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Logistics & Manufacturing

Blockchain Supply Chain Platform

A traceability design where custody events are recorded on-chain and verifiable by every participant.

Reference ArchitectureEstimated 16–22 weeks including audit cycles

This is a solution blueprint authored by our engineering team. It describes how we would approach this problem — it is not a record of a delivered client project, and the expected benefits below are design goals rather than measured results.

Business challenge

Supply chains span suppliers, transporters, warehouses, and retailers, each keeping their own records. When a dispute or recall occurs, reconstructing what happened means reconciling several private systems that may not agree — and no party can independently verify another's claims.

Proposed solution

A shared traceability layer where custody transfers and quality checkpoints are written on-chain as tamper-evident events, while bulk documents and images stay off-chain with only their hashes anchored. Every participant reads the same history without any single party owning the ledger.

Architecture overview

Smart contracts model participants, assets, and custody events with role-gated write access. Off-chain documents go to object storage with content hashes committed on-chain. An indexer service builds queryable views for dashboards, and API adapters let existing ERP and WMS systems emit events without being rewritten. Batch anchoring keeps transaction costs predictable.

Architecture
blockchain-supply-chain-platform architecture
Expected business benefits
  • Independently verifiable chain of custody
  • Faster recall scoping through batch-level traceability
  • Reduced dispute resolution time between partners
  • Provenance claims backed by evidence, not assertion
  • Existing systems integrate without replacement
Scalability

High-frequency events are batched and anchored periodically rather than written individually. The read path is served entirely by the off-chain indexer, so dashboard performance is independent of chain throughput.

Security considerations
  • Smart contract audit before any mainnet deployment
  • Role-gated write permissions enforced in contract logic
  • Private business data kept off-chain, hashes only on-chain
  • Key management and signing isolated per participant
  • Upgrade path planned with explicit governance controls
Estimated timeline

Estimated 16–22 weeks including audit cycles

Technologies
SolidityNext.jsNode.jsPostgreSQLIPFS/Object StorageWeb3

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