Issue each CITES permit as a verifiable credential on a bilateral network. The DID and VC Ledger, Document Signing, and Port and Customs Events carry the permit across borders, and Compliance Attestations record each approval so forged permits are caught at port.
Turn a forgeable paper permit into a verifiable credential two authorities share in real time.
01.
Replace forgeable paper. Each CITES permit for rosewood, ebony, or other protected species is issued as a verifiable credential, cryptographically bound to its issuing authority.
02.
Share the permit across borders. The DID and VC Ledger and Document Signing carry the permit on a bilateral network, so both origin and destination authorities read one record.
03.
Verify at the point of entry. Destination customs verify a permit in real time against the network, ending the reliance on unverifiable printed documents.
04.
Clear before arrival. A destination authority pre-clears a shipment ahead of arrival from the on-chain permit, collapsing slow processing at the border.
05.
Catch fakes at port. A forged permit on a parallel shipment carries no valid record, so it is caught at port instead of passing a document check.
06.
Record every approval. Compliance Attestations log each authority's approval, building an auditable chain of who cleared the protected-species shipment and when.
Follow one rosewood permit from origin issuance through bilateral sharing to destination pre-clearance.
06:50:22
[SYS] Issuing CITES permit credential...
06:50:22
[CMD] issuePermit { species: "ROSEWOOD", shipment: "MG_EXP_18" }
06:50:23
[AUTH] Anchoring issuing authority DID...
06:50:23
[OK] Permit CITES_6620 issued at block 14620455.
Cerulea decomposes CITES permits into modular contracts for issuer identity, permit binding, bilateral sharing, and border verification, so a permit is verifiable and a forgery fails.
Protected-species permitting is a horizontal capability. Here is how authorities, customs, and traders put one bilateral record to work.
Issue permits as verifiable credentials and share them across borders, ending forgery and giving counterpart authorities a live, trusted record.
Key Asset Types
Pre-clear protected-species shipments ahead of arrival and catch forged permits at port, replacing slow paper processing with real-time verification.
Key Asset Types
Move protected-species timber with a verifiable permit that clears faster, differentiating legal trade from parallel forged shipments.
Key Asset Types
Whether an origin authority is bridging a permit system or destination customs are verifying on the bilateral ledger, Cerulea routes both into one permit record.
For management authorities on legacy permit systems. Existing permit records are translated into verifiable credentials through the API gateway automatically.
Permit System
Authority Platform
Cerulea API Gateway
Permit Signing
Cerulea Bilateral Chain
Shared Permit Ledger
For destination customs verifying at the border. A signed interface resolves each permit against the bilateral ledger and pre-clears valid shipments.
Customs Interface
Destination Authority
Bilateral Validators
Permit Consensus
Cerulea Ledger
Verifiable Permit Record
Building a bilateral permit network with issuer identity, permit binding, cross-border sharing, and border verification from scratch requires trade and identity engineers and long intergovernmental integration. 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 cross-border credential integration benchmarks. Standing up issuer identity, permit issuance, bilateral sharing, and border verification for an average corridor takes a baseline of 8 months. Building the same architecture on Cerulea takes a baseline of 2 weeks, because Cerulea Studio visually translates your permit and approval rules into pre-audited WebAssembly binaries and provisions the bilateral ledger and verification layer instantly.