Verisedge builds application software for highly regulated domains — medical devices, pharmaceuticals, aerospace, industrial manufacturing — the kind of places where validation and traceability aren’t features bolted on at the end. They’re the whole point.
One identifier, carried from first draft to final signature.
§1 — The problem
They’re failed by a broken paper trail. A requirement drafted in one document, verified in another, and signed off in a third — with nothing connecting them — is where the real risk sits. Not in whether the work was done, but in whether anyone can prove it was.
§2 — How it works
This is the actual pipeline behind SpecBridge — the same one every requirement in the trace thread above moved through.
Drop in a user requirements specification — the same document your team already produces, not a new template to learn.
Claude reads the document and pulls out individual requirements as discrete, numbered records — a structured pass, not a copy‑paste job.
Each requirement is checked against supplier deliverables and sorted into compliance categories, surfacing gaps before a customer ever sees them.
Every requirement, extraction, and audit result feeds a live traceability matrix — exportable on demand, not rebuilt by hand before a review.
Suppliers and customers review, comment, and approve through a shared portal. Every approval is recorded against the person and moment it happened.
§3 — How we build
Every requirement carries an identifier from first draft to final sign‑off — not a spreadsheet reconciled after the fact.
Who changed what, and when, is recorded as it happens — not reconstructed under deadline for the auditor.
Each organization’s data is walled off at the database layer, not just behind an application login screen.
Approval is a recorded, attributable act tied to a person and a moment — not a checkbox with no memory.
§4 — Security & data handling
Every organization’s data is walled off with Postgres row‑level security, not just an application filter that trusts the query.
Every extraction, edit, comment, and sign‑off is recorded to an audit log, attributable to a specific user and timestamp.
Session tokens are cryptographically signed and checked on every request, with rate limiting and input validation on every API route.
SAML/SSO for your identity provider, with roles that scope what a supplier engineer can see versus a platform admin.
SOC 2 readiness work is already underway — ask us where things stand.
§5 — Products
Extracts requirements from user requirement specifications, audits them against supplier deliverables, and carries every item through review, comment, and sign‑off — with the full history preserved.
Electronic Design History File management for medical device teams — built on the same traceability foundation as SpecBridge.
§6 — Contact
We’re early. If you’re tired of reconciling your paper trail after the fact instead of building it in from the start, we’d like to hear what you’re working on.