- Hyperliquid combines trading and smart contracts through HyperCore and HyperEVM.
- Its HIP-3 framework allows independent operators to launch perpetual markets.
Hyperliquid is a Layer 1 blockchain designed to support cryptocurrency trading and financial applications on a single network. It combines spot trading, perpetual futures and smart contract applications, allowing developers to build products that connect directly to its trading infrastructure.
The network operates through two main components, HyperCore and HyperEVM. While HyperCore handles trading activity, HyperEVM supports applications powered by smart contracts. A third part, builder-deployed markets, allows independent operators to launch their own perpetual futures markets using Hyperliquid’s trading engine.
Understanding how these components work is important because they have different controls, collateral requirements and withdrawal processes. The network’s native token, HYPE, also plays a role in transaction fees and certain trading-related activities.
How Do HyperCore and HyperEVM Work?
Hyperliquid operates as its own Layer 1 blockchain, meaning it does not depend on another network to process its transactions. Its validators use a consensus mechanism called HyperBFT to secure the blockchain and maintain agreement on transactions.
The network has two main components, each serving a different purpose.
HyperCore handles trading. It operates the network’s built-in spot and perpetual futures order books. Users can place buy and sell orders, trade supported assets and manage leveraged positions.
Perpetual futures allow traders to speculate on asset prices without an expiration date. Funding payments help keep these contracts aligned with the prices of their underlying assets. HyperCore also handles liquidations when traders no longer have enough collateral to support their positions.
HyperEVM supports decentralized applications. It runs smart contracts, allowing developers to build financial applications and other blockchain-based services. It also supports Ethereum-style development, making it easier for developers familiar with Ethereum tools to work within the Hyperliquid ecosystem.
HYPE is used to pay transaction fees on HyperEVM, commonly known as gas fees.
The two components can also communicate. Hyperliquid activated its CoreWriter system contract on the mainnet on July 21, 2025. This allows supported applications to access HyperCore trading information and send certain actions back to its trading system.
This connection allows developers to build applications that interact with the network’s trading infrastructure without operating a separate blockchain.
What Are Hyperliquid’s Builder-Deployed Markets?
Hyperliquid also allows independent operators to launch perpetual futures markets through a framework known as HIP-3.
These markets use HyperCore’s trading infrastructure but give market deployers control over important parts of their products. Operators can decide which contracts to list, provide oracle price feeds and establish leverage limits.
This creates an important difference between native Hyperliquid markets and builder-deployed markets.
For native perpetual futures, validators provide the oracle prices. Under HIP-3, the independent market operator supplies the price feeds and defines several market-specific rules.
Deployers also have certain powers over their markets. They can halt trading, cancel open orders and settle positions using the current mark price.
However, launching a market requires a substantial commitment. HIP-3 rules require deployers to stake 500,000 HYPE. Validators can also penalize certain harmful actions by slashing the operator’s stake, which involves burning the affected tokens.
This stake is separate from the collateral traders use to support their positions. It does not serve as an insurance fund or guarantee compensation for traders who lose money.
TradeXYZ is one example of a platform using this framework. It defines its own market listings, price feeds and leverage limits while relying on HyperCore to process trades.
Hyperliquid also supports builder codes, which allow applications to receive user-approved fees when they route trades through the network. However, routing trades and operating a market are two different activities.
How Do Collateral and Withdrawals Work on Hyperliquid?
Collateral plays an important role in how users trade on Hyperliquid. It is the value traders commit to support their positions and meet their trading obligations.
For native crypto perpetual futures, USDC is the standard margin asset. Eligible accounts using portfolio margin can also use HYPE and other supported assets to back borrowing for spot and perpetual trading, subject to the network’s requirements.
The distinction matters because the asset used as trading margin is not necessarily the only asset supporting an account’s borrowing.
Hyperliquid also offers two margin systems:
- Cross margin: Shares eligible collateral across covered positions, allowing multiple positions to draw on the same collateral balance.
- Isolated margin: Assigns collateral to an individual position, limiting the collateral allocated to that trade.
The extent to which collateral is shared across different HIP-3 markets depends on the account’s margin mode and the assets it uses.
Moving Assets Between HyperCore and HyperEVM
Although HyperCore and HyperEVM operate on the same blockchain, moving assets between them involves specific transfer mechanisms.
Hyperliquid supports transfers between spot assets on HyperCore and their corresponding token contracts on HyperEVM. However, these transfers depend on the linked token contracts behaving correctly.
A shared blockchain does not automatically guarantee that every token contract has sufficient supply or supports the required transfer functions.
USDC also has a separate arrangement. Balances recorded on HyperCore are protocol-level credits rather than Circle-issued USDC tokens held directly in a trading account.
Native USDC is held in a deposit contract on HyperEVM, from which withdrawals are processed. Circle’s Cross-Chain Transfer Protocol (CCTP) also supports transfers between Hyperliquid and compatible external blockchains through token burning, verification and minting.
This differs from Hyperliquid’s older Arbitrum bridge, which is now deprecated. Its withdrawal process relies on validators.
Why kHYPE Withdrawals Work Differently
Kinetiq is one of the applications in the Hyperliquid ecosystem that issues its own tokens. Its kHYPE token represents HYPE deposited into its staking system.
Users holding kHYPE can either sell it on the market, where the price depends on available liquidity, or go through an unstaking queue to receive their underlying HYPE.
The two options work differently. Selling kHYPE depends on market conditions, while unstaking requires waiting for the withdrawal process to be completed. Holding kHYPE therefore does not guarantee immediate access to the underlying HYPE.
Is Hyperliquid Expanding Into Regulated Markets?
Hyperliquid’s ecosystem is also attracting interest from companies looking to establish regulated trading services.
On October 26, 2026, Hyperliquid announced HIP-3*, an optional onchain list of permitted participants. However, the feature was released on testnet, with production support planned for a future network upgrade. Existing markets were not affected by the announcement.
Payward also proposed a US offering based on this framework, subject to regulatory approval.
Two days later, on October 29, Intercontinental Exchange (ICE) announced plans for a US-regulated market and clearing structure involving TradeXYZ.
The proposed arrangement would allow customers to access the products through regulated futures brokers. However, ICE still needed to obtain regulatory approvals, meaning the planned US trading venue was not yet operational.
These developments point to growing interest in connecting Hyperliquid’s blockchain infrastructure with traditional financial markets. However, proposed services should not be confused with products that are already available.
What Makes Hyperliquid Different?
Hyperliquid brings trading infrastructure and smart contract applications together on one blockchain. HyperCore provides the order books and trading functions, while HyperEVM gives developers the tools to build applications that can interact with that infrastructure.
Its HIP-3 framework adds another layer by allowing independent operators to introduce their own perpetual futures markets without building a separate trading engine.
However, the different components come with their own rules. Market operators control certain aspects of builder-deployed markets, collateral depends on account settings and asset type, and withdrawals rely on specific transfer mechanisms.
For users and developers, understanding these differences is essential when navigating the Hyperliquid ecosystem.
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This article reflects the author’s views and is provided for informational purposes only. While we strive for accuracy, the publisher does not guarantee that all information is complete or current. Readers should verify important information and consult appropriate sources before making decisions based on this content.
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