Replace paper e-way bills and proof of delivery slips with a private road freight document chain. Digital waybills, GPS-anchored checkpoint logs, and signed delivery receipts let shippers and recipients settle condition and timing disputes from one shared record.
Turn a folder of contested paper slips into a single, checkpoint-verified freight record.
01.
Replace the printed waybill. The Trade Finance Documents module issues each consignment a signed digital e-way bill, so checkpoint officers validate the load against an on-chain record instead of inspecting paper.
02.
Bind location to time. Each checkpoint scan writes a GPS-anchored log to the Traceability Ledger, creating an immutable trail of where the truck was and when it passed each control point.
03.
End the delivery he-said-she-said. The recipient co-signs a digital proof of delivery capturing condition and timestamp, so disputes resolve against a signed record rather than a smudged carbon copy.
04.
Seal the consignment identity. The Provenance Notary binds the goods, the vehicle, and the assigned driver to one consignment hash that later document handling cannot silently alter.
05.
Collapse control delays. Because officers verify a pre-signed digital bill, roadside checks drop from thirty minutes to under three, keeping trucks moving instead of queuing.
06.
Settle claims from data. A contested delivery pulls the full GPS trail and both signatures, so condition and timing claims are adjudicated on cryptographic evidence in minutes.
Follow a single consignment from digital waybill issuance through every checkpoint to a signed delivery.
05:42:11
[SYS] Initializing E-Way Bill Manifest...
05:42:11
[CMD] issueWaybill { vehicle: "MH12_AB3391", goods: "STEEL_COIL", route: "PUN_NGP" }
05:42:12
[AUTH] Verifying shipper GST credential and route plan...
05:42:12
[OK] Waybill EWB_774120 anchored at block 5210394.
Cerulea decomposes road freight paperwork into modular contracts. Each layer issues, tracks, signs, and adjudicates a consignment without any single party controlling the document trail.
Digital freight documentation is a horizontal capability. Here is how different road logistics actors put the shared record to work.
Issue digital waybills for every dispatch and clear checkpoints in minutes, cutting roadside idle time and giving dispatchers a live view of each consignment's position and delivery status.
Key Asset Types
Co-sign condition and timing at handover so damage and late-delivery claims settle against a signed record, replacing disputed paper slips with shared cryptographic evidence.
Key Asset Types
Validate e-way bills directly against the ledger at control points, clearing compliant loads instantly and flagging mismatches without manual paper inspection.
Key Asset Types
Whether you are bridging a fleet's legacy transport management system or capturing checkpoint scans from roadside handhelds, Cerulea routes both into one shared freight record.
For large fleets on legacy transport management systems. Existing dispatch and delivery events are translated into signed on-chain waybill transitions through the API gateway automatically.
Legacy TMS / ERP
Fleet Dispatch Systems
Cerulea API Gateway
Event Hashing & Signing
Cerulea Private Chain
Freight Document Ledger
For officers and drivers in the field. A handheld app signs each checkpoint scan and proof of delivery from a device wallet and routes it directly to the ledger.
Handheld / Wallet
Officer & Driver Devices
Consortium Validators
Checkpoint Consensus
Cerulea Ledger
Shared Consignment Record
Building a multi-party freight document network with digital waybills, GPS checkpoint anchoring, and signed proof of delivery from scratch requires specialised engineers and long integration cycles. Calculate your exact deployment speed using Cerulea.
Traditional Deployment
Solidity Coding & Audits
~ 12 Months
Visual Compilation
WASM Logical Artifacts
~ 4 Weeks
The legacy timeline reflects enterprise logistics integration benchmarks. Wiring each fleet's transport management system into checkpoint infrastructure, building custom waybill and GPS-anchoring logic, and shipping a signed delivery workflow for an average network takes a baseline of 8 months. Building the same architecture on Cerulea takes a baseline of 2 weeks, because Cerulea Studio visually translates your document and checkpoint rules into pre-audited WebAssembly binaries and provisions the shared freight ledger instantly.