HyperEVM is an EVM-compatible execution environment embedded directly within Hyperliquid's Layer 1 blockchain. It launched on mainnet in February 2025, enabling developers to deploy Solidity smart contracts directly onto the same infrastructure that powers Hyperliquid's perpetual futures and spot markets.

The significance of that architectural choice matters. HyperEVM isn't a separate chain or a sidechain connected via a bridge. It runs inside the same L1 execution, under the same HyperBFT consensus. That means smart contracts on HyperEVM have native access to Hyperliquid's order book, perpetual positions, and spot markets. DeFi on top of the most liquid on-chain perps venue, without bridge risk.

This guide covers how HyperEVM works technically, what it enables for DeFi, which projects are already building on it, and why the architecture is different from typical EVM chains you might already know.

HyperCore vs. HyperEVM: What's the Difference?

Hyperliquid is built on two distinct execution environments that share the same underlying chain.

HyperCore is the native trading layer. This is where Hyperliquid's order book lives: the perpetual futures, spot markets, and the vault system. HyperCore is purpose-built for high-performance trading. It's not EVM-compatible. Interactions happen through Hyperliquid's native API and the on-chain clearing logic, not through Solidity smart contracts.

HyperEVM is the general-purpose layer. It's EVM-compatible, which means any Solidity developer can deploy contracts to it using the same tools they use on Ethereum, Arbitrum, or Base. Think of HyperEVM as the programmability surface that sits alongside HyperCore, sharing the same consensus.

The key distinction from other EVM chains: because HyperEVM and HyperCore run within the same L1 execution, contracts on HyperEVM can interact with HyperCore's trading primitives directly. A lending protocol on HyperEVM can read a user's perpetual position size. A DEX can use HyperCore's order book for price discovery. That integration depth isn't possible when the EVM layer is a separate rollup or sidechain connected via a bridge.

According to the Hyper Foundation's announcement on X, the initial mainnet release includes HyperEVM blocks built as part of L1 execution, which is what makes this shared-state architecture work.

How HyperEVM Works Technically

HyperEVM uses Hyperliquid's HyperBFT consensus mechanism, the same consensus that processes trades on HyperCore. This gives HyperEVM block finality under one second, with a median transaction latency around 0.2 seconds. That's meaningfully faster than Ethereum mainnet (12 seconds) and competitive with optimistic rollups.

For developers, the experience looks standard:

  • Deploy contracts using Hardhat, Foundry, or Remix
  • Interact with the chain via MetaMask or any EVM-compatible wallet
  • Use Solidity, the same language as Ethereum
  • Pay gas in HYPE (not ETH)

The HYPE gas token is important. Every smart contract interaction on HyperEVM costs HYPE, which creates a direct connection between DeFi activity on the EVM layer and the broader Hyperliquid ecosystem. As HyperEVM usage grows, demand for HYPE as gas grows with it. If you want to understand what the HYPE token is and its full role in the ecosystem, that post covers it in detail.

The shared state between HyperEVM and HyperCore is implemented at the execution layer, not via a bridge. This is the architectural choice that makes HyperEVM interesting from a DeFi composability standpoint. No bridge means no bridge risk, no latency from cross-chain messaging, and no liquidity fragmentation from wrapped assets.

What Does HyperEVM Enable?

Before HyperEVM, Hyperliquid's trading infrastructure was powerful but closed. You could trade perpetuals. You could build strategies using the API. But you couldn't deploy a smart contract that composed with those markets, couldn't build a lending protocol that used perp positions as collateral, couldn't create liquidity pools that integrated with the order book.

HyperEVM opens those surfaces.

Lending and borrowing. Protocols can let users borrow against their assets using HYPE and other tokens as collateral, with interest rates determined by smart contract logic rather than a centralized team. The proximity to Hyperliquid's liquidity pool makes liquidations more efficient than on isolated EVM chains.

Decentralized exchanges. AMMs and DEXs can run on HyperEVM and optionally route orders through HyperCore's order book for deeper liquidity. Automated market making on an EVM layer that has native access to a high-volume order book is a different proposition than AMMs on isolated chains.

Liquidity staking and vaults. Users can deposit assets into protocol-managed vaults that execute strategies using both the EVM layer and HyperCore's trading primitives. Yield strategies that would require bridges and multiple transactions on other chains can be executed in a single transaction environment.

NFTs and other primitives. Standard EVM use cases (NFTs, DAOs, governance tokens) are all accessible because HyperEVM is fully EVM-compatible. These are less central to the ecosystem's value proposition but expand the potential for builder experimentation.

Key HyperEVM Projects to Know

The HyperEVM ecosystem grew rapidly in 2025. Total value locked across the ecosystem reached nearly $2 billion by mid-2025, according to reported ecosystem data. Here are the projects that have established the most traction.

HyperSwap

HyperSwap is the leading DEX on HyperEVM, built with Uniswap-style concentrated liquidity pools and a smart routing engine. It had over $80 million in TVL as of 2025, making it the dominant DEX on the ecosystem. Liquidity providers deposit assets, earn trading fees, and HyperSwap's routing optimizes swaps across available liquidity. The native access to HyperCore's order book is part of what differentiates HyperSwap from generic Uniswap forks deployed to arbitrary EVM chains.

KittenSwap

KittenSwap is a community-owned DEX using ve(3,3) tokenomics, a model popularized by Velodrome on Optimism. In ve(3,3), token holders vote on which liquidity pools receive emissions, and fees from those pools flow back to voters. This creates a flywheel where liquidity concentrates in pools that token holders direct. KittenSwap positions itself as the community governance layer for DEX liquidity on HyperEVM.

HyperLend

HyperLend is a lending protocol built for capital efficiency. It lets users deposit HYPE and other supported assets to earn yield, and borrow against those deposits at dynamic interest rates determined by utilization. The protocol offers features like looping (using borrowed assets to increase a position's size) and integrates with Hyperliquid's broader liquidity infrastructure to support real-time leverage. The public points program launched in April 2025.

Felix Protocol

Felix Protocol focuses on stablecoin issuance and money market functionality on HyperEVM. It enables users to mint stablecoins against collateral and participates in the broader DeFi money market stack that the ecosystem needs to mature.

HypurrFi

HypurrFi is another DeFi protocol in the ecosystem with a focus on yield strategies and structured products. The exact product surface continues to evolve as HyperEVM infrastructure matures.

This list is not exhaustive. The HyperEVM ecosystem section of the Hyperliquid Wiki tracks active projects as the ecosystem expands.

HyperEVM and the Perpetual Futures Connection

Most EVM chains exist in isolation from trading infrastructure. HyperEVM doesn't. The shared execution between HyperEVM and HyperCore means the DeFi layer and the trading layer are genuinely composable.

What this looks like in practice:

A lending protocol on HyperEVM can verify a user's open perpetual position on HyperCore and use that position as part of a collateral calculation. A vault contract can execute a trade on HyperCore's order book and immediately deploy the proceeds to an AMM on HyperEVM, all within a single execution context.

This is meaningfully different from how DeFi works on most chains. On Ethereum, if you want a smart contract to interact with a centralized exchange's order book, you're bridging to a different system. On Hyperliquid, the order book and the EVM are part of the same chain. The composability is native.

To understand how funding rates work on Hyperliquid and why they matter for DeFi strategies that use perpetuals as a building block, that post covers the mechanics in detail.

Why Developers Are Building on HyperEVM

There are a few practical reasons why HyperEVM has attracted developer interest beyond Hyperliquid's existing user base.

Sub-second finality. Building a responsive DeFi application on Ethereum mainnet means dealing with 12-second block times and probabilistic finality. HyperEVM's HyperBFT consensus gives immediate finality under a second. User experience for on-chain applications is substantially better.

EVM compatibility without re-learning. The Ethereum developer ecosystem is massive. Solidity is the most widely understood smart contract language. HyperEVM lets those developers deploy without learning new languages or toolchains. Lower switching cost means more builders.

Native access to liquidity. Hyperliquid already has significant volume and liquidity on its perpetuals. A DEX on HyperEVM can tap that infrastructure natively. Competing with Hyperliquid's order book depth from a separate chain requires bridges and wrapped assets. Building on HyperEVM avoids that problem.

HYPE as gas creates alignment. When developers build on HyperEVM and users interact with their applications, gas demand for HYPE increases. Developers who hold HYPE have direct economic alignment with the growth of the ecosystem they're building on.

The Ethereum.org documentation on the EVM remains the canonical reference for how EVM execution works at a technical level, since HyperEVM inherits those mechanics.

HyperEVM and Smart Money Intelligence

The growth of HyperEVM expands the on-chain data surface on Hyperliquid. As more DeFi activity migrates to HyperEVM, the intersection between perpetual trading behavior and DeFi positioning becomes more observable.

Tracking wallets on Hyperliquid is already possible because Hyperliquid's order book is on-chain. As those same wallets interact with HyperEVM protocols, their DeFi activity, their lending positions, their liquidity pool allocations, adds context to their perpetuals positions.

A wallet that is long BTC perpetuals on HyperCore and simultaneously depositing assets into a lending protocol on HyperEVM is expressing a more complete picture of their view than the perp position alone. Smart money intelligence gets more informative as the ecosystem it draws data from gets more expressive.

HyprSwarm monitors elite wallet activity on Hyperliquid's on-chain infrastructure. The HyprSwarm dashboard shows current directional positioning of tracked wallets across major perpetual markets. For a full explanation of how the system works, see how HyprSwarm works.

What HyperEVM Doesn't Change

Worth being clear about what HyperEVM is not.

It's not a separate chain. There's no HyperEVM token distinct from HYPE. It's not an L2 on top of Ethereum. It's an execution environment inside Hyperliquid's L1.

It's not replacing HyperCore. The perpetual futures order book isn't going away. HyperCore remains the high-performance trading layer. HyperEVM is additive.

It's not a guarantee that every project succeeds. Early DeFi ecosystems see many experiments and high failure rates. The fact that HyperEVM exists doesn't mean every protocol built on it is sound. TVL figures reflect capital deployment, not necessarily protocol quality. Due diligence still applies.

It's not a bridge to Ethereum. Moving assets from Ethereum to HyperEVM requires using a bridge. The shared execution between HyperEVM and HyperCore is internal to Hyperliquid. Cross-chain asset movements still involve bridge mechanics and their associated risks.

Frequently Asked Questions

What is HyperEVM?

HyperEVM is an EVM-compatible execution environment embedded directly within Hyperliquid's Layer 1 blockchain. It launched on mainnet in February 2025. Developers can deploy Solidity smart contracts to HyperEVM using standard tools like Hardhat and Foundry, paying gas in HYPE. Unlike typical EVM chains, HyperEVM shares its consensus with HyperCore, Hyperliquid's native trading layer, enabling native composability between smart contracts and the perpetual futures order book.

What is the difference between HyperCore and HyperEVM?

HyperCore is Hyperliquid's native trading layer: the order book, perpetual futures, spot markets, and vault system. It's purpose-built for high-performance trading and isn't EVM-compatible. HyperEVM is the general-purpose EVM execution layer that runs alongside HyperCore on the same L1. Both share Hyperliquid's HyperBFT consensus, which enables smart contracts on HyperEVM to interact directly with HyperCore's trading primitives without bridges.

What token is used for gas on HyperEVM?

HYPE is the native gas token for HyperEVM. Every smart contract interaction costs HYPE, creating a direct demand link between DeFi activity on HyperEVM and the broader Hyperliquid ecosystem. As protocol usage grows, HYPE gas demand grows with it. The same token used for staking and governance in the Hyperliquid ecosystem is also the computational fuel for its EVM layer.

What DeFi projects are building on HyperEVM?

The most established projects include HyperSwap (the leading DEX with over $80M TVL), KittenSwap (a community-owned DEX with ve(3,3) governance mechanics), HyperLend (a lending and borrowing protocol), Felix Protocol (stablecoin issuance and money markets), and HypurrFi (yield strategies and structured products). The ecosystem reached nearly $2B in total TVL by mid-2025 and continues to expand.

Can Solidity developers deploy to HyperEVM?

Yes. HyperEVM is fully EVM-compatible, meaning any Solidity contract that runs on Ethereum can be deployed to HyperEVM using familiar tools. The main differences are the gas token (HYPE instead of ETH) and significantly faster block finality (under one second versus 12 seconds on Ethereum mainnet). Existing Ethereum tooling, including Hardhat, Foundry, MetaMask, and Ethers.js, works with HyperEVM without modification.

How does HyperEVM connect to Hyperliquid's perpetual futures?

HyperEVM and HyperCore run within the same Hyperliquid L1 under the same HyperBFT consensus. This shared execution environment means smart contracts on HyperEVM can natively interact with HyperCore's order book, perpetual positions, and spot markets. A DeFi protocol can read a user's perp position size, use it as collateral, or execute a trade on HyperCore, all within a single execution context and without bridge infrastructure.