Hyperliquid Improvement Proposal 3 (HIP-3) transforms the creation of on-chain perpetual futures markets from a centralized approval process into an open interface system. It enables third-party developers who meet staking requirements to deploy perpetual markets directly on Hyperliquid’s unified trading and clearing infrastructure.
This upgrade formalizes a clearer separation between protocol-level enforcement and market-level flexibility, effectively turning "market listing" from an internal operational workflow into a programmable protocol capability.
At its core, HIP-3 operates through a simple mechanism: without modifying HyperCore’s trading and clearing engine, Builders stake HYPE tokens to gain deployment rights. They then define market parameters, maintain oracle pricing feeds, configure leverage constraints, and manage emergency controls when required. The protocol layer continues to handle order matching, margining, and liquidation uniformly, removing the need for Builders to build independent trading infrastructure.
In the decentralized perpetual futures sector, Hyperliquid has achieved performance levels that are broadly comparable to centralized exchanges through its proprietary Layer 1 blockchain HyperCore. It currently accounts for approximately 44% of on-chain perpetual trading volume. This share has trended upward since early 2026, making it one of the few major perpetual DEXs with sustained market share expansion.
Since HIP-3 launched on mainnet, cumulative trading volume across third-party custom markets has exceeded $13 billion, while open interest recently reached an all-time high of approximately $2.47 billion. Commodity derivatives such as crude oil, gold, and silver have become meaningful contributors to volume, with crude oil perpetual contracts at times exceeding $2.2 billion in daily trading volume, second only to Bitcoin.
Ecosystem Evolution: From Launch to Scaling Infrastructure
Hyperliquid was developed by a small engineering team based in Singapore. Its founder, Jeffrey Yan, is a Harvard mathematics graduate and former high-frequency trading engineer at Hudson River Trading.
The platform operates on its proprietary Layer 1 blockchain HyperCore, designed specifically for derivatives trading. It uses a fully on-chain order book architecture that can complete matching, clearing, and settlement within a single block, enabling near real-time trading performance comparable to centralized exchanges.
The protocol has followed a structured governance evolution. HIP-1 introduced a native token standard, HIP-2 added a liquidity optimization mechanism, and HIP-3 extended listing permissions to external developers, decentralizing perpetual market creation.
Following governance approval, HIP-3 was deployed on mainnet and has been operational for approximately seven months.
The native token HYPE has a total supply of 1 billion. In November 2024, approximately 310 million tokens (31%) were distributed via a community airdrop to around 94,000 users, with 70% of supply allocated to the community and no venture capital participation.
HYPE functions as a governance token, a staking-based fee reduction mechanism, and a value capture asset through listing auction-related buybacks.
Its circulating market capitalization is approximately $9.86 billion, placing it among the larger crypto assets by market value. On March 20, Grayscale Investments submitted a filing for a spot HYPE ETF with the U.S. Securities and Exchange Commission (SEC), representing a potential step toward regulated institutional exposure if approved.
In early May 2026, HIP-4 went live on mainnet, integrating fully collateralized on-chain binary outcome markets into a unified trading account system. This allows users to manage perpetual and spot positions within a single account, further expanding the platform’s asset coverage.
Staking, Auctions, and Responsibility: How HIP-3 Works
HIP-3 is built around a core principle: open rules, self-assumed risk. Builders obtain market creation rights through staking, while leveraging shared infrastructure for execution and clearing. In return, they assume full responsibility for oracle maintenance, parameter configuration, and risk management.
The 1 Million HYPE Entry Requirement
HIP-3 requires Builders to stake 1,000,000 HYPE to deploy a perpetual market on mainnet. As of May 12, 2026, HYPE trades at approximately $41.37, making the staking requirement roughly $41.37 million.
This threshold is significant in absolute terms, but structurally intentional. With a total supply of 1 billion tokens, the requirement represents about 0.1% of supply—high enough to deter low-quality speculative deployments, while still allowing broad participation beyond a small oligopoly.
The same staking requirement also applies to HIP-4 outcome markets, reflecting a unified access standard across asset types.
Market creation is divided into two stages: market definition and market operations.
During the definition phase, Builders stake tokens, deploy a standalone perpetual DEX instance, select collateral assets, define oracle specifications, and configure leverage and margin parameters. If a collateral asset loses permissionless status, the associated DEX instance is disabled.
The first three markets can be deployed directly, while additional markets are allocated via Dutch auction. Each auction lasts 31 hours, with a starting price approximately 2x the previous round’s final price. This mechanism introduces a pricing-based filter for market demand.
During the operational phase, Builders must continuously maintain oracle feeds via
setOracle
, manage risk parameters, and may halt trading via
haltTrading
if necessary. Even if a market is fully paused, staked assets remain locked for 30 days, ensuring continued accountability.
HYPE’s Central Role and Structural Supply Pressure
HYPE functions as a multi-purpose asset: governance token, staking-based fee reducer, and value capture instrument through listing-related buybacks.
The protocol’s core liquidity is provided by the HLP Vault, a hybrid liquidity and liquidation system responsible for more than 90% of total value locked.
The distribution model allocates 70% of total supply to the community, with no venture capital allocation. Hyperliquid has also gradually redirected foundation-controlled tokens toward market-making participants to incentivize long-term liquidity provision.
This structure positions HYPE as a coordination layer connecting market makers, the HLP Vault, and token holders. However, incentives remain partially misaligned: market makers prioritize yield, retail holders focus on price appreciation, and liquidity vault mechanisms require stability above all else.
HIP-3 introduces Builders as a new structural demand driver, locking significant amounts of HYPE out of circulation. Each Builder must stake approximately $41 million worth of tokens, creating a measurable reduction in circulating supply and adding structural pressure on token availability.
Data Evidence: Growth in Volume and Market Share
Since HIP-3’s launch, third-party markets have generated over $13 billion in cumulative trading volume, indicating that permissionless market deployment can meaningfully expand ecosystem activity.
From Q4 2025 to Q1 2026, HIP-3-related volume increased from approximately $12.65 billion to $130.87 billion, representing growth of over 900%. Open interest recently reached an estimated $2.47 billion, while Hyperliquid’s share of perpetual DEX trading rose from 36.4% to approximately 44%.
Commodity derivatives have shown particularly strong traction. During periods of crude oil volatility, oil perpetual contracts on Hyperliquid exceeded $2.2 billion in daily volume, closely aligned with macro and geopolitical catalysts. When traditional commodity venues such as CME were closed over weekends, Hyperliquid functioned as a continuous price discovery venue.
Notably, non-crypto asset trading now accounts for roughly 30% of total platform volume, suggesting that the platform is increasingly participating in broader financial market activity beyond crypto-native derivatives.
Efficiency vs Governance: The Ongoing Decentralization Debate
The introduction of HIP-3 has intensified debate around efficiency versus decentralization in on-chain derivatives markets.
Supporters’ View: Lower Barriers and Higher Market Efficiency
Supporters argue that HIP-3 reduces listing friction by replacing subjective approval processes with a standardized interface. Builders no longer need to rebuild execution systems and instead focus on pricing, risk, and operations.
This architecture allows market expansion to scale more rapidly, potentially shifting growth dynamics from linear to more exponential patterns.
From an execution standpoint, some analyses suggest HIP-3-enabled markets, such as silver perpetual contracts, have shown tighter spreads and improved execution quality compared to traditional futures venues like CME and COMEX micro contracts. Combined with 24/7 trading, this challenges traditional market infrastructure in terms of accessibility and continuity.
Arthur Hayes, founder of BitMEX, has publicly expressed a positive outlook on Hyperliquid’s trajectory, including a proposed $100,000 charity-based performance bet on HYPE’s relative performance against large-cap crypto assets.
Critics’ View: Centralization Risks and Governance Concentration
Critics focus primarily on governance structure rather than trading performance.
One argument is that Hyperliquid retains a relatively closed operational model compared to fully open-source protocols. From this perspective, efficiency gains may come at the cost of decentralization ideals.
On the validator side, Hyperliquid operates with approximately 30 validators, compared to Ethereum’s globally distributed validator set and Solana’s several hundred validators. This concentration raises concerns about potential influence over protocol-level decisions.
Public reporting has also noted that the Hyper Foundation controls a significant portion of staked HYPE, giving it meaningful influence in validation and governance processes.
The March 2025 JELLY incident highlighted these concerns in practice. A trader manipulated a low-liquidity market, creating liquidation risk for the protocol’s liquidity system. Validators ultimately voted to delist the asset and settle positions at a fixed price. While this prevented immediate losses, it triggered debate over whether human intervention overrode code-based execution principles.
Market Structure Impact: Reshaping the Perpetual DEX Landscape
HIP-3 is contributing to a broader reallocation of market share within the perpetual futures sector.
Some competing protocols have experienced declining share over time. Aster’s share decreased from 30.3% to 20.9%, while dYdX has seen significant contraction from earlier market dominance levels, with token prices also declining materially.
Structural limitations help explain these shifts. For example, liquidity-pool-based models such as GMX face scalability constraints tied to TVL ceilings, while some order-book-based competitors struggled with incentive alignment and fee distribution models.
Hyperliquid’s strategy differs by prioritizing infrastructure first: building a high-performance Layer 1, achieving order book scalability, and expanding asset coverage only after sufficient liquidity depth is established.
Governance as an Industry-Wide Constraint
The HIP-3 debate reflects a broader structural issue across DeFi: the tension between performance and decentralization.
A recent European Central Bank research paper noted that governance tokens across major DeFi protocols—including Aave, MakerDAO, and Uniswap—tend to be highly concentrated, with top holders controlling a large share of voting power. This suggests that governance centralization is a systemic characteristic of the sector rather than a protocol-specific anomaly.
For Hyperliquid, HIP-3 and HIP-4 represent steps toward a more protocol-oriented architecture. However, without corresponding changes to validator distribution and governance mechanisms, decentralization at the application layer remains partially constrained.
The protocol team has also allocated approximately $29 million toward a Policy Center initiative aimed at exploring regulatory alignment. However, regulatory compliance and governance decentralization address different dimensions: one concerns external frameworks, while the other concerns internal power distribution.
Conclusion
HIP-3 represents a structural shift in perpetual futures markets from platform-controlled listings toward permissionless, interface-driven deployment.
Within less than seven months, third-party markets have generated over $13 billion in volume, open interest has reached record levels, and commodity derivatives have emerged as meaningful contributors to continuous price discovery during traditional market closures.
However, improved economic efficiency does not automatically translate into full governance decentralization. A system with a limited validator set and significant foundation staking influence still exhibits structural centralization at the base layer.
This tension is not unique to Hyperliquid, but it becomes more significant as the platform’s scale increasingly intersects with traditional financial markets.
For Builders, HIP-3 offers a high-capital, low-infrastructure entry path. For the protocol, it represents a transition from product-layer design to infrastructure-layer coordination. For the broader industry, it reopens a foundational question: decentralization is not a fixed endpoint, but an evolving process defined by how consistently governance power is distributed, transparent, and accountable over time.
