Section III: Tradable Products

Hyperliquid's technical architecture enables three distinct trading products, each with different risk profiles and listing mechanisms.

Hyperliquid offers perps (standard perpetual futures), hyperps (pre-launch perps that use internal pricing instead of external oracles), and spot trading on fully on-chain order books. The platform also supports permissionlessly deployed perps (HIP-3), with outcome markets (HIP-4) announced but not yet live.

Listing mechanisms vary by product type. Spot listings require winning Dutch auctions, where the price starts high and decreases until someone buys, to deploy HIP-1 tokens on HyperCore, then creating trading pairs through additional auctions. Perp listings can now be deployed permissionlessly via HIP-3, subject to staking requirements detailed in Section VI. Hyperps remain curated and are specifically designed for assets without reliable external price feeds.

Bridging and Asset Representation

All spot assets trade as HIP-1 tokens on HyperCore's L1, regardless of origin. When users deposit BTC or SOL, it becomes a HIP-1 representation that trades on the on-chain order book and can be withdrawn back to native blockchains.

The bridging process varies by asset. Non-USDC assets like Bitcoin, Ethereum, and Solana bridge through Unit's lock-and-mint guardian system, while USDC from Arbitrum uses Hyperliquid's own validator-run bridge. For Bitcoin, users send native BTC managed by Unit's guardian network. Once confirmed, Unit mints the corresponding HIP-1 token (UBTC) on HyperCore for trading. Withdrawals reverse this: the HIP-1 token burns and Unit releases the native BTC.

Unit occupies an unusual position. While technically separate, it functions as Hyperliquid's native tokenization layer, similar to how bridges work across other blockchains (Chapter IV's interoperability section). The system runs on a 2-of-3 guardian quorum: Unit, Hyperliquid, and infrastructure firm Infinite Field. From a user's perspective, clicking "Deposit BTC" provides a Unit-controlled address, and BTC appears on the same order book as everything else. Major pairs like BTC/USDC and ETH/USDC now clear billions in cumulative volume.

Unit's economic model resembles an embedded module rather than a neutral bridge. It charges per-transfer fees and earns trading fees from spot markets, with integration packages reportedly costing seven figures for new assets. This creates a two-tier system: Unit-integrated assets get privileged placement in Hyperliquid's native deposit interface, while others require external bridges.

Alternatives have emerged. LayerZero integrated HyperEVM as a first-class endpoint, powering "The Hyperliquid Bridge" that moves tokens from 120+ chains. Projects like Flare and Mantle deploy as LayerZero OFTs (Omnichain Fungible Tokens, a standard for tokens that can move between chains) and connect to HIP-1 tickers on HyperCore, creating CEX-like 1:1 deposits without AMM slippage. Orchestration layers like Monarch help projects permissionlessly deploy markets and bridging without Unit integration, though these typically operate through external UIs rather than Hyperliquid's built-in interface.

The bridge architecture creates security considerations. Withdrawals depend on a permissioned 4-validator set on Arbitrum with a 3-of-4 signature threshold, concentrating withdrawal authority rather than relying on broader L1 consensus. This creates potential risks around fund security and censorship if validators collude or become unavailable.

Hyperps: Pre-Launch Trading

Beyond bridged spot assets, Hyperliquid offers a more speculative product class called hyperps. Hyperps are used primarily for trading perps of tokens before they are launched, either to speculate or hedge the price of farmed proceeds. Hyperp prices remain more stable and resist manipulation compared to standard pre-launch futures. The system also provides greater flexibility; the underlying asset or index only needs to exist when the contract settles or converts, not throughout the entire trading period.

Funding rates (the mechanism explained in Chapter VI) play a crucial role in hyperp trading. When prices move strongly in one direction, the funding mechanism will heavily incentivize positions in the opposite direction for the following eight hours. This creates both opportunities and risks that traders must account for.

In August 2025, four coordinated whales executed market manipulation on Hyperliquid's XPL hyperps, profiting approximately $15M while causing over $20M in user liquidations. The attack exploited Hyperliquid's reliance on a thin, isolated spot price feed by using just $184k to artificially inflate XPL's spot price nearly eightfold, which caused the futures price to spike from $0.60 to $1.80 in minutes and triggered cascading liquidations of short positions. While technically not an exploit since it operated within the protocol's design, the attack exposed critical vulnerabilities in hyperps. This prompted Hyperliquid to implement emergency safeguards including 10x price caps.

Liquidation Transparency and Risks

Full on-chain verifiability means positions and liquidation thresholds can sometimes be inferred from public state and trading behavior. While that visibility improves auditability and market integrity, it also makes clustered liquidations easier to target: adversaries can strategically push mark prices through known liquidity-light levels to trigger cascades, imposing outsized losses on passive participants. These liquidation risks fall heavily on HLP depositors, as we'll see in the next section. Mitigations include tighter per-asset risk limits and position caps, anti-manipulation bands around liquidation prices, staggered or batched liquidation flows, and circuit breakers.