Woofun AI reports that the price of HYPE broke through $80 on August 22, reaching an all-time high and redirecting capital attention to Hyperliquid. This surge reignited meme-driven trends on HyperEVM after a prolonged period of dormancy, with assets such as egg and joff emerging as high-market-cap leaders. The volatility pattern observed—rapid popularity followed by swift decline—has become standard for memes on HyperEVM. During the first meme season in June last year, BUDDY's market cap peaked at $35 million, yet no subsequent asset sustained comparable interest. While retail speculation remains abundant, the infrastructure lacks the capacity to handle such demand efficiently.

The structural inefficiencies of HyperEVM are rooted in its dual-blockchain architecture, which connects to HyperCore but introduces significant complexity for developers and traders. During network congestion, gas fees for simple transactions frequently exceed $10, reaching extreme levels of $20. This cost barrier is compounded by a fragmented issuance process: developers must independently source AMM platforms, spot liquidity, and perpetual markets, as no unified token issuance platform exists on HyperEVM. The lack of streamlined processes hinders the sustainability of new tokens, even those that gain short-term attention.

Kinetiq, the largest liquid staking protocol on Hyperliquid, identified these gaps and announced the launch of Elysium, a Layer 2 solution for Hyperliquid. The announcement triggered rapid community discussions regarding the revaluation of KNTQ, value capture from HYPE, and the migration of new applications. Elysium is designed to address the liquidity and performance issues inherent in the current ecosystem. By leveraging Kinetiq's existing infrastructure, the new layer aims to provide a more efficient environment for trading and application development.

Kinetiq's ecosystem currently supports a total value locked (TVL) of approximately $1.214 billion, anchored by kHYPE, which allows users to stake HYPE and utilize the derivative in DeFi applications like lending and yield strategies. Beyond kHYPE, Kinetiq has expanded its product suite to include Earn, kmHYPE, Launch, and Markets. These products demonstrate the protocol's capacity to manage complex financial logic and liquidity, providing a foundation for Elysium's broader ambitions. The existing TVL metrics underscore Kinetiq's position as a critical infrastructure provider within the Hyperliquid ecosystem.

Per Woofun AI, Elysium will continue to use HYPE as its fuel, eliminating the need for users to acquire additional assets to access the network. This design choice ensures that transaction volume on Elysium directly increases the utility and demand for HYPE. Performance upgrades are central to the upgrade, with Kinetiq claiming that block speed and throughput will be several orders of magnitude higher than HyperEVM. The long-term objective is to align Elysium's block time with that of HyperCore, creating an execution environment suitable for high-frequency spot trading and automated market making.

A critical technical enhancement involves the transformation of L1Read precompiled contracts, which currently allow smart contracts to access limited HyperCore data, primarily best bid and ask prices. Elysium plans to expand L1Read to provide developers with richer market depth and real-time quotes from near the top of the order book. For market makers, this improvement enables continuous quoting in Elysium's AMM while simultaneously utilizing HyperCore's depth for hedging. This dual-access model addresses the latency and data limitations that have previously hindered sophisticated trading strategies on HyperEVM.

Kinetiq identifies PropAMM as the primary target application for Elysium, given their sensitivity to latency and hedging efficiency. Data indicates that spot transaction volumes handled by PropAMM on SOL have consistently surpassed those on HyperCore, highlighting a missed opportunity for Hyperliquid. Elysium aims to capture this segment of spot trading demand by providing a low-latency environment that supports professional market makers. By replicating the efficiency seen on Solana, Elysium seeks to bridge the gap between Hyperliquid's perpetual dominance and its underperforming spot market.

The workflow for token issuance on Elysium is designed to be a 'value-enhancing L2,' channeling activity back to HyperCore rather than capturing it. New tokens begin on Elysium, undergoing a cold start phase with long-tail AMMs before migrating to PropAMM as liquidity grows. Subsequently, a spot order book is established on HyperCore, followed by the launch of a perpetual market via HIP-3. This contrasts with Ethereum L2s, which are often criticized for siphoning mainnet fees. Elysium's model ensures that increased activity on the L2 directly benefits HyperCore's transaction volume and liquidity.

KNTQ's tokenomics are structured to align incentives with network growth, with Elysium's sequencer revenue allocated as follows: 25% to applications consuming block space, 25% to Kinetiq's treasury, and 50% to buyback and destroy KNTQ via the Hyperliquid Assistance Fund. This mechanism creates a direct link between Elysium's usage and KNTQ's value appreciation. The buyback-and-burn model ensures that as the network scales, the circulating supply of KNTQ decreases, potentially driving up its price. This economic design reinforces the long-term viability of the Elysium ecosystem.

PaperTrade serves as a key case study for Elysium's potential, addressing the limitations of complex DeFi applications on HyperEVM. PaperTrade relies on frequent state updates for profit queues, LP balances, and PAPER token creation, processes that are hindered by HyperEVM's slow confirmation times and high gas fees. Omnia, the founder of Kinetiq, noted that Elysium provides a 'home' for such applications, allowing them to leverage HyperCore's pricing while executing logic on a faster layer. This solution extends to options, automated trading, and lending protocols requiring real-time hedging, enabling developers to run complex financial logic alongside HyperCore's deep liquidity.