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This report analyzes how organizations are implementing Platform Engineering, highlighting what strategies are effective and which ones fall short. It reveals adoption drivers, common features, and metrics for success, showing a gap between builders and users in perception.
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The Platform Engineering Pulse report provides insights into how organizations are currently implementing Platform Engineering. A survey of technical professionals reveals that the primary motivations for adopting these platforms include improving efficiency, standardizing processes, and boosting productivity through automation. Surprisingly, the expected focus on reducing developer cognitive load and burnout was less prominent in the findings.
High-performing platforms tend to feature builds, deployment automation, test automation, monitoring and observability, artifact management, and infrastructure automation. Notably, builds and deployment automation are the most commonly implemented features across organizations. When it comes to measuring success, almost 25% of organizations rely on subjective assessments instead of formal metrics. Those that do use metrics often employ a range of 1 to 8 different measures, leading to significant variation in how success is defined.
The report also highlights that 63% of platforms are mandatory rather than optional, which may impact user acceptance and effectiveness. Platform producers report a 75% success rate, while consumers only report 56%. This gap suggests that builders and users have differing perceptions of the platform's value and effectiveness. The data presents a clear picture of the current state of Platform Engineering, revealing both the challenges and opportunities organizations face in this space.
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