Why did Kelp (rsETH) get Frax-tier LTV parameters?
I am looking at the risk profile matrix for our listed assets, and I need someone from the risk service providers to explain the methodology behind the rsETH E-Mode listing.
We all know there is a massive architectural difference between a base Liquid Staking Token (LST) and a Liquid Restaking Token (LRT).
Take Frax (sfrxETH): It is a foundational LST. It has a battle-tested infrastructure, deep organic liquidity, and its only primary attack vector is standard smart contract risk. It makes sense that we offer highly capital-efficient parameters for assets in this tier.
Then we have Kelp DAO (rsETH): It is an LRT that inherently relies on layered risk. To hold rsETH, you are stacking:
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EigenLayer AVS slashing risks.
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Cross-chain bridge vulnerabilities (which we are currently paying the price for).
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Underlying LST smart contract stacking (since Kelp wraps other LSTs).
Despite Kelp having a highly elevated risk profile, it was granted a 93% LTV in E-Mode, effectively treating it with the exact same security assumptions as our safest base-layer assets.
Why are we pricing layered, systemic restaking risk as if it is a foundational base asset? If our risk models do not apply heavy LTV penalties to assets that rely on complex, third-party infrastructure and bridges, then our risk models are fundamentally broken.
Risk providers need to clarify why this was allowed to pass, and we need an immediate parameter review of all LRTs currently sitting in high-efficiency modes. Capital efficiency cannot come at the cost of protocol insolvency.