Data Integrity
From data collection and calculation to filing, AMT keeps source traceability, quality checks, access controls and key-node proof records so customers can demonstrate data integrity to third parties.
- Governance
- Traceability / quality / monitoring / security / tenant isolation
- Proofs
- Key-node on-chain hashing
- Verification
- Independent third-party check
- Use cases
- EUDR / Battery / DPP / CBAM
Data-trust foundations
These capabilities cover collection, calculation, collaboration and filing, helping customers explain source, processing and quality controls clearly.
Source traceability
Each data point traces back to its source and key processing records.
Quality checks
Rule validation, anomaly detection and quality scoring help reduce reporting errors.
Operational monitoring
Pipelines and key metrics are monitored, with alerts for anomalies.
Access and security
Field-level permissions, encryption and audit logs cover key operations.
Tenant isolation
Tenant data is isolated while supporting multi-organisation collaboration.
Trusted Data Space
Hash-proof records can be kept at key collection, calculation and filing nodes, allowing customers or verifiers to check integrity within the authorised scope.
- Key-node on-chain hashing
Hashes are generated and anchored on-chain at capture, calculation and filing nodes.
- Independent verification
Verifiers can confirm data is untampered from the hash, without access to source systems.
- Independent verification access
Customers can authorise project verifiers to check the relevant proof records.
- Reusable evidence
The same proof can serve verifications across multiple regulations.
Data-integrity use cases
EUDR deforestation evidence
Trustworthy trails for plot origin and due-diligence evidence.
Battery material traceability
Proofs for key-material origin and carbon-footprint data.
DPP digital passport
Passport fields verifiable and tamper-evident.
CBAM actual-value verification
Evidence for verified embedded-emissions actual values.
Third-party verification flow
- 1Customer provides the hash
The customer shares the data hash for the relevant node with the verifier.
- 2Verifier checks independently
The verifier independently looks up the hash record in the Trusted Data Space.
- 3Confirm data integrity
A matching hash proves the data has not changed since it was anchored.