When talking about Uniswap v4, the latest version of the leading decentralized exchange protocol that runs on Ethereum and other EVM‑compatible chains. Also known as Uniswap V4, it brings a fresh set of building blocks for developers and a more flexible trading experience for users. Automated Market Maker, a type of decentralized exchange that relies on math formulas instead of order books is the core design pattern that powers Uniswap. The AMM model requires liquidity providers to lock assets into Liquidity Pools, smart‑contract vaults where traders can swap tokens at algorithmic prices. Those pools enable continuous price discovery without a central order matcher. At the heart of every pool lies a Smart Contract, self‑executing code that enforces trade rules and fee distribution on the blockchain, guaranteeing trust‑less swaps. Together, these entities form the backbone of modern DeFi on Ethereum, the world’s most widely used smart‑contract platform. Uniswap v4 builds on this foundation by adding a hook system that lets developers attach custom logic directly to pool operations, opening doors for fee tiers, royalty splits, and on‑chain order types. In practice, the new hooks influence how liquidity is priced, how fees are routed, and even how external data feeds can modify pool behavior without compromising security.
The hook architecture requires developers to write modular contracts that plug into pool callbacks such as mint, swap, and burn. This design enables innovative products like permissioned pools, built‑in treasury fees, and automated yield strategies that were hard to implement before. Because each hook runs inside the same transaction as the swap, the system maintains atomicity, meaning users never face partial executions or orphaned state. For liquidity providers, the hook system creates new revenue streams: a developer can program a fee split that sends a portion of each trade to a DAO treasury while still rewarding the pool’s contributors. From a security perspective, the hooks are sandboxed – they can’t alter core pool accounting, which preserves the invariant that underlies every AMM. This balance of flexibility and safety drives the rapid adoption of Uniswap v4 across multiple chains, as projects can tailor pools to niche use‑cases without rewriting the entire exchange logic.
Beyond the technical upgrades, Uniswap v4 signals a broader shift in DeFi where composability meets specialization. As you explore the articles below, you’ll see how validator rewards, airdrop mechanics, and smart‑contract security all tie back to the same ecosystem that Uniswap v4 inhabits. Whether you’re a trader looking for better slippage, a developer hunting for hook examples, or an investor tracking DeFi trends, the collection gives you practical data points and real‑world case studies. Dive in to see how the new hooks are being used, what liquidity providers are earning, and which emerging protocols are already building on top of Uniswap v4’s flexible framework.
A detailed review of Uniswap v4 on the Blast network, covering its tech upgrades, gas savings, security, user experience, and how to start swapping or building hooks.