In 2026, a definite change is being observed in the world of DevOps, with the traditional approach of using multiple CI/CD tools being replaced with platform engineering, where the internal developer platform and self-service portals become the new normal. Industry research has already indicated that this trend is moving mainstream. For instance, Gartner has estimated that around 80% of large engineering organizations would have dedicated platform engineering teams by 2026.
Google’s DevOps research indicates that as many as 90% of organizations already operate at least one internal platform, with the quality of the internal platform having a direct impact on outcomes such as the value created due to investments made in AI. Essentially, as we move forward in 2026, we can already see a new phase of evolution in terms of DevOps.
From DevOps Practices to Platform Engineering as an Operating Model
Platform engineering teams serve as a bridge between development and operations. They create, build, and run internal services that enable developers to use infrastructure on their own. As one industry expert explains, “Platform engineering is taking DevOps concepts and running with them to improve security, governance, cost, and speed to value with a self-service model and a better developer experience.”
It is not simply a process change; it’s a cultural change. DevOps is about collaboration, and platform engineering is about baking that collaboration into the very fabric of productized infrastructure. It’s about replacing tribal knowledge with paved roads and making best practices the norm, rather than an afterthought.
The Internal Platform as Product: Why IDPs Are Replacing Toolchains
In practice, that means building one internal developer platform that is unified and cohesive, like a portal or an API that brings together infrastructure, libraries, and deployment steps that teams need. According to studies by DevOps Research and Assessment, leading platforms have shared tools and common paths, which allow teams to create, test, and deploy their software in a safe and compliant manner without losing momentum.
As Atlassian describes, that means an IDP that “hides the messy details of software delivery, allowing our developers to spend more time building new features rather than dealing with ticket queues and tool sprawl.” When done well, platform engineering is like butter: smooth and product-like.
Enterprise Proof Points: What Leading Organisations Are Doing Differently
The adoption of the platform-first strategy in DevOps is a trend that is already being followed by the best-performing teams. For example, Netflix’s Platform Experience team created a federated console that integrates dozens of different developer tools into a single user experience. The results are not just a better user experience, as the team has noted a reduction in cognitive load that enables faster deployments throughout the company’s engineering teams.
Similarly, Spotify’s engineering teams consider their developer portal a product, with a significant investment in experience design as well as adoption. They recognised early on that issues affecting developers are a business problem, not just a technical debt problem. The results are measurable, with faster velocity, increased reliability, and improved business performance.
The benefits of platform engineering are no longer theoretical. A CIO report notes that mature platform teams are now correlated with increased velocity, as well as a reduction in operational incidents. For example, in a global manufacturing company, the team achieved a reduction in deployment cycles from weeks to minutes, as well as a reduction in critical incidents by more than a third.
Similarly, Gartner notes that the majority of large organisations now consider platform teams a strategic asset in improving productivity and reliability. Paula Kennedy, formerly of ThoughtWorks, notes that the State of DevOps research consistently correlates platform engineering with “improved organisational performance.” This is why platform engineering is now the new default mode in DevOps.
Security by Design: Platforms as the New Control Plane
Security and compliance are no longer add-ons tacked on as an afterthought. Rather, these aspects are now integrated into the flow itself. Atlassian believes that platform engineering enhances security by integrating governance into the experience itself. However, Gartner goes a step further by saying that architectural and security controls should be integrated into the platform, as opposed to voluntary adoption. This creates a “paved road” in which the secure option is the fastest.
The results from the 2025 report by DORA indicate a new risk pattern. With the advent of AI, code generation is now much quicker. However, as testing and security reviews slow down, risk is quietly reintroduced. The internal developer platform helps by being the distribution layer for AI-based changes. This allows the adoption of AI without increasing the level of risk.
Building a Sustainable Platform Engineering Strategy
A good foundation of platform engineering is that the platform is thought of as an enduring product, not just as a store of internal tools. The top-performing firms have well-defined product ownership, gather feedback from their developers, and monitor their platform usage as if they were promoting a product.
They focus on high-impact workflows from the very beginning, rather than attempting a massive, all-encompassing rewrite of everything. Multidisciplinary teams, which include infrastructure, software engineering, security, and product expertise, are common, and automation and AI are being integrated more and more to reduce toil and mitigate operational risks. The result is that they have an enduring platform engineering capability, not just a one-time transformation effort.
The New Standard for DevOps in 2026
Platform engineering is rapidly becoming the default operating model for DevOps. It is no longer a nice-to-have improvement but a necessity. Companies that establish a robust internal developer platform and a platform engineering strategy are consistently winning, while others struggle with a disjointed toolchain and poor guardrails.
As DORA researchers point out, investing in platform quality is key to enabling innovation, resilience, and responsible AI adoption. The winning formula in this new standard of DevOps is simple: those who recognise developer experience, security, and speed as an integrated system will thrive. This is the true promise of DevOps evolution, and platform engineering is no longer optional but mandatory.