THE ONCHAIN RESEARCH WORKSPACE

Every answer.
An evidence trail.

Live lending data. Traceable analysis. A signed receipt
you can take anywhere and verify independently.

POST-QUANTUM RECEIPTS

ML-DSA-65 signatures.
Integrity you can check.

Understand the trust boundary
READ-ONLY / NO WALLET REQUIRED
01 / RESEARCH QUESTIONLending

Follow the utilization.

Compare two lending markets using live onchain data. Which has higher utilization, and what should an analyst monitor next?

ONE PROTOCOL. TWO MARKETS.
$
USDCAave V3 · Ethereum
DAIAave V3 · Ethereum
SourceThe Graph / Aave V3

A bounded query. No transactions. No wallet connection.

02 / SOURCE EVIDENCEAwaiting query

Start with the source.

Run the comparison to inspect real market data, its indexed block, and the exact query behind every claim.

QueryAnalyzeSign

Your research, with a receipt.

Source evidence and analysis, bound by an ML-DSA-65 signature.

Generated after your first query
WHAT THE SIGNATURE MEANS

This receipt verifies the signed content against a specified public key. It does not prove that the data provider is honest, that the AI analysis is correct, or that Ethereum itself is quantum-resistant.

Research prototype · security limitations

Post-quantum protection applies to this receipt signature. It does not upgrade Ethereum accounts, consensus, API transport, or funds. Signed misinformation is still possible. Issuance and observation times are signer claims, not trusted timestamps. Key distribution, protection, and rotation remain separate trust problems. This hackathon prototype has not been independently audited.