Increase CCIP Facilitator Capacity
01Summary
Increase CCIP GHO Facilitator Bucket Capacity on Arbitrum from 1M to 2.5M units and bridge limit on Ethereum Mainnet to 2.5M units via Direct-to-AIP process, leveraging successful GHO launch with full capacity utilization and strong liquidity depth.
- Type
- parameter change
Key changes
- Increase CCIP GHO Facilitator Bucket Capacity on Arbitrum from 1M to 2.5M units(high)
- Increase bridge limit on Ethereum Mainnet to 2.5M units(high)
Notable concerns
- Capacity increase proceeds with 100% current utilization of the 1M unit limit
Generated by Kvorum
02Description
Simple Summary
This publication proposes increasing the CCIP Facilitator Capacity on Arbitrum from 1M units to 2.5M units via the Direct-to-AIP process.
Motivation
GHO was successfully launched on Arbitrum and the CCIP GHO Facilitator Bucket Capacity is 100% utilized. With $3.41M of liquidity and a solid peg during launch, there is sufficient depth to facilitate increasing the CCIP GHO Facilitator Bucket Capacity from 1M to 2.5M in line with the initial risk parameters proposed prior to launch.
Specification
This proposal will increase the CCIP GHO Facilitator Bucket Capacity from 1M units to 2.5M units via the Direct-to-AIP process. The equivalent bridgeLimit is also being increased on Ethereum Mainnet to 2.5M units.
References
- Implementation: AaveV3Ethereum
- Tests: AaveV3Ethereum
- Snapshot: Direct-to-AIP
- Discussion
Copyright
Copyright and related rights waived via CC0.
03Mismatch analysis
The proposal follows Aave's standard 'Direct-to-AIP' governance pattern: a single payload contract is deployed with the specific logic (e.g., increasing GHO bucket capacity and bridgeLimit) hard-coded into its execute() function, and governance simply calls execute() on that contract. The decoded calldata here shows exactly this pattern — one action, target on Ethereum mainnet, function 'execute()' with no arguments, matching the referenced implementation contract style used by bgd-labs payloads. Because the payload's internal logic (the specific capacity/bridgeLimit values) is not exposed in the decoded arguments, I cannot directly cross-check the '1M to 2.5M' and 'bridgeLimit' figures against on-chain data from this calldata alone. However, there is nothing in the calldata that contradicts the description, and the structure (single execute() call to a mainnet payload contract) is exactly what this type of proposal looks like. Given the lack of visibility into the payload's internal state changes, I mark confidence as low rather than asserting a discrepancy — there is no evidence of mismatch, only insufficient decoded detail to fully confirm the specific numbers. No omissions, target mismatches, or misleading phrasing were identified based on the available data before rendering a verdict.
Generated by Kvorum
04Actions
- Target
- 0xc56f…4931
- 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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