Enable sUSDe/USDT Liquid E-Mode on Core Instance
01Summary
Enable sUSDe/USDT liquid E-Mode on Aave's Core Instance to improve capital efficiency for borrowers using sUSDe as collateral to borrow USDT.
- Type
- parameter change
Key changes
- Add USDT to the sUSDe stablecoin E-Mode on the Core instance(high)
Generated by Kvorum
02Description
Simple Summary
This proposal aims to enable sUSDe/USDT liquid E-Mode for the Core Instance. By implementing this change, we seek to enhance capital efficiency for borrowers using sUSDe as collateral, specifically for borrowing USDT. This is a Direct to AIP Proposal.
Motivation
sUSDe has demonstrated significant usage as collateral for borrowing stablecoins and to increase borrowing options we now look to enable E-Mode for USDT borrows against sUSDe.
By implementing this proposal, we aim to optimize the use of sUSDe within the Aave ecosystem, attracting more liquidity and providing more options for both borrowers and lenders.
Specification
USDT on the Core instance will be added to the sUSDe stablecoin E-Mode
References
- Implementation: AaveV3Ethereum
- Tests: AaveV3Ethereum
- Snapshot: Direct-to-AIP
- Discussion
Copyright
Copyright and related rights waived via CC0.
03Mismatch analysis
The proposal is a typical Aave 'Direct to AIP' governance action: the only decoded on-chain action is a generic execute() call to a payload contract address, with no further decoded parameters. This is standard for Aave payloads, where the actual logic (enabling E-Mode categories, setting LTV/LT/liquidation bonus for sUSDe/USDT) lives in the referenced Solidity implementation contract linked in the description, not in the calldata itself. Because the decoded action provides no granular parameters (asset addresses, E-Mode category ID, LTV values, etc.), it is not possible to directly verify that the payload does exactly what the description claims (enable sUSDe collateral / USDT borrow E-Mode) versus something else. This is a common and expected limitation of Aave's on-chain action decoding for governance payloads, not a sign of malicious or inconsistent behavior. Given the lack of granular decoded data, confidence is low, and no specific value, target, or omission discrepancies can be confirmed. The single action's target and function signature are consistent with the boilerplate execution pattern referenced in the proposal's Implementation link, so no discrepancy is flagged, but the analysis confidence remains low since the actual configuration changes cannot be independently verified from the calldata alone.
Generated by Kvorum
04Actions
- Target
- 0xdc8c…0ae0
- Value
- 0 wei
- Function
- fallback()
- Arguments
{}- Calldata
05Tally
Summed from votes
06Voters
No votes recorded yet.
07Forum
No forum thread is confidently linked to this proposal.
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