Odaily Planet Daily reported that a debate appears to have emerged within the Hyperliquid community over the positioning of HyperEVM. The central view expressed in the discussion is that HyperEVM was not designed as a general-purpose Ethereum execution environment. Instead, it is described as a more specialized execution layer intended to work in combination with Hypercore.
A Split Over Specialized Execution and General L1 Use
According to the community discussion, HyperEVM’s core design should rely on the corewriter mechanism and precompiled contracts. These components are viewed as the proper way to support composable interactions with Hypercore, rather than treating HyperEVM as a standard general-purpose L1. When developers approach it as a conventional EVM-style chain, the learning curve becomes higher and the interaction model can feel more difficult to navigate.
The discussion also points to the complexity of system address interactions. For cross-asset operations, some processes require multiple transactions, which lowers efficiency. Community members further argued that, in many cases, asset swaps are not as efficient as AMM-based mechanisms. As a result, the most meaningful HyperEVM applications are still described as being limited to a small number of use cases, while the broader smart contract development experience remains less direct.
Tooling, Corewriter and On-Chain Experiments
Another concern raised in the community is that HyperEVM has long been seen as “overlooked.” The discussion connects this to team resources being concentrated on core products such as HIP-3, HIP-4 and portfolio margin. In that framing, the issue is not a rejection of those products, but rather a concern that ecosystem construction around HyperEVM has not received enough input.
For improving ecosystem activity, the community suggestions focused on better developer tools, optimization of the corewriter mechanism, and incentives for more on-chain experimental applications in a style similar to DeFi Summer. Under the same discussion, if these areas are not improved, smart contract innovation on HyperEVM may continue to slow.