Your risk model is only as good as the price it trusts. And if that price can’t be verified, you’re modeling a guess.
Block Analitica starts with the legal documents, then models the worst case. If an asset’s structure can’t be fully verified, the risk model still has to account for the potential loss.
That’s the standard oracle data should meet.
Market prices and redemption values are not the same thing.
A market feed reports trades. With DIA, first-party market data is aggregated onchain, with timestamps that help users verify when observations were made.
But a vault share needs a different approach.
→ Vetro’s VUSD: priced against treasury backing.
→ River’s satUSD+: valued using the vault’s exchange rate.
For these assets, reserves, supply, and redemption mechanics can matter far more than the last trade in a thin liquidity pool.
Risk teams need data that reflects what an asset is actually worth — and how that value can be verified.
If the feed is a black box, the worst-case model is just a guess. $DIA
Block Analitica starts with the legal documents, then models the worst case. If an asset’s structure can’t be fully verified, the risk model still has to account for the potential loss.
That’s the standard oracle data should meet.
Market prices and redemption values are not the same thing.
A market feed reports trades. With DIA, first-party market data is aggregated onchain, with timestamps that help users verify when observations were made.
But a vault share needs a different approach.
→ Vetro’s VUSD: priced against treasury backing.
→ River’s satUSD+: valued using the vault’s exchange rate.
For these assets, reserves, supply, and redemption mechanics can matter far more than the last trade in a thin liquidity pool.
Risk teams need data that reflects what an asset is actually worth — and how that value can be verified.
If the feed is a black box, the worst-case model is just a guess. $DIA