Mission Provenance
Sensor. Timestamp. Location. Cryptographic Proof.
Complete data lineage for mission-critical telemetry. Know exactly what captured your data, when it was captured, where it was captured, and prove it mathematically.
What is Mission Provenance?
Mission Provenanceis the complete, verifiable record of a data point's origin and journey. It answers the four fundamental questions that compliance officers, auditors, and operators need answered:
- What device or sensor generated this data?
- When was it captured (with cryptographic certainty)?
- Where was it captured (verified location)?
- How can you prove it hasn't been modified?
The Four Layers of Provenance
Complete data lineage requires capturing and cryptographically sealing four distinct dimensions of every telemetry event.
Sensor Identity
What captured the data
Every telemetry source is cryptographically identified via SolCert. Device attestation ensures you know exactly which sensor generated each data point.
Temporal Anchor
When it was captured
Timestamps are anchored to Solana's blockchain, providing cryptographic proof of when data existed. No backdating. No manipulation.
Spatial Proof
Where it was captured
Location data is verified through Helium's Proof-of-Coverage network and cross-referenced with known infrastructure coordinates.
Cryptographic Seal
Mathematical certainty
All provenance metadata is hashed together and anchored via GroundSync. The resulting Merkle root is your proof of complete data lineage.
The Provenance Chain
How MissionGraph captures complete data lineage at every step
Sensor Capture
Helium LoRaWAN node captures telemetry
Device Attestation
SolCert verifies sensor identity
Timestamp Anchor
Solana block provides temporal proof
Location Verification
PoC network confirms coordinates
Merkle Seal
GroundSync anchors complete provenance
Provenance for Compliance
Mission Provenance directly satisfies data lineage requirements across major regulatory frameworks.
| Framework | Requirement | How Provenance Helps |
|---|---|---|
| NERC CIP-012-2 | Communication link and sensitive data protection | Cryptographic proof that data integrity was maintained across all transmission paths |
| IEC 62443 | Industrial automation security lifecycle | Complete audit trail from sensor to storage with verifiable chain of custody |
| SOC 2 Type II | Data integrity and availability controls | Immutable evidence of data handling procedures and integrity verification |
| ISO 27001 | Information security management | Demonstrable cryptographic controls for data provenance and non-repudiation |
Implement Mission Provenance
Deploy complete data lineage for your mission-critical infrastructure. Every sensor. Every timestamp. Every location. Cryptographically proven.