Perforce、企業 AI 成功にプラットフォーム成熟度が重要と報告

Platform engineering maturity is emerging as an important factor in determining whether organizations can turn AI adoption into sustainable operational value, according to Perforce Software's 2026 Platform Engineering Report. The survey of 820 technology professionals found that 73% of organizations it classified as having mature platform engineering practices said platform maturity was a critical or significant factor in their AI success, compared with 44% among less mature organizations. The report also found that 66% of organizations are already using AI in infrastructure workflows, while only 31% report fully autonomous AI, suggesting that most organizations are still navigating the transition from experimentation to governed, production-scale adoption.

The report's broader argument is that AI does not remove the need for strong engineering foundations; it amplifies them. Mature internal developer platforms can provide standardized workflows, automation, governance, policy enforcement, and auditability, giving both developers and AI agents controlled pathways into infrastructure and delivery processes. Perforce reports that organizations with formal governance mechanisms show substantially higher trust in AI than those relying on ad hoc approaches. However, these figures should be interpreted as a correlation from a vendor-sponsored survey rather than proof that platform maturity directly causes higher AI success or trust.

Independent research from Google's DORA program also broadly supports the underlying thesis, although it frames the issue differently. DORA's 2025 research, based on nearly 5,000 technology professionals, describes AI as an "amplifier" that magnifies both organizational strengths and weaknesses. Its findings suggest that high-quality internal platforms help organizations translate individual AI productivity gains into broader delivery improvements, whereas weak platforms can leave those gains trapped behind downstream bottlenecks in testing, security, and deployment. This provides a useful external validation of Perforce's central argument: the value of AI depends heavily on the surrounding engineering system, not simply on the AI tool itself.

Similarly, CNCF and SlashData research points in a similar direction, although it offers a somewhat more nuanced view of platform maturity. Its2026 Technology Radarfound that 35% of organizations use a hybrid platform approach to integrate AI workloads, suggesting that many companies are extending existing developer platforms rather than building entirely separate AI infrastructure. However, only 28% reported having a dedicated platform engineering team, with multi-team collaboration remaining the most common model. This suggests that while platforms are becoming increasingly important to AI adoption, organizations do not necessarily need a highly centralized or fully mature platform engineering function to begin realizing value.

The evidence therefore broadly supports Perforce's conclusion, but it also challenges any overly simple interpretation of the findings. Platform engineering appears to be an important enabler of AI adoption, particularly when it provides reliable automation, clear governance, and fast feedback loops. Still, maturity alone is unlikely to guarantee AI success. The more defensible conclusion is that AI benefits from strong engineering foundations, regardless of exactly how an organization structures its platform function.

The emerging lesson is that AI adoption is increasingly becoming a systems engineering challenge. As AI moves from generating code to operating infrastructure and performing increasingly autonomous tasks, organizations need standardized environments, identity controls, policy enforcement, observability, security, and automated validation to keep that acceleration under control. Perforce's report adds to a growing body of evidence suggesting that the organizations most likely to gain durable value from AI will not necessarily be those that deploy the most AI tools or have the highest adoption rates of AI, but those that build the strongest engineering systems around them.

About the Author

Craig Risi

Craig Risi is a man of many talents but has no sense of how to use them. He could be out changing the world but prefers to make software instead. He possesses a passion for software design, but more importantly software quality and designing systems in a technically diverse and constantly evolving tech world.

Craig is also the writer of the book, Quality By Design: Designing Quality Software Systems, and writes regular articles on his blog sites and various other tech sites around the world.

When not playing with software, he can often be found writing, designing board games, or running long distances for no apparent reason.

Show moreShow less