hyperliquid

I kept asking myself one thing while studying Elysium: what does this actually change for Hyperliquid?
Not just another L2 with faster transactions, but an execution layer designed around Hyperliquid’s trading infrastructure and its existing economic system.
After going through Kinetiq’s material, the technical documentation and independent coverage, I think the interesting part is not simply speed. It is how Elysium connects execution, liquidity, builders and token economics. I also cross checked the technical side with @kinetiq_research.
Why Hyperliquid Needs Elysium Right Now
HyperEVM has brought smart-contract functionality into the #Hyperliquid ecosystem, but its current architecture has deliberate throughput constraints.
That becomes more noticeable when activity increases. For traders and applications that need frequent execution, congestion and unpredictable transaction costs can make certain strategies harder to run efficiently.
Elysium approaches this by providing a dedicated execution layer while remaining connected to HyperEVM and HyperCore.
The goal is straightforward: move demanding application activity to an environment designed for higher throughput without separating it completely from the core Hyperliquid ecosystem.
HYPE as Gas: Keeping the Ecosystem in One Asset
One of the first details that caught my attention is the decision to use $HYPE as native gas.
Users do not need to introduce another gas token simply to transact on Elysium. That keeps the economic relationship with Hyperliquid intact.
For #Web3 infrastructure, this matters more than it might initially appear. Gas assets influence liquidity, user experience and where economic activity ultimately flows.
Using HYPE creates a much cleaner connection between Elysium activity and the wider Hyperliquid network.
Supercharging Spot Trading and PropAMMs
This is where Elysium becomes more interesting from a market structure perspective.
Through its L1Read integration, Elysium is designed to provide applications with deeper access to HyperCore market data.
For PropAMMs and professional market makers, having richer order book information can improve pricing, liquidity management and hedging.
Think about a market maker supporting a long-tail token. Better access to HyperCore data can help it understand available liquidity and quote more efficiently without depending entirely on separate data infrastructure.
That could make Elysium more than a generic #DeFi scaling environment. It becomes infrastructure built around trading.
The Token Generation Lifecycle
Elysium also proposes a connected path for token markets:
AMM → PropAMM → HyperCore Spot → HIP-3 Perps
The idea is to give projects a progression from early liquidity toward deeper spot markets and eventually perpetual markets.
This does not mean every token automatically reaches every stage. Liquidity, demand and market quality still matter.
But having these stages connected could reduce fragmentation and give successful projects a clearer route through the Hyperliquid ecosystem.
The Sequencer Fee Model: 25% Builders, 25% Treasury, 50% KNTQ Burn
This is probably the part that gives the #Kinetiq thesis its strongest economic angle.
The proposed sequencer fee distribution is:
25% → Builders
25% → Kinetiq Treasury
50% → Open-market $KNTQ purchases and burn
The mechanism is easy to understand.
If Elysium eventually generated $1 million in sequencer fees, an illustrative distribution would be $250,000 to builders, $250,000 to the treasury and $500,000 toward KNTQ purchases and burns.
But there is an important distinction: that is a mechanism, not a forecast.
Without meaningful activity and sustainable fee generation, the buy and burn engine cannot become significant.
Elysium vs. Traditional Value Extracting L2s
Many L2 economic models concentrate sequencer economics at the L2 level, while their connection to the underlying ecosystem can be indirect.
Elysium is attempting a different alignment.
$HYPE remains the gas asset. Applications can interact with HyperCore infrastructure. Builders receive a share of sequencer fees. And half of those fees are directed toward KNTQ purchases and burns.
If adoption grows, value could potentially circulate across builders, users, Hyperliquid and Kinetiq rather than stopping at the execution layer.
Conclusion
I find the design compelling, but I would not call the value accrual thesis proven yet.
The architecture can work. The incentives can be clearly defined. But the market still has to validate the idea.
What I will watch is simple: users, trading volume, liquidity, sequencer revenue and whether the proposed token lifecycle actually attracts quality markets.
If those numbers develop, Elysium could become meaningful #Elysium m infrastructure for #Hyperliquid and a genuinely interesting #Layer2 model within #Web3.
For now, I think the mechanism is worth watching more closely than the headline.
Disclaimer: This is research and analysis, not financial advice. Do your own research.

Dans la Web3 aujourd’hui, beaucoup d’activités ont lieu et les solutions de couche 2 (L2) sont devenues l’épine dorsale du scaling des blockchains, mais la plupart suivent un schéma familier : elles extraient de la valeur de leur couche 1 (L1) sans la réinjecter. Arbitrum, Optimism et zkSync reposent toutes sur #Ethereum pour le règlement, pourtant leurs frais de séquenceur et leurs dynamiques de gaz s’accumulent principalement aux opérateurs de la L2, plutôt qu’aux stakers d’Ethereum. L’Elysium de Hyperliquid brise ce modèle. Il est conçu non pas comme une L2 parasitaire, mais comme un moteur de création de valeur qui renforce #Hyperliquid et #Kinetiq au cœur même de leur système.