TrueReach AI has unveiled Entropy, an autonomous AI-native SDLC platform that exposes critical gaps in open source development stacks.
TrueReach AI has announced Entropy, an AI-native, autonomous Software Development Life Cycle (SDLC) platform that directly exposes the limitations open-source AI and DevOps ecosystems continue to face- fragmentation, orphan code, and the absence of end-to-end orchestration.
Positioned beyond AI-assisted development, Entropy represents a shift towards AI-owned SDLC execution, where humans validate, govern, and ensure quality. The platform replaces fragmented tools with a single autonomous engine spanning architecture design, sprint planning, coding, testing, and validation, delivering production-grade enterprise software rather than isolated code artefacts.
The platform has already been validated in production, autonomously building a full-scale enterprise system deployed across 65 cities, digitising sales and customer operations with zero human-written code. What traditionally required 120 man-weeks was delivered in 24 man-weeks, marking a 75% reduction in development time.
This milestone reflects a broader industry challenge. According to TechReviewer’s 2025 global survey, 72.2% of companies use AI for code generation, yet adoption remains fragmented across SDLC stages due to limited enterprise context, orphan code, and poor workflow orchestration—issues long recognised by open-source communities.
Commenting on the shift, Mr Mohit Behl, Co-Founder, TrueReach AI, said, “We are witnessing a category-defining shift… They’re not evaluating a productivity tool. They’re evaluating a strategic platform for how their organisation builds software.”
Amit Kumar Tyagi, Co-Founder and CEO, TrueReach AI, added, “It’s not automation—it’s a different operating model for software development.”
By setting a reference architecture for autonomous SDLC execution, Entropy establishes a benchmark against which future open-source autonomous SDLC frameworks are likely to be measured, even as the platform itself remains proprietary.
