Socialization and feedback
No on-chain governance vote (yet); purely gathering feedback from Labs, contributors, and delegates.
📄 GitHub: Atomic Update of LP Price Range Proposal
This proposal advocates for a core protocol feature that elevates the liquidity event of modifying a liquidity position’s active price range to be treated as a first-class citizen by the pool contract, alongside its sibling operations (swap, mint, burn, donate, etc.).
The primary motivations are:
burn/mint) processThe feature proposes a new core function, updateLPPriceRange, along with corresponding hook interfaces beforeUpdateLPPriceRange and afterUpdateLPPriceRange, integrated cleanly into the Uniswap PoolManager architecture.
Current Uniswap LP range adjustments require two discrete transactions (burn and mint), creating operational risk, crystallized IL, gas inefficiency, and complexity for automated managers.
An atomic updateLPPriceRange resolves these issues by:
Feedback from Uniswap Labs engineers, governance delegates, LPs, and protocol contributors is highly encouraged.
Questions, suggestions, and concerns are all welcome!
For detailed technical specifications, institutional benefits, security analysis, and stakeholder impact breakdowns, please refer to the full proposal on Github.
Socialization and feedback
No on-chain governance vote (yet); purely gathering feedback from Labs, contributors, and delegates.
📄 GitHub: Atomic Update of LP Price Range Proposal
This proposal advocates for a core protocol feature that elevates the liquidity event of modifying a liquidity position’s active price range to be treated as a first-class citizen by the pool contract, alongside its sibling operations (swap, mint, burn, donate, etc.).
The primary motivations are:
burn/mint) processThe feature proposes a new core function, updateLPPriceRange, along with corresponding hook interfaces beforeUpdateLPPriceRange and afterUpdateLPPriceRange, integrated cleanly into the Uniswap PoolManager architecture.
Current Uniswap LP range adjustments require two discrete transactions (burn and mint), creating operational risk, crystallized IL, gas inefficiency, and complexity for automated managers.
An atomic updateLPPriceRange resolves these issues by:
Feedback from Uniswap Labs engineers, governance delegates, LPs, and protocol contributors is highly encouraged.
Questions, suggestions, and concerns are all welcome!
For detailed technical specifications, institutional benefits, security analysis, and stakeholder impact breakdowns, please refer to the full proposal on Github.
