Project Research Dossier: Hyperliquid

​Project Research Dossier: Hyperliquid ​1. Executive Summary & Core Objective ​Project Goal: Hyperliquid is a high-performance Layer 1 blockchain built specifically for a fully on-chain orderbook Financial Engine. It aims to migrate CeFi-level trading liquidity and execution speeds (sub-second finality, 100k+ TPS) onto a permissionless, fully transparent L1 infrastructure. ​Why It Matters: Existing Perp DEXs suffer from latency, high gas fees, or reliance on off-chain matchers. Hyperliquid solves this by running custom Tendermint-based consensus where execution, risk engine, and order book matching occur natively on-chain. ​2. Tokenomics & Capital Structure ​FDV vs. Circulating Supply: Pre-TGE stage. Token distribution is fully aligned with eco-points and community liquidity providers. ​Allocations: 0% Private VC sale (No public raise, self-funded development). Community emissions and L1 genesis allocations drive distribution. ​Vesting & Cliffs: Zero institutional overhang / cliff risks stemming from VC token unlocks. Primary supply expansion is strictly tied to vault rewards, market maker incentives, and validator consensus rewards. ​3. Unlock & Dilution Risk Analysis ​Dilution Dynamics: Unlike typical VC-backed projects with massive year-1 cliffs (often 15-25% of total supply dumping at TGE+12m), Hyperliquid's dilution rate is linear and strictly utility-driven (Liquidity Vaults/HLP). ​Supply Absorption Risk: Low sell-pressure overhang from early seed investors, minimizing sudden structural dump risks during market drawdowns. ​4. Team & Verification Signals (Primary Source Audit) ​Verifiable Signal: On-chain contract deployments, custom L1 testnet/mainnet-beta consensus architecture publicly stress-tested via Arbitrum bridge / native bridge contracts. ​Codebase & Security: Native L1 code audited by reputable security firms. Vault smart contracts enforce programmatically locked safety parameters.