Deploy a fuel quality monitoring network from refinery to pump where adulteration is detectable at any stage, surprise test results are on-chain and immutable, and supply is suspended automatically on a quality failure. When a test detects adulteration, on-chain records trace it to the distributor who mixed kerosene after depot dispatch, with court-ready evidence.
Turn infrequent paper testing into a refinery-to-pump quality chain that traces adulteration to its source.
01.
The Traceability Ledger follows fuel from refinery to pump, so a quality reading at any stage attaches to the same batch record and adulteration is detectable anywhere.
02.
The Quality and Recall Ledger anchors each surprise test result on-chain, so an adulteration finding cannot be altered or lost.
03.
The Device Attestation module signs each test from a verified device, so a result is bound to a genuine instrument rather than a paper form.
04.
Because custody is recorded at each hop, a failed test traces adulteration to the exact custodian, such as a distributor who mixed kerosene after dispatch.
05.
A quality failure automatically suspends supply from the implicated point, stopping adulterated fuel from moving further down the chain.
06.
The sealed test and custody records form court-ready evidence, supporting enforcement against adulteration and subsidy leakage.
Follow a single fuel batch from refinery dispatch through a surprise pump test to source tracing and suspension.
05:20:04
[SYS] Dispatching batch FUEL_7712 from refinery...
05:20:04
[CMD] dispatch { batch: "FUEL_7712", grade: "BS6_DIESEL", density: 832 }
05:20:05
[AUTH] Anchoring baseline quality reading...
05:20:05
[OK] Batch anchored at chain genesis.
Cerulea decomposes fuel quality monitoring into modular contracts. Each layer anchors the batch, records custody, seals device-attested tests, and traces adulteration to source.
Refinery-to-pump quality monitoring is a horizontal capability. Here is how different actors in fuel retail put the shared ledger to work.
Monitor fuel quality from refinery to pump and suspend supply on failure, protecting brand integrity and cutting subsidy leakage with adulteration traceable to source.
Key Asset Types
Prove the fuel they sell matches the batch dispatched to them, defending honest dealers against adulteration introduced upstream with a shared quality record.
Key Asset Types
Detect and prosecute adulteration with court-ready on-chain evidence, tracing tampering to the exact custodian instead of relying on infrequent paper testing.
Key Asset Types
Whether you are bridging depot and distribution systems or capturing tests from attested field devices, Cerulea routes both into one quality ledger.
For companies on legacy depot and distribution systems. Custody events are translated into signed on-chain batch records through the API gateway.
Depot / Distribution
Company Systems
Cerulea API Gateway
Event Hashing & Signing
Cerulea Private Chain
Fuel Quality Ledger
For mobile testing teams. An attested device signs each quality test directly to the batch chain.
Test Device
Mobile Testing Teams
Consortium Validators
Test Consensus
Cerulea Ledger
Sealed Quality Record
Building fuel quality monitoring with an end-to-end chain, device-attested tests, and automatic suspension from scratch requires specialised engineers and long integration cycles. Calculate your exact deployment speed using Cerulea.
Traditional Deployment
Solidity Coding & Audits
~ 13 Months
Visual Compilation
WASM Logical Artifacts
~ 4 Weeks
The legacy timeline reflects supply chain integrity integration benchmarks. Wiring distribution systems, building custom quality and tracing logic, and shipping device-attested testing 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 quality and custody rules into pre-audited WebAssembly binaries and provisions the quality ledger instantly.