Hyperliquid Wiki Protocol & Ecosystem Knowledge Base
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📈 Markets & Trading

Spot Trading, HIP-1 & HIP-2 Standards

Native on-chain spot order books, native token standard (HIP-1), and permissionless auction liquidity bootstrapping (HIP-2).

⏱️ 9 min read 📅 Updated: September 2026 🔍 Protocol Standard: HIP-1 / HIP-2

1. Native Spot Architecture

Hyperliquid Spot features a high-speed, fully on-chain spot exchange operating directly on the L1. Unlike perpetual contracts that rely on margin collateral and funding rate equilibrium, spot pairs represent direct ownership and custody of underlying digital assets (view Token Registry).

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100% On-Chain CLOB

Spot trades execute directly against the validator-backed central limit order book with sub-second settlement and immediate wallet balance availability.

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Zero Gas Trading

Placing and cancelling limit orders on spot books requires zero gas fees. Low transparent taker fees (0.01% - 0.035%) are deducted from settled trade balances.

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Cross-Engine Composability

Spot tokens deployed via HIP-1 can be utilized simultaneously as collateral in perpetual markets or deposited into HyperEVM smart contract protocols.

2. HIP-1: Native Token Standard

Hyperliquid Improvement Proposal 1 (HIP-1) defines the native fungible token standard (HIP-1 Specification) on Hyperliquid L1. Similar to ERC-20 on Ethereum or SPL on Solana, HIP-1 tokens are recognized natively by HyperCore and HyperEVM without wrapping bridges.

Property HIP-1 (Hyperliquid Native) ERC-20 (Ethereum L1) SPL (Solana)
Execution Level Native L1 State Machine Smart Contract Bytecode On-Chain Program
Order Book Native Yes (Instant CLOB Listing) No (Requires DEX Wrapper) No (Requires Anchor Wrapper)
Gas for Transfers Sub-cent HYPE Gas High EVM Gas ($2 - $30) Sub-cent SOL Gas
Decimals Standard Configurable (typically 8) 18 decimals standard 9 decimals standard

3. HIP-2: Liquidity Bootstrapping & Dutch Auctions

HIP-2 establishes an automated, fair-launch liquidity mechanism for newly deployed HIP-1 tokens. It solves the cold-start problem of order book liquidity without giving front-running advantages to sniper bots:

  1. Deployment & Parameter Definition: The creator specifies total token supply, initial auction reserve, and duration.
  2. Dutch Auction Phase: The token price begins at an upper bound and decays gradually over time until demand meets supply.
  3. Uniform Clearing Price: All auction participants receive tokens at the identical fair clearing price, preventing slippage exploitation.
  4. Automated HLP Seed: 50% or more of collected auction USDC is paired with remaining tokens to seed a permanent initial bid-ask spread on the native spot order book.
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Case Study: PURR: PURR was the pioneer HIP-1 token launched on Hyperliquid to test genesis deployer contracts, Dutch auction clearance, and cross-margin collateral integrations under live mainnet load.

🔗 Official External References & Primary Sources

To verify the technical architecture, mathematical parameters, and protocol specifications described in this chapter, consult the official documentation: