Optimize ETH-correlated asset parameters
Optimize ETH-correlated asset parameters
Author
Aave Chan Initiative
Creator
0x57ab7ee15cE5ECacB1aB84EE42D5A9d0d8112922
Simple Summary
This proposal seeks to update parameters on ETH-correlated assets and coordinate caps management to improve Aave efficiency.
Motivation
ETH and ETH-correlated assets are the largest reserves in the Aave protocol, leading to their usage as collateral and being one of the protocol’s largest revenue drivers.
ETH is mainly used for two use cases:
- Collateral to borrow stablecoins
- Borrowed using ETH-correlated assets to leverage loop a staking/restaking yield.
This second use case is very sensible to the borrowing cost of wETH and, if kept unchecked, can lead to a negative yield experience for some long-term users having significant leverage positions.
To mitigate this, we propose to optimize the ETH-correlated assets parameters on all markets, and we seek governance greenlight on a cap management policy by risk stewards.
Specification
wETH Slope 1 is optimized to 2.7% on all Aave instances, ensuring LST/wETH loops profitability
Caps & rate management policy (not enforced with this AIP payload):
-
Maintain a minimum 25 bps discount between stETH 30-day avg APR and Slope 1 wETH borrow cost with monthly AIPs to enforce this policy
-
Support research and development to create new InterestRateStrategy contracts for wETH implementing this policy algorithmically.
-
Keep wETH borrow cap increases ceiling at 90% of currently supplied wETH on all networks
-
Implementation: AaveV3Ethereum, AaveV3Polygon, AaveV3Avalanche, AaveV3Optimism, AaveV3Arbitrum, AaveV3Metis, AaveV3Base, AaveV3Gnosis, AaveV3Scroll, AaveV3BNB
-
Tests: AaveV3Ethereum, AaveV3Polygon, AaveV3Avalanche, AaveV3Optimism, AaveV3Arbitrum, AaveV3Metis, AaveV3Base, AaveV3Gnosis, AaveV3Scroll, AaveV3BNB
Copyright
Copyright and related rights waived via CC0.