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This is a test deployment and is not authoritative. The published site is at unvtd.unece.org.Under developmentThe UNVTD project is in development phase and is not yet ready for production implementation. The final approved and implementable standard is expected to be released before the end of December 2026.
Use CasesTransport & Logistics

Transport & Logistics

Moving the goods is the largest single component of trade cost — and the home of the bill of lading, a document that is both a receipt for cargo and title to it. Because it is title, the hard question is not whether it is authentic, but who controls it right now.

The story today

A carrier issues a bill of lading; a freight forwarder coordinates the shipment with a shipper’s letter of instructions; goods may rest under a warehouse receipt; cargo is covered by an insurance certificate. The original bill of lading is physically couriered around the world because whoever holds the paper holds title to the goods.

That paper-as-title model is slow and fragile:

  • Couriering originals across continents adds days and cost, and originals get lost.
  • Because control rests on possession of paper, fraud and disputes over who holds title are common.
  • The same shipment data is re-keyed across carriers, forwarders, ports, and terminals.
  • Attempts to digitise the bill of lading have mostly put it on proprietary platforms — which only work if every party joins the same one.

How it works with verifiable documents

The carrier’s system of record issues the bill of lading as a verifiable, transferable credential, signed with an identity anchored to a national register. Its control — the right to the goods — can be proven and transferred cryptographically, with no courier and no shared platform.

The carrier issues an electronic bill of lading as a transferable record anchored to the national register; control transfers provably from shipper to bank to consignee
  1. The carrier issues the electronic bill of lading as a verifiable credential — a transferable record.
  2. The shipper holds control of it, provably.
  3. Control transfers — to a financing bank, then to the consignee — as a protocol operation, not a courier shipment.
  4. The forwarder’s instructions, warehouse receipt, and insurance certificate are likewise verifiable credentials from their sources.
  5. Any party — port, terminal, bank, customs — verifies authenticity and current control independently.

Why this approach wins

Compared with putting the bill of lading on a proprietary platform or blockchain consortium:

  • More scalable — control is handled by a standardised protocol, so parties do not all need to be on the same platform. Trades are dynamic and multi-party; a platform that requires universal membership cannot keep up.
  • Higher integrity — control of the transferable record is cryptographically provable, so “who holds title” is unambiguous and disputes and double-pledging become detectable — without trusting any one platform’s ledger.
  • Cheaper to implement — no couriering of originals, no platform membership or licensing fees; the carrier and forwarder issue from the systems they already run.

The control problem — proving who holds a transferable record — is the crux, and why a protocol beats a platform. See Transferable Records and the Implementation Model.

What it’s worth

This flow realises:

  • Cost of trade — removing courier delay and cost from the largest component of trade cost, and faster cargo throughput.
  • Operational efficiency — issued once, verified everywhere, no re-keying across carriers, forwarders, and ports.
  • Trade & working-capital finance (secondary) — the electronic bill of lading and warehouse receipt become provable collateral.

The value is quantified in the business cases — most directly for the Logistics provider and Ports.

Documents & learn more

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Trade FinanceBorder Compliance