Uniswap V4 processed $824.9 million in trading volume over the past 24 hours, according to on-chain data tracked by DefiLlama, marking a 70.9% increase from the prior day.
The spike represents a sharp one-day move for the decentralized exchange's latest iteration. V4, which introduced customizable liquidity pools and hooks that allow developers to embed custom logic into pools, launched on the Ethereum mainnet in September 2024 after months of testing on testnets.
Uniswap V3, the predecessor, regularly handles several hundred million dollars in daily volume across all networks but has historically processed lower per-pool throughput than concentrated liquidity designs allow. The 70.9% day-over-day gain on V4 stems from either a single large transaction set or a cluster of newly active pools taking advantage of the protocol's hooks feature, though the on-chain data does not distinguish between them.
The volume move occurred without a major new token listing or promotional announcement from the Uniswap Foundation or Uniswap Labs, the core development team. No emergency security patch or protocol upgrade was announced in the same window. V4 pools have seen steady adoption since launch, with developers gradually deploying specialized liquidity strategies using the customization layer.
V4's design allows liquidity providers to build pools with custom fee tiers, custom logic gates, and automated rebalancing without forking the codebase, a departure from V3's fixed parameter sets. The protocol's adoption has been gradual relative to V3's installed base, which remains the dominant Uniswap version by notional value locked across Ethereum and layer-2 networks.
Uniswap handled roughly $2 billion in daily volume across all versions and networks as of late July 2026, making the $824.9 million V4 figure approximately 41% of the protocol's total daily throughput if the 24-hour period is representative. The median daily volume for V4 over a longer window would clarify whether this marks a structural shift in user routing or a temporary concentration event.
