Stand up a highly permissioned defense supply chain with hardware attestation, tamper-proof provenance, and automated batch recall. Traceability Ledger, Device Attestation, and Provenance Notary anchor the core, so counterfeit components are detected at goods-in with cryptographic certainty and every critical part traces to its verified manufacturer.
Turn a counterfeit-vulnerable procurement chain into a hardware-attested provenance record with cryptographic goods-in checks.
01.
Bind parts to silicon. The Device Attestation module ties each component to a hardware root of trust, so a part's identity is proven by the chip itself, not a printed label.
02.
Anchor genuine origin. The Provenance Notary records the authorized manufacturer for each component, making an unlisted or spoofed source detectable at receipt.
03.
Reject fakes at the door. Every component is verified against its attestation and provenance at goods-in, so counterfeits fail the check before entering the chain.
04.
Lock the network down. Only credentialed defense entities can write or read, keeping the supply chain highly permissioned and shielded from open exposure.
05.
Trace every fielded part. The Traceability Ledger links each installed component to its assembly and platform, so any part in service can be traced to its verified maker.
06.
Isolate a bad batch instantly. When a defect or counterfeit is found, the ledger identifies every affected component and platform in seconds for targeted recall.
Follow a single component from attested manufacture through goods-in verification to in-service traceability and recall.
07:40:11
[SYS] Anchoring component attestation...
07:40:11
[CMD] attest { part: "RF_MODULE_88", mfr: "OEM_0x12", hw: 0x9a...c2 }
07:40:12
[AUTH] Verifying manufacturer credential and root key...
07:40:12
[OK] Attestation anchored at block 6112233.
Cerulea decomposes the defense supply chain into modular contracts. Each layer attests, verifies, traces, and recalls a component without exposing the network beyond credentialed entities.
Hardware-attested provenance is a horizontal capability. Here is how different defense actors put the permissioned supply chain to work.
Reject counterfeit components at goods-in with cryptographic certainty, closing the gap that printed certificates and visual inspection leave open.
Key Asset Types
Prove genuine origin for every part they supply through hardware attestation, protecting their reputation and clearing acceptance without dispute.
Key Asset Types
Trace every in-service component to its verified manufacturer and isolate defective batches instantly, replacing broad groundings with targeted recalls.
Key Asset Types
Whether you are bridging a legacy defense ERP or capturing attestations from manufacturing lines, Cerulea routes both into one permissioned provenance ledger.
For defense procurement and depot ERP systems. Component and installation events are translated into attested on-chain records through the API gateway within a permissioned network.
Defense ERP / PLM
Procurement & Depot Systems
Cerulea API Gateway
Attestation Hashing & Signing
Cerulea Private Chain
Permissioned Provenance Ledger
For manufacturing lines and depots. A hardware-signed device attests each component from the production line and routes it directly to the permissioned ledger.
Line Attestation Device
Manufacturer Endpoints
Consortium Validators
Attestation Consensus
Cerulea Ledger
Component Provenance Record
Building a permissioned defense supply chain with hardware attestation, goods-in verification, and automated batch recall from scratch requires specialised engineers and long integration cycles. Calculate your exact deployment speed using Cerulea.
Traditional Deployment
Solidity Coding & Audits
~ 14 Months
Visual Compilation
WASM Logical Artifacts
~ 5 Weeks
The legacy timeline reflects defense-grade supply chain integration benchmarks. Wiring hardware attestation, building goods-in verification, and shipping automated batch recall for an average permissioned network takes a baseline of 9 months. Building the same architecture on Cerulea takes a baseline of 2 weeks, because Cerulea Studio visually translates your attestation and recall rules into pre-audited WebAssembly binaries and provisions the permissioned provenance ledger instantly.