Hyperliquid’s First Layer 2 Targets November 9 Launch

Kinetiq has set November 9 for the launch of Elysium, Hyperliquid’s first Layer 2, according to Kinetiq’s official announcements, which still leave completed public mainnet activation unconfirmed.

Elysium will operate as an Arbitrum Orbit rollup and settle transactions on HyperEVM, Hyperliquid’s smart-contract environment. The rollout follows several weeks of public testnet development. The announcement therefore establishes a scheduled date, not evidence that the public mainnet has already gone live.

What does this change for developers and traders?

Elysium targets block production every 100 milliseconds, materially faster than the standard block intervals available through HyperEVM. Its published technical specifications call for capacity of up to 300 million gas units per second. Those are architectural performance targets rather than independently verified measurements of sustained mainnet transaction throughput.

That distinction matters for applications requiring frequent processing: the announced design shortens the interval between blocks and advertises high execution capacity, but neither claim yet demonstrates continuous load on a live network. Elysium initially adds an execution layer for applications; it does not complete Hyperliquid’s broader trading architecture.

Hyperliquid currently combines HyperCore, which supports spot and perpetual futures trading, with HyperEVM, an Ethereum-compatible execution environment. Elysium is designed to give applications another route to more frequent transaction processing while the existing trading and smart-contract systems continue to serve distinct functions.

For developers, the practical change is a native fee environment. Elysium will use HYPE rather than introduce a separate gas token, and users can bridge HYPE from HyperEVM into Elysium at a one-to-one ratio.

The design contrasts with some Layer 2 networks that issue separate gas assets. It extends HYPE’s potential utility beyond its existing roles in staking, governance and the trading ecosystem. Higher gas consumption alone does not establish a higher token value; the economic effect depends on actual adoption.

Revenue allocation

Kinetiq also announced a revenue-sharing structure intended to attract developers. Under that structure, 25% of sequencer revenue goes to builders generating network activity and another 25% supports operations. The remaining 50% funds purchases of KNTQ, Kinetiq’s token, with the purchased tokens directed to Hyperliquid’s Assistance Fund.

The allocation creates a distinct economic model alongside Hyperliquid’s existing token-buyback mechanisms. For builders, the proposed incentive is explicit: a portion of sequencer revenue returns to those generating activity, while a larger share allocates protocol revenue to KNTQ purchases for the Assistance Fund.

Trading integration remains a later step

The November 9 deployment represents the first stage of Elysium’s development, not completion of the full trading architecture. Kinetiq plans a subsequent upgrade approximately four weeks later that would allow smart contracts to read HyperCore market data and submit orders directly. The later access could support automated market makers, trading strategies and applications requiring order-book information.

Kinetiq has also announced dedicated infrastructure in Tokyo intended to improve access to HyperCore data. The initial deployment therefore remains distinct from the direct trading functions planned for the subsequent release, which would add both HyperCore market-data reading and order submission for smart contracts.

The announcement comes amid growing institutional interest in Hyperliquid, including plans to introduce regulated futures infrastructure in the United States. Hyperliquid’s trading expansion has attracted attention from Intercontinental Exchange, the owner of the New York Stock Exchange. Separately, its liquid-staking ecosystem continues developing applications around staked HYPE assets.

For market participants, the next checkpoints are concrete: completed public mainnet activation on November 9, evidence that the 100-millisecond and 300-million-gas-per-second specifications hold under sustained use, and delivery roughly four weeks later of the HyperCore data and order-access upgrade.