Attestation

Data you can defend, and anyone can check.

A data feed delivers a number. An OWNR attestation shows that the number was validated against authoritative sources, and lets anyone prove it later.

Why it matters now

Once tokenized assets settle at institutional scale, the quality of the data behind each settlement becomes a liability question, not a nice-to-have. A wrong or stale figure can mean financial loss and legal exposure, and someone has to be able to show what was known, from which sources, at what moment.

Markets have solved this before. Fixed income came to rely on rating agencies because it needed a credible, examinable answer to a question of risk, not because any one opinion was cheapest. Onchain markets need the same kind of answer for the data layer.

What a rigorous attestation requires

The same four properties apply whether the attestation is an auditor's report or a signed onchain record.

  • Independence.

    The attestor cannot have a stake in the outcome it confirms. OWNR does not trade, hold customer assets or run a market.

  • Verifiability.

    A third party can check the claim without trusting the party that made it.

  • A defined methodology.

    The way a conclusion is reached is repeatable and can be examined. It is not an ad hoc judgment call.

  • Durability.

    The attestation applies to a specific point in time and stays checkable after the fact, not only while everyone is watching.

The mechanism, step by step

  1. Step 1: Source ingestion.

    OWNR pulls data from multiple authoritative sources. A defined hierarchy ranks them for each asset class.

  2. Step 2: Cross-validation.

    The sources are compared against each other. Agreement within tolerance moves a claim forward.

  3. Step 3: Dispute logic.

    When sources disagree, or data is stale, the claim halts and routes to a defined resolution path. Disagreement is never resolved silently.

  4. Step 4: Signing.

    The validated record is signed cryptographically. Post-quantum signing is in development.

  5. Step 5: Publication.

    A timestamped, immutable record is written onchain.

  6. Step 6: Independent verification.

    Any party, using a verification tool separate from the publisher, can confirm the signature and the audit trail.

How this differs from an oracle

Oracle networks answer a different question: whether many nodes agree on what a single source reported. OWNR answers a harder one: what the correct value is when authoritative sources genuinely differ, which source takes precedence, and what happens when they cannot be reconciled. The two work well together, and OWNR attestations can sit on top of existing data delivery.

Built to last

Financial records stay relevant for years, and a signature should outlast today's cryptography. OWNR is building post-quantum signing into the attestation flow, using CRYSTALS-Dilithium for signatures and CRYSTALS-Kyber for key exchange, in line with the standards NIST finalized in 2024. This work is in development.

Chain-agnostic by design

Attestations are meant to be published where the settlement happens. The attestation layer is designed to work across chains, not to tie a customer to one network.

What attestation is not

OWNR does not rate securities or offer opinions on value. We confirm that data was accurate against defined sources and rules at a point in time, and we leave the judgment to the people who rely on it.

See the mechanism work.

See the pilotContact us