Understand Hyperliquid.

What Is Hyperliquid? How HyperCore, HyperEVM, and HyperBFT Work

Learn how Hyperliquid works as a layer one blockchain, how HyperCore handles native markets, how HyperEVM adds smart contracts, and how HyperBFT secures both.

HyperCore Explained

How Hyperliquid's native financial execution environment handles markets, margin, matching, and state.

HyperEVM Explained

What HyperEVM is, why it exists, and how smart contracts connect to HyperCore.

HyperBFT Explained

How Hyperliquid's consensus system orders transactions and secures HyperCore and HyperEVM.

What Happens When You Place a Trade on Hyperliquid?

Follow an order from the trading interface through consensus, matching, margin checks, and account updates.

How an Onchain Order Book Works

Bids, asks, spreads, price-time priority, and what makes Hyperliquid's native order book different from an AMM.

AMMs vs Order Books

Two ways DeFi markets discover prices, with HyperCore CLOBs and HyperEVM AMMs as concrete examples.

Spot vs Perpetual Futures

How owning an asset differs from trading perpetual exposure, including leverage, funding, and liquidation risk.

What Is a Perpetual Futures Contract?

Why perps have no expiry, how funding anchors them to spot, and where their risks come from.

Long, Short, Leverage, and Margin

The four concepts that determine how a leveraged trading position behaves.

Standard, Unified, and Portfolio Margin Accounts

How Hyperliquid's account modes decide which balances can support which positions.

Cross Margin vs Isolated Margin

How shared and ring-fenced collateral change liquidation risk on Hyperliquid.

How Liquidations Work on Hyperliquid

Maintenance margin, market liquidations, backstop liquidations, and what happens to remaining collateral.

Funding Rates on Hyperliquid

Why funding exists, who pays whom, and how Hyperliquid calculates the rate.

Mark Price vs Oracle Price vs Last Price

Why Hyperliquid uses multiple prices for trading, funding, PnL, and liquidation.

Open Interest, Volume, and Funding

How three market metrics reveal different parts of a perpetual market's positioning and activity.

Hyperliquid Order Types Explained

Market, limit, stop, take-profit, scale, TWAP, post-only, and IOC orders without the trading jargon.

Hyperliquid Fees, Makers, and Takers

How fee tiers, maker rebates, staking discounts, spot weighting, and HIP-3 deployer fees fit together.

Trading & Risk | Advanced

What Are Builder Codes?

How Hyperliquid frontends and applications can charge per-order fees without taking custody of user funds.

Subaccounts and API Wallets

How professional users separate strategies and authorize automated trading on Hyperliquid.

Portfolio Margin on Hyperliquid

How Hyperliquid unifies eligible spot balances and perpetual positions into one risk-managed portfolio.

Lending, Borrowing, and Carry Trades on HyperCore

How Portfolio Margin creates borrowing demand, supply yield, and spot-perp carry strategies.

Portfolio Margin Risk and Liquidations

How Hyperliquid evaluates a whole Portfolio Margin account and why liquidation order can be non-deterministic.

HIP-1: Hyperliquid's Native Token Standard

How native spot assets are created and indexed inside HyperCore.

HIP-2 Hyperliquidity Explained

How Hyperliquid bootstraps native spot liquidity with a protocol-level automated order-book strategy.

How a Token Launches on HyperCore

From HIP-1 deployment auction to genesis balances, spot pair creation, and Hyperliquidity.

HIP-3: Builder-Deployed Perpetual Markets

How builders deploy independent perpetual DEXs while inheriting HyperCore's order books and margin engine.

HIP-3 Oracles and Market Pricing

Why a builder-deployed perpetual is only as credible as its reference price and market operations.

HIP-4 Outcome Markets Explained

How Hyperliquid's fully collateralized outcome contracts price discrete events without perpetual leverage.

Outcome Markets vs Perps vs Options

Three ways to express market views with different payoff shapes, margin systems, and settlement rules.

How HyperCore and HyperEVM Communicate

How HyperEVM smart contracts read HyperCore state through precompiles, and why that matters for DeFi composability.

CoreWriter Explained

How HyperEVM contracts can send supported actions to HyperCore and what this enables for onchain applications.

Architecture & Build | Intermediate

HLP and HyperCore Vaults Explained

How Hyperliquid vaults pool capital, how HLP differs from user-created vaults, and what depositors are exposed to.

HYPE Staking and Validators Explained

How HYPE delegation connects token holders to HyperBFT validators, rewards, lockups, and network security.

How the Hyperliquid Bridge Works

How assets move between external chains and Hyperliquid, and why bridging risk is separate from trading risk.

Robust Price Indices and Oracles on Hyperliquid

How Hyperliquid separates traded prices from oracle and mark prices used for funding, margin, and liquidation.

Auto-Deleveraging and Platform Solvency

What happens when a liquidation cannot be closed normally, and how Hyperliquid's ADL mechanism contains residual risk.

Building With the Hyperliquid API

A practical map of the Info API, Exchange actions, signing, and the minimum architecture for a Hyperliquid application.

WebSockets and Real-Time Hyperliquid Data

How to stream books, trades, candles, fills, and account updates without polling the API for every change.

Hyperliquid Protocol Economics and Fee Flow

Where trading fees come from, how different market types allocate them, and why protocol economics should be separated from token price narratives.

Kinetiq: Liquid Staking and Productive HYPE

How kHYPE turns native HYPE staking into a liquid DeFi asset, and how Kinetiq extends it through automated strategies.

HyperLend: The HyperEVM Money Market

How HyperLend brings pooled lending, borrowing, and leverage to HyperEVM and connects credit back to HyperCore users.

Morpho Blue on Hyperliquid: Isolated Lending Markets

How Morpho's permissionless isolated markets differ from pooled lending and HyperCore Portfolio Margin.

Valantis: stHYPE and a Purpose-Built AMM for Staked Assets

How Valantis combines liquid staking with STEX, an AMM designed around assets that can be redeemed for an underlying token.

Felix: CDPs, feUSD, and Stablecoin Credit on Hyperliquid

How Felix lets users borrow feUSD against overcollateralized positions and uses redemptions and stability pools to manage solvency.

Veda: The Vault Infrastructure Behind DeFi Yield Products

How Veda separates vault infrastructure, strategy curation, and user-facing applications across Hyperliquid DeFi.

Derive V2: Options Access From HyperEVM

How Derive connects HyperEVM collateral to an external derivatives venue for options, perps, and structured strategies.

Rysk: Fully Collateralized Options on HyperEVM

How Rysk uses covered calls, cash-secured puts, and RFQ auctions to bring volatility yield directly onchain.

Project X: Concentrated Liquidity on HyperEVM

Why an AMM can remain useful beside HyperCore's order books, and how concentrated liquidity changes capital efficiency for spot markets.

Hyperbeat: From DeFi Yield to a User-Facing Financial Account

How Hyperbeat packages Hyperliquid trading, yield, credit, and payment workflows into a higher-level financial product.

How Hyperliquid Differs From a DEX on Ethereum

Hyperliquid moves exchange-critical logic into the blockchain itself, while most Ethereum DEXs express trading logic through smart contracts on a general-purpose execution layer.

Hyperliquid vs Centralized Exchanges: What Actually Changes?

Hyperliquid can feel like a centralized exchange at the interface level, but custody, state transparency, settlement, and market operation work differently.

HyperCore vs HyperEVM: Which Layer Does What?

HyperCore is Hyperliquid's native financial engine; HyperEVM is the programmable EVM environment beside it. They share one L1 but serve different workloads.

Understanding Hyperliquid State: What Lives Where?

Hyperliquid state is split by function across HyperCore and HyperEVM, with explicit interfaces connecting native market state to EVM applications.

Blocks, Finality, Throughput, and Latency on Hyperliquid

Hyperliquid's performance should be understood as a pipeline: consensus orders state transitions, block production advances state, and user-visible latency includes network and client effects.

How Gas Works on HyperEVM vs Trading on HyperCore

HyperEVM contract calls pay HYPE gas under EVM fee mechanics; native HyperCore trading actions use Hyperliquid's trading fee and action model instead of EVM gas.

What Is HYPE and What Is It Used For?

HYPE is Hyperliquid's native asset, used across staking, validator security, HyperEVM gas, and several protocol-level deployment or alignment mechanisms.

How Spot, Perps, DeFi, and Applications Fit Into One Hyperliquid Stack

Hyperliquid combines native financial markets in HyperCore with a programmable HyperEVM application layer, allowing capital and information to move between trading and DeFi surfaces.

Hyperliquid Mainnet vs Testnet

Hyperliquid mainnet carries real assets and production market state, while testnet is the safer environment for integration work, contract testing, and API experiments.

Hyperliquid Glossary: The Terms You Need to Know

A living glossary of Hyperliquid concepts, market terms, protocol components, and developer primitives, with each definition connected to deeper Academy references.

Hyperliquid Margin Tiers Explained

Margin tiers make leverage decrease as a position becomes larger, limiting how much concentrated risk one account can place on a market.

Initial Margin vs Maintenance Margin on Hyperliquid

Initial margin determines whether a leveraged position can be opened; maintenance margin determines how much equity must remain before liquidation becomes possible.

Take Profit and Stop Loss Orders on Hyperliquid

Hyperliquid TP and SL orders are trigger orders: a mark-price condition activates an order that then attempts to execute according to its configured market or limit behavior.

Entry Price, Unrealized PnL, and Realized PnL on Hyperliquid

Entry price summarizes the cost basis of an open position, unrealized PnL marks that open exposure, and realized PnL records value crystallized through closes and other settled flows.

Self-Trade Prevention on Hyperliquid

Self-trade prevention stops orders from the same address from trading against each other, reducing accidental wash-like fills and unnecessary fees in multi-order strategies.

What Are Hyperps?

Hyperps are perpetual markets designed for assets that do not yet have a conventional spot-oracle setup, using a market-derived marking framework until they can transition to standard perps.

Trading & Risk | Advanced

What Happens When Hyperliquid Delists a Market?

Delisting is a protocol process for winding down a market, and traders need to understand the timeline because open positions and outstanding orders cannot be treated as normal indefinitely.

Market Making on Hyperliquid

Market making on Hyperliquid means continuously managing limit orders, inventory, adverse selection, fees, latency, and risk rather than simply placing bids and asks around a midpoint.

Spread, Slippage, Depth, and Market Impact on Hyperliquid

Spread measures the gap between best bid and ask, depth measures available liquidity, slippage describes execution versus a reference price, and market impact is the price movement associated with consuming or revealing demand.

Hyperliquid Risk Checklist Before Using Leverage

A leverage checklist should test liquidation distance, liquidity, reference prices, funding, fees, account mode, key security, and failure scenarios before position size is chosen.

How Interest Rates Work in Hyperliquid Portfolio Margin

Portfolio Margin turns eligible idle assets into a lending pool and prices borrowing primarily from utilization, so rates rise as available liquidity becomes scarce.

Supply Caps and Borrow Caps in Hyperliquid Portfolio Margin

Supply and borrow caps limit how much of an asset can enter Portfolio Margin lending and how much can be borrowed, containing concentration and liquidity risk at the asset level.

HYPE as Collateral in Hyperliquid Portfolio Margin

HYPE can support Portfolio Margin exposure subject to an asset-specific collateral factor, so its collateral value is deliberately lower than its spot market value.

The Spot Long + Perp Short Carry Trade on Hyperliquid

A spot-long, perp-short carry trade tries to neutralize directional price exposure while earning a spread such as positive funding, but basis, borrowing, execution, and liquidation risks remain.

Basis Trading on Hyperliquid

Basis trading focuses on the price relationship between spot and derivatives rather than outright direction, but the spread can widen, funding can change, and execution can dominate expected convergence.

User-Created Vaults vs HLP on Hyperliquid

HLP is a protocol vault with defined system roles, while user-created vaults are strategy vehicles run by individual leaders; they share a vault interface but not the same mandate or risk.

Vault Leader Risk, Lockups, and Withdrawals on Hyperliquid

A vault depositor delegates economic exposure to a strategy they do not control trade by trade, so leader behavior and withdrawal constraints are core risks rather than operational details.

HIP-3 Collateral and Capital Fragmentation

HIP-3 lets builders create independent perpetual market groups, but independent collateral choices and margin domains can fragment capital that would otherwise net across one shared risk pool.

How HyperEVM Lending Composes With HyperCore Portfolio Margin

HyperEVM lending and HyperCore Portfolio Margin are separate credit systems that can be combined through asset transfers and strategy design, but their collateral rules and liquidation engines do not automatically become one.

Hyperliquid L1 Read Precompiles: Complete Guide

Hyperliquid L1 read precompiles let HyperEVM contracts query selected HyperCore state directly at protocol-defined addresses, avoiding a separate offchain oracle for supported data.

CoreWriter Actions: Complete Reference

CoreWriter is Hyperliquid's system contract for sending supported HyperEVM-originated actions into HyperCore, using versioned action IDs and ABI-encoded payloads.

Placing HyperCore Orders From HyperEVM Smart Contracts

HyperEVM contracts can submit supported HyperCore order actions through CoreWriter, but the path is deliberately slower than the native order route and should be used for composable application logic rather than latency-sensitive trading.

Vault Transfers Through CoreWriter

CoreWriter can initiate supported vault transfers from HyperEVM, allowing contracts to move value into or out of HyperCore vault relationships under protocol-defined rules.

Staking Through CoreWriter

CoreWriter exposes supported staking actions so HyperEVM contracts can coordinate native HYPE staking operations with smart-contract logic.

Architecture & Build | Intermediate

Borrow and Lend Actions Through CoreWriter

CoreWriter can submit Portfolio Margin supply and withdraw operations from HyperEVM contracts, making native lending state programmable from the EVM while preserving HyperCore's own risk engine.

HyperCore to HyperEVM Asset Transfers

HyperCore and HyperEVM share one L1 but maintain different asset accounting, so supported transfers use protocol-defined system paths rather than an external crosschain bridge.

How Hyperliquid API Signing Works

How Hyperliquid API signatures are constructed, why valid-looking signatures fail, and how to debug signing against the official SDK.

Hyperliquid Nonces and Replay Protection

Hyperliquid uses nonces to make signed actions single-use and time-bounded, preventing a valid signed request from being replayed indefinitely.

Designing API Wallets for Hyperliquid Trading Systems

API wallets isolate automated signing from the master account, letting a trading system operate without storing the account's highest-authority private key.

Architecture & Build | Intermediate

Hyperliquid API Rate Limits Explained

Hyperliquid applies both IP-based request weights and address-based action limits, so production clients need batching, caching, WebSockets, and deliberate retry logic rather than brute-force polling.

REST vs WebSocket on Hyperliquid

Use REST for snapshots, metadata, and action submission where appropriate; use WebSockets for continuously changing market and account state that would be wasteful or slow to poll.

Hyperliquid Info Endpoint Guide

The Info endpoint is Hyperliquid's read API for market, account, staking, portfolio, and historical state; correct integrations query the economic account, use the right asset identifiers, and respect endpoint-specific weights.

Hyperliquid Exchange Endpoint Guide

The Exchange endpoint submits signed HyperCore actions such as orders, cancels, transfers, staking, vault operations, API-wallet approvals, and account configuration.

How to Build a Production-Grade Hyperliquid Trading Bot

A production Hyperliquid bot is a state-reconciliation and risk system first and an order-generation strategy second.

How Hyperliquid Market Data Is Structured

Hyperliquid market data is split across metadata, order books, trades, candles, prices, funding, open interest, and account-specific state; each dataset answers a different question.

Hyperliquid Perpetual Contract Specifications

Hyperliquid perpetuals are linear derivative markets with market-specific asset metadata, leverage, size precision, oracle inputs, and risk parameters that should be read before trading or integrating a symbol.

Tick Size, Lot Size, and szDecimals on Hyperliquid

Hyperliquid order validity depends on price precision and size precision; `szDecimals` determines quantity granularity while price rules constrain significant figures and decimal places.

Price-Time Priority on HyperCore

HyperCore's central limit order books reward better prices first and earlier resting liquidity at the same price, making queue position a real part of execution quality.

How Hyperliquid Calculates Mark Prices

Hyperliquid mark price is a robust risk price built from multiple candidates rather than simply the latest trade, reducing the ability of a brief local price move to force liquidations.

How Oracle Prices Feed Hyperliquid's Risk Engine

Oracle prices anchor Hyperliquid's derivatives to external reference markets and feed mark, funding, margin, and liquidation logic without serving as the only executable trading price.

How Robust Price Indices Handle Bad or Manipulated Prices

Hyperliquid's robust price design uses multiple source and candidate prices so one bad exchange print, local trade, or model input is less likely to control the risk engine.

Why Funding Rates Turn Positive or Negative on Hyperliquid

Funding becomes positive when perp demand pushes the market rich relative to its reference and negative when it trades cheap, transferring value between longs and shorts to encourage convergence.

Open Interest vs Volume vs TVL vs Stablecoin Balances

Open interest measures outstanding derivatives exposure, volume measures trading activity, TVL measures capital deposited in selected protocols, and stablecoin balances measure settlement liquidity; none is a substitute for the others.

How to Read Hyperliquid's L2 Order Book

An L2 order book groups resting liquidity by price level, letting you inspect spread, depth, imbalance, and expected execution without exposing every individual order.

How to Measure Liquidity on Hyperliquid

Liquidity should be measured through spread, depth at multiple price bands, executable size, resilience after trades, and consistency across market regimes.

How to Measure Slippage and Market Impact on Hyperliquid

Execution analysis compares decision price, pre-trade midpoint, realized VWAP, and post-trade prices so spread cost, slippage, and lasting impact can be separated.

How Market Makers Earn on Hyperliquid

Market makers try to earn spread, rebates, and inventory-aware pricing edge, while losses come from adverse selection, inventory moves, hedging costs, fees, and operational failures.

What Happens to Hyperliquid Markets During Extreme Volatility?

Extreme volatility compresses the time available for margin, liquidity, and oracle systems to react, causing spreads to widen, depth to disappear, liquidations to accelerate, and backstop mechanisms to matter.

How Hyperliquid's ADL Queue Works

Auto-deleveraging is a last-resort solvency mechanism that reduces profitable opposing positions when liquidation and backstop processes cannot resolve an account deficit normally.

How to Use Hyperliquid's Public Data for Market Research

Hyperliquid's public books, trades, funding, open interest, account state, and protocol metadata can support reproducible market research if definitions, timestamps, and survivorship are handled carefully.

The HyperEVM Ecosystem Map

HyperEVM applications cluster around lending, liquid staking, AMMs, vaults, options, structured products, data, wallets, and infrastructure, with many of them using HyperCore liquidity or HYPE as an underlying primitive.

The HIP-3 DEX Landscape

HIP-3 turns HyperCore into shared infrastructure for independently operated perpetual DEXs, so the ecosystem competes on market selection, oracles, collateral, liquidity, fees, and distribution while sharing core execution primitives.

HyperEVM Lending Protocols Compared

HyperEVM lending protocols differ mainly in pool structure, collateral isolation, interest-rate design, oracle dependencies, liquidation mechanics, and how closely they integrate with HyperCore.

Liquid Staking on Hyperliquid Compared

Liquid staking separates native validator delegation from the liquidity of a receipt token, so protocols should be compared on redemption mechanics, validator policy, liquidity, smart-contract controls, and DeFi integrations rather than APY alone.

Options and Structured Products on Hyperliquid

Options and structured products add nonlinear payoffs to Hyperliquid's spot, perp, lending, and staking stack, allowing users to trade volatility or package yield while introducing model, liquidity, and contract risk.

Bridges and Crosschain Routes Into HyperEVM

Getting assets into HyperEVM can involve Hyperliquid's native bridge paths, issuer-native transfer systems, or third-party bridges; each route has a different trust model and destination asset representation.

Wallets, RPCs, and Explorers for HyperEVM

HyperEVM uses standard EVM wallet and JSON-RPC concepts, but users still need Hyperliquid-specific chain settings, reliable RPC infrastructure, and explorers that understand system transactions and cross-environment state.

Hyperliquid Data and Analytics Tools

Hyperliquid analytics spans official APIs, block and EVM explorers, protocol dashboards, market-data terminals, portfolio trackers, and independent research datasets; the right tool depends on whether you need execution truth, interpretation, or convenience.