Hyperliquid Wiki Protocol & Ecosystem Knowledge Base
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🪙 Tokenomics & Staking

Proof-of-Stake Staking & Governance

Securing the Hyperliquid Layer-1 network through HYPE token staking, validator delegation, and on-chain governance participation.

1. Proof-of-Stake Consensus Model

Hyperliquid transitions its consensus security to a decentralized Proof-of-Stake model powered by the native $HYPE asset (Staking Documentation). Validators propose and finalize blocks using HyperBFT consensus weighted proportionally by total delegated stake.

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Network Security

Validators stake HYPE to secure the L1 state machine, preventing Byzantine attacks and ensuring Byzantine fault tolerance up to 1/3 malicious voting power.

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Fee Sharing Rewards

Stakers and validators earn protocol rewards from exchange trading fees, EVM gas execution, and native spot auction fees.

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Governance Voting

Staked HYPE grants voting power on Hyperliquid Improvement Proposals (HIPs), including fee tier parameters, asset listings, and bridge upgrades.

2. Delegation & Unbonding Rules

Token holders can delegate HYPE directly on the official Staking Portal to active validators without relinquishing token custody. Key staking parameters include:

Staking Parameter Specification Purpose
Unbonding Period 7 days Prevents long-range consensus attacks and maintains validator stake stability.
Validator Commission 0% - 10% (Validator configurable) Covers validator node hardware, telemetry infrastructure, and bandwidth costs.
Reward Distribution Epoch-based (per block auto-compounding) Accrues automatically to active delegations.
Slashing Faults Double-signing (equivocation) & persistent downtime Penalizes dishonest or unresponsive nodes to guarantee L1 liveness.

🔗 Official External References & Primary Sources

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