, and workflows that let developers do their best work. By investing in an internal platform that offers automation, abstraction, and self-service, companies enable their developers to move faster with less frustration, resulting in happier teams and better software outcomes. We’ve seen that improving DevEx is not just nice-to-have but a competitive advantage: it boosts productivity, quality, and retention. backbone of DevEx automation, abstraction, and self-service For engineering leaders and platform teams, the mandate is clear. Think of your developers as your most important users. Build platforms that remove friction, not add to it. Empower engineers with golden paths that make the right thing easy and the complex things possible. Measure success in how much time you save developers and how much satisfaction you bring to their day. And remember, platform engineering is a journey, not a one-time project continuously iterate based on feedback to keep improving the experience. Think of your developers as your most important users. Empower engineers with golden paths In the end, a well executed platform engineering strategy transforms a company’s engineering culture. Developers spend less time on undifferentiated grunt work and more time being creative and delivering value. New hires onboard quickly and feel the momentum. Teams collaborate more easily through shared systems. The ripple effects of a positive developer experience touch everything from innovation to customer satisfaction. That’s why platform engineering is rightly called a foundational pillar of DevEx – when you get it right, developers (and your business) truly thrive. when you get it right, developers (and your business) truly thrive