eOracle secures ether.fi: how the rebase oracle report works
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Explains how eOracle operators compile validator state, rewards and withdrawals into a report for ether.fi, reaching consensus by matching hashes before it updates eETH supply. Argues accurate rebasing prevents insolvency and peg breaks.
Key claims
Secures >2.4M ETH in ether.fi TVL
Consensus needs a quorum of matching report hashes
Oracles matter.
That's why @ether_fi now secures its >2.4M $ETH in TVL with @eoracle_network data feeds & compute, which will power liquidity management, user withdrawals, rebasing, and validator oversight.
Rebasing is crucial for aligning @ether_fi's LRT $eETH with its underlying $ETH reserves, distributing rewards without manual claims, and maintaining a stable token-peg.
Ensuring accuracy in the associated calculations prevents insolvency and manipulation, protecting both stakers and the wider DeFi ecosystem (systemic risks).
Choosing a reliable and secure oracle solution is hence absolutely crucial.
@eoracle_network provides a unique solution for programmable, crypto-economically secured oracles built on @eigencloud.
This allows teams like @ether_fi to build customized implementations that fit the needs of their specific use cases.
How does it work?
@eoracle_network operators gather data such as validator states, blocks, total value locked (TVL), rewards, and withdrawal requests.
After collecting the data, operators calculate total rewards, determine the current APR for @ether_fi stakers, and identify validators ready for approval, exit, or slashing.
The final report includes key details like consensus version, validator status updates, total accrued rewards, and processed withdrawals.
Once the report is compiled, operators submit it along with corresponding hashes to @eoracle_network aggregator contracts.
Consensus is reached when a quorum of matching hashes is achieved, with integrity checks ensuring APR accuracy, safe withdrawal limits, and proper validator entries.
After consensus, the verified report is securely transmitted to Ethereum’s mainnet, where the @ether_fi protocol updates the $eETH supply and executes relevant actions based on the report.
Why does it matter?
@eoracle_network extends the Ethereum security standard to the oracle space through @eigencloud and is the natural, Ethereum-aligned choice for a protocol that builds on Ethereum and specifically $ETH as its core asset.
Learn more below. ↓
@ether_fi @eoracle_network In case you are wondering why having bullish AVS protocols like @eoracle_network on top of @eigencloud matters for $EIGEN, make sure to check my post below.
You might find out why $EIGEN is massively undervalued rn. ↓
x.com/zerokn0wledge_/status/1846866743228039640
QUOTING @eoracle_network
eOracle is now Securing @ether_fi! One of #Ethereum's most trusted staking platforms ♾ Here's how eOracle is helping them secure the 2 Million+ $ETH in their protocol👇 t.co/tCDzhcGoqv t.co/YLTWG4b0Gn
eOracle is now Securing @ether_fi! One of #Ethereum's most trusted staking platforms ♾ Here's how eOracle is helping them secure the 2 Million+ $ETH in their protocol👇 t.co/tCDzhcGoqv t.co/YLTWG4b0Gn
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How the covered assets moved · since 17 Oct 2024
Prices as of 23 Oct 2026This explainer walks through how things work without making a call on the token, so price moves since publication are shown as market context.
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Zero has written 16 more pieces on eOracle since this one.
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