Shared recordsno single partycontrols.
Distributed ledgers for traceability, provenance and multi-party processes, applied where several organisations need one trusted record and a central database will not do.
Why distributed ledgers matter now
Supply chains, permits and asset histories cross many organisations. Where no single party should own the record, a shared ledger gives everyone the same verified truth.
Many parties, one record
Suppliers, regulators, operators and customers each keep their own version today.
Traceability is demanded
Buyers and regulators want provenance for food, pharma, minerals and parts.
Documents are slow
Certificates, permits and settlements still move by email and paper.
Use where it fits
Most records belong in a database; the ledger is for shared trust.
The answer: ledgers where traceability is valuable, integrated with ERP and IoT, not instead of them.
Sources: MIM National Industrial Strategy; Future Factories Program; GACA 2025; Saudi Aviation Strategy; Matarat Holding; SDAIA 2026
Distributed ledgers, applied with discipline
We assess whether a ledger fits, design the network and governance, integrate it with ERP, IoT and documents, and operate the nodes in-Kingdom.
Permissioned networks
Consortium ledgers among known organisations with defined roles.
Traceability & provenance
Events from IoT, scanners and ERP recorded immutably along the chain.
Smart contracts & documents
Rules, certificates and settlements executed and verified automatically.
Building blocks of a ledger programme
Six components, the network and integration layer serve every use case on it.
Fit assessment & governance
Is a ledger right? Who are the parties, rules and operators?
Ledger network
Permissioned nodes hosted in-Kingdom by participating organisations.
Smart contracts
Business rules, certificates and settlements as auditable code.
Data capture
IoT, RFID, scanners and ERP events signed onto the ledger.
Identity & keys
Organisation and device identities, key management and access.
Integration
ERP, WMS, customs and regulator systems connected via APIs.
How it works: from an event to a shared, verified record
Six stages that every traced item or document passes through.
Capture
Scan, sensor or system event
Sign
Device or organisation identity
Record
Appended to the shared ledger
Execute
Contract rules and certificates
Verify
Any party checks the history
Act
Release, pay, recall, report
Where ledgers earn their keep
Eight use cases where several parties need one trusted record.
Cold-chain provenance
Temperature history of food and medicine signed along the chain.
Pharma serialisation
Lot and serial events for recall readiness and anti-counterfeit.
Critical-minerals traceability
Origin and ESG evidence from mine to market.
Aerospace parts provenance
Part histories across suppliers, MRO and operators.
Permits & certificates
Inspection and compliance certificates verifiable by anyone.
Energy & carbon tracking
Renewable and emissions records across generators and buyers.
Trade documents
Bills of lading and customs documents shared and settled.
Asset & property records
Ownership and maintenance histories for infrastructure.
Where it creates value across Saudi sectors
Where trust between organisations is the bottleneck.
Industry & factories
Part and material provenance across suppliers.
Airports
Baggage, cargo and parts histories across handlers.
Hajj & crowd mobility
Permits and service-provider certificates across agencies.
Fleet & logistics
Shipment and document records across carriers and customs.
Utilities & energy
Renewable and carbon certificates across the market.
Retail & FMCG
Food and medicine provenance from source to shelf.
Start with one supply chain where recalls or certificates hurt, pilot with three parties.
A shipment with ledger-backed provenance
Illustrative sequence from a medicine supply chain.
serialised
Each pack’s serial and lot are signed onto the ledger at the line.
temperature
Logger data is appended at each hand-over; an excursion is recorded, not hidden.
verified
The distributor checks the history before acceptance; the excursion lot is quarantined.
audit
The regulator queries the chain for a recall; every pack’s path is available in minutes.
The ledger does not replace ERP, it gives every party the same verified history.
Illustrative scenario, not a case study.
Where this technology goes to work
Let us trace the firstshipment end to end.Know now.
A 45-minute walkthrough of your operation, and the one workflow worth proving first.