What Is Hyperliquid (HYPE) and How Does It Work?

What Is Hyperliquid (HYPE)?

Hyperliquid is its own Layer 1 blockchain built for trading perpetual futures and spot trading. So it is not just a decentralized exchange, but also the underlying network where that trading happens.

The blockchain has two main parts. HyperCore handles the trading side of the network, such as order books, placing and canceling orders, executed trades, and liquidations. These processes happen on-chain.

There is also HyperEVM. This is an EVM-compatible environment where developers can build Ethereum-like smart contracts and decentralized applications. A smart contract is basically a program on the blockchain that automatically works according to preset rules.

HYPE is the native token of the Hyperliquid network. The token is used, among other things, for staking and for transaction fees on HyperEVM. HYPE also plays a role in the broader Hyperliquid ecosystem.

Key Takeaways

• Hyperliquid is a Layer 1 for on-chain spot and perpetual trading, plus smart contracts.
• HyperCore processes trading activity, while HyperEVM provides room for applications.
• HyperBFT is the consensus mechanism that secures the chain and orders transactions.
• HYPE is used for staking, governance, gas on HyperEVM, and certain trading discounts.
• Perpetual trading and a relatively small validator set come with important risks and trade-offs.

How Does Hyperliquid Work?

Hyperliquid uses central limit order books that are kept fully on-chain for both spot trading and perpetual futures. A limit order book is an overview of buy and sell orders at different prices and amounts. When a buy order and a sell order match, a trade can be executed.

HyperCore handles this trading side of the network. This is where orders are placed and canceled, trades are executed, and positions are liquidated. HyperCore also tracks how much collateral traders have available for leveraged positions.

On Hyperliquid, this happens directly on the blockchain. So the order book and trading logic are not on a separate central server like they are on many traditional exchanges.

The network uses HyperBFT to reach agreement on the order of transactions and new blocks. Once the network reaches consensus, the executed transactions are permanently recorded.

In addition to HyperCore, Hyperliquid also has HyperEVM. This is the environment where developers can build smart contracts and decentralized applications. HyperCore and HyperEVM are connected, which means assets can be used across both parts.

On HyperEVM, HYPE is the native token used to pay gas fees. So HYPE there is not an ERC-20 token, but the network’s native asset.

For perpetual futures, USDC is used as collateral, among other things. A perpetual future is a contract that lets you speculate on a price going up or down without a fixed expiration date.

To keep the price of a perpetual contract close to the underlying market price, funding payments are settled periodically between long and short positions.

Trading with leverage adds extra risk. If your losses get too large and your collateral is no longer enough to support your position, your position can be automatically liquidated.

Hyperliquid (HYPE) Overview

What Is HyperBFT on Hyperliquid?

HyperBFT is Hyperliquid’s consensus mechanism. Consensus means the computers in the network agree on which transactions are processed and in what order that happens. HyperBFT is inspired by HotStuff and other Byzantine Fault Tolerant protocols.

The mechanism secures both HyperCore and HyperEVM. That means the trading layer and the smart contract environment use the same consensus and security model.

Hyperliquid uses delegated proof of stake. HYPE holders can delegate their tokens to validators. Validators help process transactions and produce new blocks. The more HYPE is delegated to a validator, the greater that validator’s weight in consensus and the larger its share of the blocks it can produce.

HyperBFT works in rounds. In each round, validators exchange transactions and cryptographic signatures. To finalize a round, a quorum is needed that represents more than two-thirds of the total staked HYPE.

Once enough validators agree, the round is committed and the transactions can be executed. An important part of HyperBFT is that honest nodes eventually follow the same order of committed rounds.

The active validators and their consensus weight are set per epoch. A staking epoch lasts 100,000 rounds, which is about 90 minutes on the Hyperliquid mainnet. Within an epoch like that, the validator set and the related stake weights stay the same.

Validators that do not respond enough to consensus messages can be jailed. That means they temporarily stop taking part in consensus and do not generate staking rewards for their delegators.

Jailing is different from slashing. With slashing, part of the staked tokens can be lost as a penalty. Hyperliquid does not currently have automatic slashing active, although the concept is meant in the protocol for clearly harmful behavior such as double-signing conflicting blocks.

What Is the Role of HYPE Within Hyperliquid?

HYPE has several functions within Hyperliquid. The main one is supporting proof-of-stake security. Holders can delegate HYPE to validators so those validators can take part in consensus.

An active validator must self-delegate at least 10,000 HYPE. That self-delegation is locked for one year. Validators receive rewards based on their total delegated stake and can charge a commission to people who delegate their HYPE to them.

Staking rewards build up every minute, are distributed daily, and are automatically redelegated. Delegation does have a one-day lock-up. If you want to move HYPE from your staking account back to your spot account, there is a seven-day waiting period.

HYPE is also the native gas token of HyperEVM. So you use the token there to pay for transaction costs and smart contract actions. HYPE also has a governance function within the network.

A staked HYPE position can also give a discount on trading fees. That discount starts at 5% above 10 HYPE and can go up to 40% above 500,000 HYPE.

There is currently no automatic slashing for regular validator staking. There are, however, specific slashing rules for certain permissionless market and quote asset deployments. HYPE from the Assistance Fund is converted through automated execution and then burned. Burned tokens are permanently removed from the circulating and total supply.

How Did Hyperliquid Start?

Hyperliquid was developed by Hyperliquid Labs. Jeff Yan is one of the best-known founders and leads the project together with a small team of developers.

Development of Hyperliquid started in 2022. In 2023, the network went live and Hyperliquid began focusing mainly on on-chain trading in perpetual futures.

In October 2024, the Hyper Foundation was created to further support the Hyperliquid ecosystem. On November 29, 2024, the HYPE Genesis Event took place. During that event, HYPE was launched and a large share of the tokens was distributed to earlier users and ecosystem participants.

Since then, Hyperliquid has continued to expand. In addition to perpetual futures, HyperCore now also supports spot trading, while HyperEVM gives developers the ability to build smart contracts and applications on the network.

What Are the Benefits of Hyperliquid?

Hyperliquid combines a trading platform and a general smart contract environment within the same Layer 1 blockchain. That means users can trade through HyperCore, while developers can build applications through HyperEVM that use the same network.

One important feature is that HyperCore’s order book and trading logic run on-chain. Orders, cancellations, trades, and liquidations are processed directly by the network and reach finality through HyperBFT.

Other benefits include:

• High capacity: according to current technical specs, HyperCore supports about 200,000 orders per second.
• Fast finality: transactions on HyperCore reach finality within one block.
• Spot and perpetual futures on one network: HyperCore supports both spot markets and perpetual futures.
• EVM compatibility: through HyperEVM, developers can build smart contracts and applications with technology that is very similar to Ethereum.
• Permissionless market development: through different Hyperliquid Improvement Proposals, new tokens and markets can be added without Hyperliquid Labs having to manage every market itself.

A few important examples of that are:

• HIP-1: makes it possible to issue native tokens on Hyperliquid and create spot markets for them.
• HIP-2: provides automatic on-chain liquidity for certain spot markets.
• HIP-3: makes it possible to create new perpetual markets when a deployer meets the requirements.

HyperEVM is also EVM-compatible. That means developers can use many existing Ethereum tools and programming concepts to build applications on Hyperliquid.

What Are the Downsides and Risks of Hyperliquid?

Hyperliquid also has risks and limitations. One major risk comes from perpetual trading with leverage. A small price move against your position can lead to a much larger loss because of leverage. If your collateral becomes insufficient, your position can be automatically liquidated.

There are also some risks that are specific to the network:

• Limited validator set: the active validator set currently consists of the 24 validators with the most stake. That is a relatively small group compared with some larger Proof-of-Stake networks and is therefore relevant when judging decentralization.
• Validators can step in in exceptional situations: during the JELLYJELLY incident in March 2025, for example, the validator group voted to remove the JELLY perpetual market after suspicious market activity was detected. The open positions were then settled.
• Smart contract risk: applications on HyperEVM can contain bugs or vulnerabilities, just like smart contracts on other blockchains.
• Risk with linked assets: assets used between HyperCore and HyperEVM can depend on specific contracts and technical connections. Users should therefore check which asset and which contract they are using.
• Permissionless markets bring extra risks: with HIP-3 markets, the deployer determines important market features, among other things. That means risks can differ from market to market.

For perpetual futures, the price data used is also important. An oracle provides market prices to the system. Incorrect or manipulated price data can therefore affect things like liquidations and the valuation of positions.

So Hyperliquid combines high speed and on-chain trading with a relatively new network and a limited validator set. Users should therefore look not only at the trading platform’s performance, but also at the risks of leverage trading, validators, smart contracts, and the specific market they are trading in.

Conclusion

Hyperliquid is a Layer 1 that combines on-chain spot and perpetual trading with HyperEVM for smart contracts and decentralized applications. HyperCore handles the trading functionality, while HyperEVM forms the general programmable layer.

The technical foundation is HyperBFT, a delegated proof-of-stake variant that orders transactions and secures both HyperCore and HyperEVM. HYPE plays a central role in that through staking and delegation. The token is also used as the gas token on HyperEVM, for governance, and for possible trading discounts.

There are also clear trade-offs. Perpetual trading with leverage can lead to fast liquidations. In addition, a relatively small validator set, coordinated intervention by validators, the status of the core code, and risks around permissionless markets are important things to understand.