Elysium Hyperliquid L2: Can It Fix HyperEVM?

Overview

Hyperliquid’s ecosystem is preparing for another expansion as Kinetiq unveils Elysium, an upcoming high-performance execution layer designed around trading, liquidity and tighter integration with Hyperliquid’s existing infrastructure. The Elysium Hyperliquid L2 is expected to use HYPE as its native gas token while connecting applications to HyperCore spot markets and HIP-3 perpetuals.

The project arrives at an important point for Hyperliquid. HyperEVM already gives developers an EVM-compatible environment secured within the broader Hyperliquid ecosystem, so Elysium must prove that another execution layer adds meaningful functionality rather than simply fragmenting liquidity. Kinetiq’s proposed answer is to focus on an end-to-end asset lifecycle: new tokens could begin trading through long-tail AMMs, graduate into deeper liquidity through PropAMMs, reach HyperCore spot order books and eventually support perpetual markets through HIP-3.

That design makes Elysium more accurately described as a trading-native Layer 2 than a purely derivatives-focused chain. It also creates two distinct economic layers: HYPE would power transaction execution, while part of Elysium sequencer revenue is intended to support KNTQ buybacks and burns. The key test will come after launch, when performance, liquidity and developer adoption can be measured.

Key Takeaways

• Kinetiq has unveiled Elysium as an upcoming Hyperliquid-focused Layer 2 rather than a fully launched mainnet.
• Elysium is designed to use HYPE for gas and connect liquidity with HyperCore and HIP-3 markets.
• Its main proposition is an integrated path from token launch to AMM liquidity, spot trading and perpetuals.
• Elysium extends existing HYPE utility rather than creating HYPE’s first gas use case.
• Mainnet performance and liquidity fragmentation remain major execution risks.

Why Does the Elysium Hyperliquid L2 Exist?

What Problems Is Elysium Trying to Fix in HyperEVM?

The direct answer is that Elysium is designed to provide a trading-focused execution environment with higher performance and a more integrated liquidity path.

HyperEVM already allows EVM-compatible smart contracts to operate inside the Hyperliquid ecosystem and already uses HYPE as its gas asset. That gives developers access to Ethereum-style applications while remaining connected to Hyperliquid.

However, trading applications can impose more demanding performance requirements than general-purpose smart contracts.

AMMs, high-frequency market-making systems and applications that continually update prices or liquidity need fast execution and predictable transaction processing. Kinetiq’s proposed Elysium architecture is intended to optimize specifically for those workloads.

The Elysium Hyperliquid L2 is therefore not compelling simply because it adds another EVM environment. Its value depends on whether specialization produces materially better execution for applications that interact continuously with markets.

Those claims still require real-world validation. Target throughput, block times and transaction-cost improvements are design ambitions until the network is live at scale.

Is Elysium Replacing HyperEVM?

No.

Current information points to Elysium becoming an additional execution layer within the Hyperliquid ecosystem rather than a replacement for HyperEVM.

HyperEVM remains the general-purpose EVM-compatible environment tied to Hyperliquid. Elysium is more narrowly focused on trading infrastructure, AMMs, asset launches and connections to HyperCore liquidity.

This distinction matters because specialized execution environments can coexist if they serve different developer needs.

A DeFi application requiring broad smart-contract composability may continue to use HyperEVM. An application built around low-latency trading or specialized market-making could find Elysium more attractive if the promised performance advantages are delivered.

The risk is duplication.

If applications and users split across multiple environments without seamless liquidity and messaging, Hyperliquid could end up with more infrastructure but a less unified user experience. Elysium therefore needs strong connectivity to HyperCore rather than operating as an isolated ecosystem.

How Will the Elysium Hyperliquid L2 Connect to HyperCore?

How Could Tokens Move From AMMs to HyperCore Spot?

One of Elysium’s most interesting proposals is a more continuous lifecycle for newly launched assets.

A smaller token often faces a fragmented path to liquidity. It may initially launch through an AMM, later attract professional market makers, and only after reaching sufficient scale become suitable for a centralized or order-book-based spot market.

Elysium is designed to bring those steps closer together inside the Hyperliquid ecosystem.

The proposed path begins with long-tail AMMs, where less-established assets can establish initial liquidity. As trading activity and depth increase, PropAMMs could provide more sophisticated market-making. Mature assets could then connect with HyperCore spot order books.

That structure could reduce the separation between early-stage token liquidity and deeper trading venues.

If it works, developers may no longer need to assemble several unrelated protocols to take an asset from launch to liquid spot trading.

The Elysium Hyperliquid L2 would instead function as an onboarding layer feeding successful markets into HyperCore.

How Does HIP-3 Extend the Path Into Perpetuals?

HIP-3 adds the derivatives layer to that asset lifecycle.

Hyperliquid’s HIP-3 framework allows builders to deploy perpetual markets under defined conditions. That means an asset gaining sufficient spot liquidity could potentially progress from an Elysium-based launch into HyperCore spot markets and eventually into perpetual trading.

The resulting structure is:

long-tail AMM → PropAMM → HyperCore spot → HIP-3 perpetuals.

That is why describing Elysium purely as a derivatives-native L2 misses part of the architecture.

The more ambitious idea is to combine spot formation and derivatives expansion within one connected trading ecosystem.

This could be valuable for market makers because spot and perpetual liquidity are often economically linked. Deep spot markets can improve price discovery, while derivatives provide hedging and leverage.

But integration alone does not guarantee healthy markets. Thinly traded tokens can still suffer from poor liquidity, volatile funding rates and concentrated market-making.

Elysium may make market creation more seamless, but it cannot manufacture sustainable demand.

Why Does Elysium Use HYPE as Gas?

Does Elysium Create New Utility for HYPE?

It extends existing HYPE utility rather than creating it from scratch.

HYPE is already used as the gas asset for HyperEVM. Therefore, the Elysium Hyperliquid L2 should not be described as giving HYPE its first execution-layer use case.

The more accurate interpretation is that Elysium could expand the number of transactions and applications that require HYPE.

If developers deploy high-volume trading applications on Elysium and users actively interact with them, additional execution demand could translate into more HYPE being required for transaction fees.

That creates a potentially useful ecosystem effect: new infrastructure can grow HYPE utility while remaining economically connected to Hyperliquid.

The scale of that effect will ultimately depend on usage.

A network can designate a token as gas without generating meaningful demand if transaction volumes remain low. Adoption, not token designation, determines whether the utility becomes economically significant.

Could Elysium Send Activity Back to Hyperliquid?

This is one of the project’s most important strategic questions.

Layer 2 networks can sometimes fragment liquidity from the systems they are designed to scale. Users move assets into the new environment, applications capture fees there and liquidity becomes divided across chains.

Elysium is attempting a different model.

Its proposed asset lifecycle explicitly feeds trading activity toward HyperCore spot markets and HIP-3 perpetuals. If that architecture works, Elysium could function as a liquidity-generation layer rather than a competing destination.

A token might begin its life inside an Elysium AMM, build deeper liquidity and eventually generate more trading volume inside HyperCore.

That would align the L2’s success with the broader Hyperliquid ecosystem.

The model is attractive conceptually, but the practical test is whether users can move between these environments without meaningful friction. Bridges, execution delays and fragmented collateral can still weaken the experience even when products are technically integrated.

How Does KNTQ Capture Elysium Revenue?

Why Does the Sequencer Revenue Split Matter?

Elysium introduces a second layer of token economics beyond HYPE gas fees.

Under the structure currently disclosed by Kinetiq, sequencer revenue is expected to be divided into three parts:

• 50% allocated to purchasing KNTQ on the open market and sending it to the Hyperliquid Assistance Fund for burning;
• 25% distributed to applications that consume Elysium blockspace;
• 25% directed to the Kinetiq Treasury.

The largest allocation is therefore directly tied to KNTQ buybacks and burns.

If Elysium generates meaningful transaction revenue, this creates a mechanism through which network usage could translate into recurring KNTQ market purchases.

The application allocation is also notable because it attempts to reward developers for generating activity rather than allowing the sequencer operator to capture all fee revenue.

The model remains dependent on actual revenue generation. A buyback-and-burn mechanism has limited economic impact if network fees remain small.

HYPE vs. KNTQ: What Is the Difference?

The two tokens have different proposed roles.

TokenRole in ElysiumPotential Value-Capture PathHYPENative gasMore execution activity may increase gas demandKNTQKinetiq ecosystem token50% of sequencer revenue planned for buyback and burn

HYPE is linked to network execution.

KNTQ is linked more directly to sequencer economics.

This separation may help Elysium remain economically connected to Hyperliquid while still giving Kinetiq its own protocol-level value-capture mechanism.

Investors should nevertheless avoid assuming that either mechanism guarantees token appreciation. Gas usage, sequencer revenue and token prices can move independently depending on activity, fee levels, circulating supply and market sentiment.

What Could Stop Elysium From Succeeding?

Can Elysium Deliver Its Performance Targets?

That remains unproven.

Elysium has been announced as an upcoming high-performance environment, so its most important claims still need mainnet evidence.

Performance should eventually be measured using real transaction throughput, block times, failed transactions, fees, network stability and behavior during periods of intense market activity.

Trading infrastructure is particularly unforgiving.

A chain may appear fast during low activity but struggle precisely when volatility causes traders to need it most.

Elysium’s technical credibility will therefore depend on sustained operation under stress rather than headline throughput targets.

Could Another Layer Fragment Hyperliquid Liquidity?

Yes.

Adding more execution environments always creates some risk that applications, assets and users become distributed across separate pools.

This could weaken liquidity if integrations are not seamless.

The Elysium Hyperliquid L2 is specifically designed to reduce that risk by connecting AMMs with HyperCore spot and HIP-3 markets, but the design still needs to work operationally.

Users must be able to access markets without confusing asset transfers or unnecessary bridging. Developers need reliable infrastructure, and market makers need enough economic incentive to provide liquidity across different venues.

If those conditions are not met, Elysium could add architectural complexity without delivering meaningful improvements.

Elysium's Real Test Is Whether It Can Unite Spot and Perps

Elysium is more interesting as a trading architecture experiment than as another announcement that a crypto ecosystem is getting a Layer 2.

Hyperliquid already has HyperEVM for EVM-compatible applications and HyperCore for high-performance spot and perpetual trading. The purpose of Elysium is therefore not to fill an obvious absence, but to create a more specialized path between asset creation and mature trading markets.

The Elysium Hyperliquid L2 proposes a lifecycle in which new tokens can begin in long-tail AMMs, gain deeper liquidity through PropAMMs, reach HyperCore spot order books and eventually support perpetual markets through HIP-3. If that pipeline works smoothly, it could reduce one of crypto trading’s persistent problems: liquidity becoming fragmented across separate launch platforms, AMMs, spot venues and derivatives markets.

Its economics also attempt to remain tied to the wider ecosystem. HYPE would power gas, while KNTQ could capture part of sequencer revenue through planned buybacks and burns.

But none of those mechanisms guarantee success.

Elysium still needs to prove its performance under real trading load, attract developers and market makers, and demonstrate that an additional execution layer increases rather than divides Hyperliquid liquidity.

That is the real benchmark. Elysium does not need to show that Hyperliquid can launch another L2. It needs to prove that spot and perpetual markets can operate as parts of one continuous trading infrastructure.

Sources

https://github.com/dzmbs/hyperliquid-docs/blob/main/docs/for-developers/hyperevm.md

Risk Disclaimer: This article is for reference only and does not constitute investment advice. The cryptocurrency market is highly volatile. Please make decisions cautiously based on your individual circumstances.