Hyperliquid is a high-performance blockchain designed around a fully onchain financial system.
Its architecture combines native financial primitives in HyperCore with EVM-compatible smart contracts in HyperEVM.
What Is Hyperliquid?
Hyperliquid is a blockchain built for an open financial system in which liquidity, trading, applications, and settlement share one integrated platform.
Its central trading infrastructure runs directly on HyperCore rather than inside a conventional centralized exchange database.
Users interact through wallets and retain responsibility for their keys, permissions, margin, positions, and execution.
Why Hyperliquid Was Built
The Hyperliquid Blockchain
HyperCore
Native order books, perpetuals, spot, margin, liquidations, staking, vaults, and core financial state.
HyperEVM
EVM-compatible smart contracts secured by the same HyperBFT consensus.
HyperCore
HyperEVM
HyperEVM consists of EVM blocks built as part of Hyperliquid's execution and inherits security from HyperBFT.
HYPE is the native gas token. EIP-1559 is enabled, and official documentation states that base fees and priority fees are burned.
HyperEVM can read HyperCore state and submit supported actions through native system interfaces.
HyperBFT Consensus
HyperBFT is the consensus mechanism that secures both HyperCore and HyperEVM. Validators participate in agreement about ordered state transitions across the unified blockchain.
Fully Onchain Order Books
Order Book vs AMM
| Feature | Order book | AMM |
|---|---|---|
| Price formation | Bids and asks | Pool formula and liquidity |
| Liquidity display | Visible depth by level | Reserves and curve |
| Limit orders | Native | Often simulated or routed |
| Market making | Active quoting | Liquidity deposited into pools |
Perpetual Futures
Hyperliquid perpetual futures provide leveraged long and short exposure without a fixed expiration date. Funding, margin, oracle references, and liquidation logic are core parts of the product.
Spot Trading
HyperCore also supports native spot order books. Spot assets can be listed through protocol-defined deployment mechanisms such as HIP-1.
Long and Short Positions
Long
Benefits when the market price rises and loses when it falls.
Short
Benefits when the market price falls and loses when it rises.
Margin
Margin is the collateral supporting a leveraged position. Initial margin enables the position to open, while maintenance requirements determine whether it may remain open.
Cross vs Isolated Margin
Cross margin
Allows broader account equity to support positions and can expose more capital.
Isolated margin
Restricts collateral to a selected position and helps contain position-level risk.
Leverage
Liquidation
Liquidation occurs when available margin can no longer support the position. A planned stop should normally close risk before forced liquidation becomes likely.
Funding Rates
Funding is exchanged between long and short traders to help keep perpetual prices aligned with their reference markets.
Open Interest
Open interest measures outstanding derivatives exposure. Rising open interest can indicate increasing participation but may also create crowded positioning and liquidation risk.
Order Types
Maker, Taker, and Builder Fees
Vaults
Vaults are onchain strategy accounts. Users can deposit and receive a share of the vault's profit and loss. Strategies may be managed by traders or automated systems.
Hyperliquidity Provider
HLP is a protocol vault that provides liquidity through multiple market-making strategies, participates in liquidations, supplies USDC in Earn, and receives a portion of trading fees.
The HYPE Token
HYPE Staking
Stakers delegate HYPE to validators to support network security and receive staking rewards.
Official onboarding documentation describes a one-day lockup when staking to a validator and a seven-day transfer period from staking balance back to spot balance after unstaking.
Hyperliquid Improvement Proposals
HIPs document important standards and mechanisms for native tokens, liquidity, builder-deployed markets, and network functionality.
HIP-1
HIP-1 defines a native token standard and permissionless spot deployment system on HyperCore, including token and order-book state.
HIP-2
HIP-2 is associated with automated liquidity support for native spot markets and complements permissionless token deployment.
HIP-3
HIP-3 enables qualified builders to deploy perpetual markets under protocol-defined staking, oracle, margin, and operational requirements.
Deposits, Withdrawals, and Bridges
Wallet Connection and API Wallets
Users connect a compatible wallet and sign actions rather than creating a conventional username-and-password exchange account.
API wallets allow automated or delegated trading without exposing the main wallet's private key.
Hyperliquid API
HyperCore and HyperEVM Interoperability
HyperEVM read precompiles expose selected HyperCore information such as positions, balances, vault equity, staking delegations, and oracle prices.
The CoreWriter system contract allows supported actions to be sent from HyperEVM to HyperCore.
Security Model
Key Risks
Hyperliquid vs Other Trading Models
| Model | Custody | Execution | Transparency |
|---|---|---|---|
| Hyperliquid | Non-custodial user authorization | Fully onchain order book | Onchain market state |
| Centralized exchange | Platform custody | Private matching engine | Limited internal visibility |
| AMM DEX | Non-custodial | Liquidity-pool formula | Onchain pool state |
| App-chain order book | Depends on design | Chain-specific order book | Usually onchain or validator-observable |
Why RushX Uses Hyperliquid
Trading Workflow with RushX
Common Hyperliquid Myths
Hyperliquid Glossary
Frequently Asked Questions
Is Hyperliquid a centralized exchange?
No. Hyperliquid is a blockchain-based trading system with fully onchain order books and non-custodial user accounts.
What is HyperCore?
HyperCore is the native execution environment for Hyperliquid's financial primitives, including perpetual futures, spot order books, margin, liquidations, staking, and vaults.
What is HyperEVM?
HyperEVM is the EVM-compatible execution environment built into the same Hyperliquid blockchain and secured by the same HyperBFT consensus.
Is HyperEVM a separate chain?
No. Official documentation describes HyperEVM as part of the same Hyperliquid blockchain rather than a separate chain.
What is HYPE?
HYPE is the native token used to own, govern, and secure the Hyperliquid network. It is also the native gas token of HyperEVM.
Can HYPE be staked?
Yes. HYPE can be delegated to validators on HyperCore to participate in network security and earn staking rewards.
What is the unstaking period?
Official onboarding documentation states that moving HYPE from staking balance back to spot balance takes seven days after undelegation.
What is HLP?
HLP, or Hyperliquidity Provider, is a protocol vault that runs market-making and liquidation-related strategies and accrues part of trading fees.
What is a vault?
A vault is an onchain strategy account into which users can deposit and receive a proportional share of its profit and loss.
What is HIP-1?
HIP-1 defines a permissionless native token standard and spot order-book deployment process on HyperCore.
What is HIP-3?
HIP-3 enables builders to deploy perpetual markets under protocol-defined requirements.
Does Hyperliquid use an AMM?
Its core spot and perpetual markets use fully onchain order books. Vaults and other applications may use automated strategies, but the main exchange model is order-book based.
Are trades non-custodial?
Hyperliquid is presented as non-custodial. Users authorize actions from their wallets rather than depositing into a conventional centralized exchange account.
Can Hyperliquid positions be liquidated?
Yes. Leveraged perpetual positions can be liquidated when margin becomes insufficient.
Does Hyperliquid have funding rates?
Yes. Perpetual markets use funding payments to help keep contract prices aligned with their reference markets.
What is an API wallet?
An API wallet is an authorized key used for trading actions without exposing the user's main wallet key.
Can smart contracts interact with HyperCore?
Yes. HyperEVM includes read precompiles for HyperCore state and a CoreWriter system contract for supported write actions.
Does RushX custody user funds?
RushX is designed as an interface around the Hyperliquid trading workflow. Users remain responsible for their wallet, permissions, positions, and risk.
Does Guard guarantee a profitable Hyperliquid trade?
No. Guard is a decision-support layer. Market conditions can change and every leveraged position can lose money.
What should beginners understand before trading?
Beginners should understand wallet security, margin, leverage, liquidation, funding, order types, stop loss, position sizing, and execution risk.
Official Sources
Hyperliquid evolves quickly. These official pages should be treated as the primary reference for current mechanics and parameters.
Hyperliquid Combines Exchange Infrastructure and a Smart-Contract Platform
HyperCore provides native financial markets while HyperEVM extends the same blockchain with programmable applications.
Its strengths and risks are best understood by separating execution, custody, consensus, margin, smart contracts, bridges, validators, and user permissions.
Combine onchain execution with structured analysis
Use RushX for chart analysis, OrderBook+, Guard, Trade Coach, Market Intelligence, visible risk levels, and the Hyperliquid execution workflow.
Hyperliquid, HYPE, vaults, smart contracts, bridges, staking, and leveraged trading involve substantial risks. This guide is educational and not financial advice.