Academy / Markets & Trading

Markets & Trading

20 connected articles.

035

How the Hyperliquid Bridge Works

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

036

Robust Price Indices and Oracles on Hyperliquid

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

037

Auto-Deleveraging and Platform Solvency

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

040

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.

095

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.

096

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.

097

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.

098

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.

099

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.

100

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.

101

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.

102

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.

103

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.

104

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.

105

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.

106

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.

107

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.

108

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.

109

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.

110

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.