AI is no longer just a tool that assists software teams from the outside.
It is becoming part of the engineering lifecycle itself, helping generate code, shape decisions, review changes, automate workflows, and influence what eventually gets shipped.
That creates a new architectural problem.
For years, Git gave software teams a reliable way to track code: what changed, when it changed, and who changed it.
But AI-native software work introduces questions that version history alone was not designed to answer.
What was the original intent? What context was given? Which human approved the direction? What was generated, accepted, rejected, modified, or shipped? And what outcome did that work actually produce?
In other words: we can now move faster with AI, but we still need a stronger way to connect intent, authority, delivery, and outcomes.
That is the idea I explore in this HackerNoon article:
The argument is simple: AI-native systems need more than version history. They need an evidence architecture, a proof layer.
A proof layer is not just about tracking activity. It is about making AI-assisted work understandable, governable, and verifiable across the full lifecycle.
That is also the foundation behind D-POAF.
We are building D-POAF as an infrastructure layer for human–AI software work, designed to help teams move faster with AI without losing structure, control, or proof.
*We are opening a small design partner / beta cohort starting May 15.
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The cohort includes guided onboarding and a workflow walkthrough for teams exploring AI in software engineering, DevTools, product engineering, or AI-native delivery.
Apply here:
I would love feedback from developers, engineering leaders, DevTools builders, AI engineers, product managers and anyone thinking seriously about how software changes when AI becomes part of the lifecycle.