High-assurance engineering for modern teams

Bring industrial-grade discipline into the AI era of software.

ReqProof takes ideas that used to live mainly in aerospace, automotive, and other safety-conscious environments and makes them operational for ordinary engineering teams: spec-driven development, workflow discipline, traceability, auditability, and formal checks where the model supports them.

ReqProof is not a prettier requirements database. It is a control layer for engineering intent: the place where requirements, code, tests, workflow state, documentation, and release evidence can still be made to agree.

Serious engineering ideas should not require serious legacy bureaucracy.

The problem is not only writing requirements. The problem is preserving intent while software gets faster to change and easier to generate. That is where spec-driven development, reviewable workflow, and traceable evidence become the real product.

01

Spec-driven development instead of post-hoc explanation

Requirements become part of the engineering loop, not a document somebody updates after the real work already moved on.

02

Formal where justified, honest where not

ReqProof does not pretend to mathematically prove everything. It proves what the model supports and keeps the rest explicit, reviewed, and auditable.

03

Built for human and AI workflows

Exploration can stay light. Once a session becomes a real change, the system can become stage-aware, reviewable, and evidence-producing.

The product has to earn its claims in the terminal, not on the website.

ReqProof matters when the repository can show what changed, what was checked, what remains suspect, and what actually shipped. That is why the command surface matters as much as the specification model.

Example command flow proof CLI
$ proof workflow init baseline captured for an actual change session $ proof audit --scope full --fail-level warn Errors: 0 Warnings: 0 $ proof trace autolink requirements, code, tests, and docs kept in sync $ proof version release provenance available in the shipped binary

Requirements management is the entry point, not the boundary.

The system matters because it links specification quality, implementation traceability, workflow gates, verification, documentation, and release distribution into one operational surface.

proof workflow and proof audit

Move from planning to execution with explicit stages, then roll the state of the system into an audit that explains failures and how to rerun them.

workflow init, workflow check, audit --scope full, help for failing checks

proof trace and verification

Keep requirements linked to code, tests, and docs, and run solver-backed checks where a component model is formalized enough to justify that claim.

trace autolink, trace coverage, suspect review, solver-backed checks

Release and install evidence

The shipped artifact should remain attributable. ReqProof publishes binary releases, embeds version provenance, and updates the install surface from the same automation path.

downloads.reqproof.com, Homebrew tap, macOS amd64/arm64, Linux amd64/arm64

If you need stronger control over what your team or your agents are changing, start here.

The useful conversations usually start with spec-driven development, traceable evidence, or workflow control under real delivery pressure.

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