DIA deployed a fair value oracle for USDh that calculates its price directly from Hermetica’s Bitcoin and stablecoin reserves.
The feed uses a Reserve-Backing Ratio methodology: if reserves cover supply, USDh is worth $1.00; if not, it reflects actual backing.
The oracle operates on Stacks’ public oracle and is already available to protocols like Zest, which integrate USDh into liquidation logic and collateral.
DIA and Hermetica announced the deployment of a fundamental value oracle for USDh, the Bitcoin-backed stablecoin of the Hermetica protocol, built on the Stacks network. Rather than observing secondary market prices, the feed calculates the asset’s fair value directly from the composition of its reserves, a methodology its developers define as architecturally correct for assets with this type of backing.
Hermetica builds yield infrastructure on Bitcoin on Stacks. USDh functions as a stable unit of account within that system and is backed by a combination of BTC and stablecoins held by the protocol. The premise of the new oracle is that the price of an asset backed by verifiable reserves must be derived from those reserves, not from the last transaction recorded on a DEX.
For lending protocols like Zest, which integrate USDh into their contracts, price accuracy directly affects position health calculations, collateral valuation, and liquidation logic. A price derived from secondary markets can diverge from the asset’s fundamental value during periods of high volatility, creating systemic risk in operations that depend on that data point.
DIA: Reserve-Backing Ratio
The oracle deployed by DIA operates through a Reserve-Backing Ratio(RBR) methodology. The process reads the current state of Hermetica’s reserves, including BTC holdings and balances in stablecoins, and compares them against USDh’s circulating supply If reserves equal or exceed supply, USDh is priced at $1.00. If they fall below, the price reflects the actual backing fraction: $1.00 multiplied by the ratio between reserves and outstanding supply.
The feed is live on Stacks’ public oracle and can be queried in real time by any protocol or user. The integration follows a logic similar to how traditional finance values money market funds from their NAV rather than operating from secondary transactions.
DIA and Hermetica Introduce On‑Chain Fair Value Oracle for USDh Backed by Verified Reserves - Crypto Economy
TL;DR:
DIA and Hermetica announced the deployment of a fundamental value oracle for USDh, the Bitcoin-backed stablecoin of the Hermetica protocol, built on the Stacks network. Rather than observing secondary market prices, the feed calculates the asset’s fair value directly from the composition of its reserves, a methodology its developers define as architecturally correct for assets with this type of backing.
Hermetica builds yield infrastructure on Bitcoin on Stacks. USDh functions as a stable unit of account within that system and is backed by a combination of BTC and stablecoins held by the protocol. The premise of the new oracle is that the price of an asset backed by verifiable reserves must be derived from those reserves, not from the last transaction recorded on a DEX.
Why Market Price Is Not Enough
For lending protocols like Zest, which integrate USDh into their contracts, price accuracy directly affects position health calculations, collateral valuation, and liquidation logic. A price derived from secondary markets can diverge from the asset’s fundamental value during periods of high volatility, creating systemic risk in operations that depend on that data point.
DIA: Reserve-Backing Ratio
The oracle deployed by DIA operates through a Reserve-Backing Ratio (RBR) methodology. The process reads the current state of Hermetica’s reserves, including BTC holdings and balances in stablecoins, and compares them against USDh’s circulating supply If reserves equal or exceed supply, USDh is priced at $1.00. If they fall below, the price reflects the actual backing fraction: $1.00 multiplied by the ratio between reserves and outstanding supply.
The feed is live on Stacks’ public oracle and can be queried in real time by any protocol or user. The integration follows a logic similar to how traditional finance values money market funds from their NAV rather than operating from secondary transactions.