90K+ Uniswap V4 Hooks have been initialized across 20 chains 📊
What caught my attention even more is that >$38B in swap volume has already gone through V4 Hooks, with around $32B coming in 2026 alone.
And I think
@Uniswap Hooks are gradually becoming a narrative worth tracking on their own.
Simple explanation:
Before V4, a liquidity pool on Uniswap mostly operated under fairly fixed rules.
If a team wanted dynamic fees, MEV protection, limit orders, a custom launch mechanism, lending integrations, or permissioned trading for specific wallets, they usually had to build extra infrastructure or an entirely separate protocol.
V4 Hooks change that.
You can think of a Hook as a plugin attached directly to a pool.
Developers can add custom logic before/after swaps, liquidity actions, etc., while still using Uniswap's liquidity infrastructure and PoolManager.
For me, the biggest change isn't really the tech itself.
It's that each pool can now become its own financial product.
And V4 traction is starting to become meaningful:
TVL: ~$1.1B
30D volume: ~$42.5B
30D fees: ~$129M
Cumulative volume: ~$451.7B
🔹A few implementations I'm watching:
- StablePair Hook
Uniswap Labs recently launched StablePair for USDC/USDT and USDC/USDG.
Fees are no longer fixed. They adjust depending on how far the pool price moves from the reference rate.
It sounds like a fairly boring use case, but it shows how a Hook can turn a normal stablecoin pool into a market maker with its own logic.
- DualPool x
@sparkfinance
Spark has migrated around $150M in stablecoin liquidity to V4.
DualPool allows liquidity to stay inside a yield vault when it isn't needed for trading, then pulls capital back into the pool when swaps happen.
In simple terms: the same capital can earn lending yield while also serving DEX liquidity.
- Angstrom
One of the Hook protocols with some of the clearest usage so far.
DefiLlama currently shows roughly:
~$290M 30D volume
~$2.9B cumulative volume
~$5.8M TVL
Angstrom uses V4 to build an execution layer around MEV, instead of letting all the value from arbitrage flow leak outside the pool.
Another direction I find especially interesting is using V4 Hooks as infrastructure for token launches.
-
@clanker_world on Base
Clanker-deployed V4 pools have generated around $90.9M in cumulative trading fees.
Current activity has cooled quite a bit from the peak, with roughly ~$328K in 30D fees, but it's still one of the clearest examples of V4 becoming the backend for an entire token launch ecosystem.
-
@ponsdotfamily V2 on Robinhood Chain
Tokens start on a bonding curve, then move into a permanently locked Uniswap V4 pool with a shared Hook after graduation.
As of the latest audit through Sep 15, Pons had passed 500K token launches in roughly six weeks, with billions of dollars in post-graduation volume.
🔹 Also sharing a few tokens currently on my V4 Hook watchlist:
$UNI: obvious base-layer exposure if the whole V4 ecosystem keeps expanding.
robinhood:0x18e674231a58c239dc7daedcffe15ec3a24cff5c: a more direct beta. Hookr is building a Hook marketplace + modular launch infrastructure with anti-snipe mechanics, surge fees, auto-burns, LP rewards, etc. directly inside V4 pools.
$CLANKER: exposure to one of the token-launch ecosystems that has already proven it can generate meaningful fees.
$PONS: high-beta exposure around the Pons ecosystem on Robinhood Chain.
$FLAY: governance token of Flaunch, a V4-native launch protocol.
ethereum:0xc20059e0317de91738d13af027dfc4a50781b066: indirect exposure through Spark + DualPool.
🔹 Also found a few early experiments that are pretty interesting:
-
$FWA /
@token_works
A completely different use case from a normal AMM.
The Hook/pool becomes part of the NFT marketplace economics, while protocol activity feeds buybacks for
$FWA.
DefiLlama currently tracks around $1.87M in fees and ~$667K in 30D protocol revenue, while Q3 gross protocol revenue has already passed $12M.
-
$SATO
Here, the Hook is basically the monetary engine itself.
ETH enters the curve to mint SATO. When users sell, SATO gets burned and ETH is redeemed from the reserve held inside SatoHook, while Uniswap V4 PoolManager acts as the settlement layer.
-
$LOOP /
@lo0pio
A V4 Hook lending AMM trying to turn the same liquidity into both trading liquidity and borrowable liquidity.
The product is live, but usage is still very early.
- ethereum:0xc50673edb3a7b94e8cad8a7d4e0cd68864e33edf /
@token_works
An experiment where trades routed through the V4 Hook pay a 10% fee, with 8% used to buy CryptoPunks.
The broader TokenStrategy economics then use fees for ethereum:0xc50673edb3a7b94e8cad8a7d4e0cd68864e33edf buybacks/burns, effectively turning trading activity into an autonomous asset accumulation strategy.
This is also the part that makes V4 Hooks the most interesting to me.
These projects aren't really competing to build the same product. They're experimenting with what a liquidity pool can become.
Hooks may be where Uniswap evolves from a DEX into infrastructure for building many different types of onchain markets.
Stablecoins, RWA, MEV protection, lending + LP, token launches, dynamic fees... all of them can potentially share the same core liquidity layer.
But that flexibility also comes with a major problem:
90K Hooks doesn't mean 90K good products.
@0xProject recently analyzed 84,163 Hooks across 6 chains and classified:
19.4% as safe
54.2% as malicious
26.4% as likely malicious
Uniswap already has Hook warnings and routing allowlists for certain types of Hooks, but with permissionless deployment growing this fast, I think verification, simulation and reputation layers for Hooks could become just as important as the Hooks themselves.
So what I want to track is:
real product → real usage → real fees → token value capture.
If those four pieces start connecting, I think there will be a lot more to dig into around V4 Hooks from here.