TRANSPARENCY CHAIN The Problem Live Proof The Vision

The Problem

Past your Tier 1 supplier, most manufacturers are tracing parts with email threads and PDFs.

When a part fails, the question isn't whether you can find it. It's how many tiers and how many borders stand between you and the answer.

A typical scenario

Component manufacturer in one country. Sub-assembly built in a second. Final assembly in a third. Three tiers, three jurisdictions, before the part ever reaches a customer.

One bad part

A defect surfaces months after delivery. The question every regulator, and every plaintiff's attorney, asks first: which finished units contain it.

The current answer

Whatever the Tier 1 supplier's own records say, assuming they kept them, assuming they'll share them, assuming nothing was missed in between.

What follows is that scenario, built and running. Not a mockup.

Live Proof

VERIFIEDCHAIN INTACT

Bill of Materials

Select a component above and trace its impact through the build.

Record a Custody Event

Standard feature: scans GS1-compatible 2D part codes. Handheld line scanners feed this same field automatically in HID (keyboard-emulation) mode, no driver required.

Raw Ledger

The Vision

Today: three organizations, two countries, proven.
The mechanism above doesn't change as the network grows. What changes is how many organizations are plugged into it. Fifteen suppliers across twelve countries is an onboarding plan, not a redesign.
The chain doesn't get harder to trust as it gets bigger. It gets harder to fake.

Scan a part code

Point the camera at any part's QR code in the Bill of Materials above, or a printed/etched code on a real part carrying the same ID.