This report presents an all-encompassing view of the Hyperliquid ecosystem. Its team, community, token structure, aligned incentives, history, present adaptations, future market fit, and expanding addressable markets together illustrate the dominance Hyperliquid worthily commands. Properly covering each of these components requires depth, and as such this will be a longer-form report. As a crypto-native fund, we have observed and participated in this growth firsthand over the past two years, and will interweave our own unique insights throughout.
What is Hyperliquid
Hyperliquid did not begin as a blockchain attempting to find an application. It began as a single product: a decentralized perpetual futures exchange built to compete directly with centralized venues. The focus was simple. Deep liquidity, fast execution, and a unified orderbook, all settled onchain. In an environment dominated by fragmented AMMs and thin liquidity, Hyperliquid instead built a fully onchain orderbook that behaved more like a traditional exchange than a typical DEX.
As liquidity concentrated and trading volume grew, the platform evolved beyond a single exchange. Rather than deploying on an existing chain, Hyperliquid introduced its own purpose-built layer-1 designed specifically for trading. This allowed the matching engine, risk system, and settlement layer to operate as a single integrated environment. The exchange was no longer just an application. It became the core primitive of the chain itself.
This shift changed the scope of what Hyperliquid could support. With a unified risk engine and shared collateral across markets, the platform expanded from crypto perpetuals into a broader financial venue. New assets, indices, commodities, and soon event-driven markets could be deployed on the same infrastructure without fragmenting liquidity. Builders could launch markets, applications could route order flow, and traders could interact with all instruments within a single margin system.
Hyperliquid is therefore no longer just a decentralized exchange. It is evolving into a trading-centric layer-1 designed to host financial products natively. Perpetuals, spot markets, indices, prediction markets, and builder-deployed instruments all operate within the same environment. On top of this, DeFi primitives are beginning to form. These include lending against positions, structured vaults, yield strategies, and application-layer trading interfaces, all built on the same liquidity and margin system. In many ways, this begins to resemble traditional financial markets, where derivatives, leverage, and cross-asset exposure are deeply interconnected. The key difference is that the entire system is verifiable onchain and open for anyone to build on top of. Rather than building isolated applications, the system aggregates liquidity, capital, and risk into a unified venue where trading and financial infrastructure coexist.
The result is a platform that began as a DEX, expanded into its own layer-1, and is now positioning itself as infrastructure capable of supporting a wide range of financial markets.
Token Structure
The $HYPE token is directly tied to participation in the Hyperliquid ecosystem. Rather than functioning solely as governance, HYPE acts as infrastructure collateral, builder staking, and a mechanism through which platform revenue flows back into the token.
The most immediate demand driver comes from builder staking. Deployers must stake approximately 500,000 HYPE tokens in order to launch HIP-3 markets. These tokens are slashable if markets are harmful or poorly maintained, aligning builder incentives with platform health. Each new market therefore locks supply while expanding tradable instruments. As more builders deploy markets, an increasing portion of circulating supply becomes structurally locked within the ecosystem.
In parallel, Hyperliquid introduces a second and more persistent source of demand through its revenue-driven buyback mechanism. Trading fees generated across the platform are routed into the Assistance Fund. A large majority of this revenue, historically around 97 to 99 percent, is used to repurchase HYPE from the open market. These purchases occur continuously and scale directly with trading volume.
Tokens acquired through these buybacks are not redistributed as emissions. Instead, they accumulate within the Assistance Fund, effectively removing them from circulating supply. This creates sustained structural demand while simultaneously reducing available float. As trading activity increases, the size of the Assistance Fund grows, and the amount of HYPE absorbed from the market increases proportionally.
This creates a structural alignment between participants:
- builders stake HYPE to deploy markets
- traders generate fees for builders through activity
- protocol revenue flows to the Assistance Fund
- the Assistance Fund buys HYPE from the market
- purchased tokens accumulate and reduce float
- reduced supply increases token demand
- higher demand incentivizes additional builders
The result is a feedback loop driven by platform usage:
more volume → more fees → larger buybacks → reduced circulating supply → higher demand → more builders → more markets → more volume
Unlike emissions-driven token models, Hyperliquid ties token demand directly to real trading activity. Builder staking locks supply upfront, while Assistance Fund buybacks continuously absorb tokens from the market. Together, these mechanisms create a token structure where builders, traders, and liquidity providers all contribute to the same healthy economic flywheel.
The Team
Hyperliquid is built by a notably small team relative to the scale of infrastructure it now supports. The core group consists of roughly a dozen engineers and operators, focused primarily on performance, risk systems, and trading infrastructure. Rather than scaling headcount aggressively, the team has prioritized technical depth and tight coordination, reflecting a design philosophy closer to quantitative trading firms than traditional crypto startups.
The project is led by Jeff Yan, who studied mathematics and computer science at Harvard before working at Hudson River Trading, one of the largest quantitative market makers in traditional finance. This background shaped Hyperliquid's architecture from the beginning. The platform emphasizes deterministic execution, unified risk management, and deep liquidity, mirroring professional trading environments rather than typical decentralized exchange designs.
The motivation to build Hyperliquid emerged during the collapse of centralized crypto venues, particularly FTX, which highlighted the risks of custodial trading infrastructure. The team identified a gap between decentralized principles and user experience, aiming to build a platform that combined self custody with the performance of centralized exchanges.
Hyperliquid was also built without venture capital funding or private investor allocations. The project was entirely self funded, with the stated goal of aligning ownership with users rather than early investors. This decision influenced both token distribution and ecosystem incentives, allowing participation and value accrual to emerge organically from platform usage.
The team has also maintained neutrality across the ecosystem. There were no preferential arrangements with market makers, no private liquidity agreements, and no ecosystem investments that could create conflicts of interest. Instead, the protocol was designed as an open infrastructure layer where builders compete and cooperate on equal footing.
The Community
If the team reflects the engineering philosophy behind Hyperliquid, the community reflects how that philosophy has been received. Over time, Hyperliquid has developed one of the more distinctive cultures in crypto. Rather than forming around emissions, incentives, or short-term speculation, the community has largely formed around product usage and shared conviction in the platform's long-term direction.
This is visible most clearly across X and trading circles, where the ".hl" suffix has become an informal identifier among users, builders, and traders aligned with the ecosystem. Traders append it to usernames, builders use it in project branding, and participants often signal affiliation through it in discussions around market structure, liquidity, and platform development. Unlike many communities that form around price action alone, the Hyperliquid community tends to center discussion on execution quality, orderbook depth, risk engine behavior, and new market deployments. The discourse itself mirrors the infrastructure-first ethos established by the team.
Part of this culture stems from the platform's launch structure. With no venture allocation, no insider liquidity deals, and no preferential access to market makers, early participation was driven primarily by traders discovering the product organically. This created a user base that felt aligned with the platform's growth rather than diluted by external stakeholders.
The result is a cohort of users who are both participants and advocates. Builders launch applications, traders provide liquidity, and ecosystem tools are created without centralized coordination. This has led to the emergence of independent dashboards, analytics platforms, routing interfaces, and strategy tooling built entirely by the community. Rather than relying on a foundation-led ecosystem, development has emerged organically around shared infrastructure.
This dynamic reinforces itself over time. As more traders migrate for liquidity and execution, more builders deploy markets. As more markets launch, the platform becomes more useful. The community therefore grows not just through attention, but through participation. In this sense, Hyperliquid's community resembles early exchange communities, where users were both customers and contributors to liquidity formation.
Present Implementation — HIP-3 and Traditional Market Expansion
The most important recent development within the Hyperliquid ecosystem has been the implementation and rapid adoption of HIP-3. While Hyperliquid initially gained traction as a crypto-native perpetuals venue, HIP-3 expanded the platform into a multi-asset trading environment by enabling permissionless deployment of perpetual markets on traditional financial assets.
Equities, commodities, and indices began trading alongside crypto pairs within the same matching engine and margin system. Traders no longer needed separate venues to access different asset classes. Exposure to gold, oil, equity indices, and large-cap technology stocks became accessible within the same account used for crypto derivatives. This effectively merged crypto and traditional markets into a single liquidity venue.
The success of HIP-3 markets is already visible in trading activity. During periods of elevated macro volatility, traditional assets such as gold, silver, and crude oil have occasionally generated daily volume on par with major crypto pairs. These markets have at times traded in the $2 to $3 billion daily volume range, comparable to BTC perpetuals on the platform. This is particularly notable given that these instruments were introduced significantly later than core crypto markets.
The ability for commodities and macro-sensitive assets to reach similar liquidity levels demonstrates that traders are not simply experimenting with these products, but actively migrating directional exposure into onchain perpetuals. As volatility in traditional markets increases, these instruments increasingly behave as first-class markets within the Hyperliquid ecosystem rather than secondary additions.
HIP-3 also introduces a builder-driven deployment model. Rather than Hyperliquid listing assets directly, external teams can stake HYPE to launch new perpetual markets. These builder-deployed markets share the same liquidity, risk engine, and margin system as native pairs, allowing asset coverage to expand without fragmenting liquidity. Each deployment simultaneously broadens tradable instruments while locking token supply through staking.
HIP-3 therefore accomplishes three things simultaneously:
- expands the range of tradable assets
- attracts users interested in traditional financial exposure
- introduces structural token demand through builder staking
The rapid growth of commodities, indices, and builder-deployed markets suggests that HIP-3 is already functioning as intended. As adoption increases, Hyperliquid transitions from a crypto derivatives venue into infrastructure capable of hosting global markets.
Future Market Fit — HIP-4 and Event-Based Markets
The next stage of Hyperliquid's evolution is defined by HIP-4, which extends the platform beyond assets and into event-driven markets. While HIP-3 enabled trading any asset, HIP-4 enables trading any event. Prediction markets, binary contracts, and outcome-based derivatives become deployable using the same matching engine, liquidity, and risk infrastructure already powering spot and perpetual markets.
MX13 Capital identified the structural shift toward prediction markets early, particularly through the rise of platforms like Polymarket. The core thesis was that prediction markets offer a uniquely precise way to express and hedge risk across a wide range of domains. Rather than using broad proxies, participants can hedge specific outcomes directly. A macro portfolio manager, for example, may want exposure to a geopolitical outcome, a central bank decision, or a regulatory event. Prediction markets allow risk to be defined and traded at that level of granularity. This creates flexible hedging mechanics that do not exist in traditional markets.
This becomes even more powerful when combined with continuous trading. Traditional markets close on weekends and outside business hours, leaving portfolios exposed during periods where geopolitical and macro developments often occur. Prediction markets operate continuously, allowing traders to hedge these risks in real time. Hyperliquid extends this further by allowing these event exposures to exist alongside other positions within a single platform.
The significance of HIP-4 is therefore not limited to prediction markets themselves. Traditional prediction platforms operate as isolated environments where capital is locked until resolution. Positions exist independently from other exposures, and collateral cannot be reused. Hyperliquid's architecture changes this dynamic.
Event contracts deployed through HIP-4 share the same risk engine as spot and perpetual markets. This allows capital used for prediction markets to simultaneously support other positions. A trader hedging geopolitical risk through an event contract can also trade commodities, equities, or crypto using the same collateral. Event exposure becomes one leg of a broader portfolio rather than a standalone bet. This unified margin system transforms prediction markets from isolated bets into integrated portfolio instruments.
HIP-4 also expands the user base entering Hyperliquid. Prediction markets attract sports bettors, macro traders, political forecasters, and event-driven participants who may not otherwise interact with derivatives markets. Once onboarded, these users operate within the same infrastructure as perpetual traders and multi-asset participants. This increases liquidity, cross-asset activity, and overall platform utilization.
HIP-4 therefore extends Hyperliquid from a multi-asset exchange into a venue capable of pricing real-world outcomes. Combined with HIP-3, the platform moves from trading assets to trading both assets and events, further positioning Hyperliquid as infrastructure for global financial risk.
New Addressable Markets — Rates, FX, and Global Macro Risk
While HIP-3 expands asset coverage and HIP-4 expands event-driven exposure, the long-term addressable market for Hyperliquid extends far beyond crypto and prediction markets. The largest financial markets globally are interest rates and foreign exchange, which dominate capital flows and hedging demand.
The global FX market averages approximately $7.5 trillion in daily volume, translating to over $1.8 quadrillion annually. Interest rate derivatives markets are similarly large, with notional outstanding exceeding $600 trillion. These markets dwarf crypto derivatives by multiple orders of magnitude.
Hyperliquid's architecture is inherently compatible with these use cases. Multi-asset margining allows participants to hedge across currencies, commodities, and equities simultaneously. Event markets enable macro positioning around central bank decisions, inflation releases, or geopolitical developments. Builder-deployed markets allow new instruments to be introduced without centralized approvals.
Even marginal adoption of FX and rates markets would significantly expand platform activity. Capturing a fraction of global macro trading would exceed current crypto derivatives volumes. As new instruments are deployed and liquidity deepens, Hyperliquid transitions from a crypto-native venue into infrastructure capable of hosting global capital flows.
Conclusion
Hyperliquid's evolution reflects a shift from a single-purpose trading venue into broader financial infrastructure. Builder-deployed markets expand asset coverage, unified margin increases capital efficiency, and token economics align participants with platform growth. As more users, assets, and applications converge, the platform increasingly functions as a shared venue for multiple forms of financial activity.
Rather than positioning crypto within traditional finance, Hyperliquid represents traditional financial activity moving onto crypto-native rails. The convergence of assets, liquidity, and capital within one environment suggests a structure that extends beyond a typical exchange — one that increasingly resembles a unified house for markets, risk, and capital.
Nothing here is meant to serve as direct financial advice.