The new layer is designed to allow decentralized applications to seamlessly interact with Lighter’s markets and liquidity, while preserving the low-latency execution and verifiable security that define the protocol.
The move signals Lighter’s ambition to evolve from a specialized trading venue into a more composable Ethereum-native platform, opening its infrastructure to a wider range of DeFi use cases.
Lighter’s existing Layer 2 is built around custom zero-knowledge circuits optimized specifically for exchange operations. This design has enabled high-frequency trading on Ethereum and helped the network scale rapidly in both transaction throughput and total value locked within its first year.
However, that same specialization limited the flexibility required by general-purpose applications. Lighter EVM addresses this by introducing a standard EVM environment that can directly compose with Lighter’s order books, liquidity, and positions, without forcing developers to work inside the protocol’s bespoke trading architecture.
A defining feature of Lighter EVM is its tight coupling with the core Lighter execution layer. Both systems will settle together on Ethereum mainnet, with proofs aggregated into a single verification flow. This allows users to move assets, manage positions, and place orders across execution environments in seconds, rather than waiting for full Layer 1 finality.
At launch, the EVM layer will support synchronous reads of Lighter state, along with fast asynchronous writes for actions such as staking, trading, and asset transfers. The team has indicated that further work is underway to reduce write latency and potentially enable fully synchronous interactions in the future.
The technical foundation of Lighter EVM comes from a deep engineering collaboration with Axiom. Execution on Lighter EVM is verified using OpenVM, an extensible zkVM that allows critical EVM logic to be implemented directly in Rust.
This setup allows Lighter to preserve its highly optimized custom circuits for trading, while running a programmable rollup alongside them without compromising performance or security. The two teams are jointly developing a custom interoperability protocol that operates across the sequencer, node, and zero-knowledge proof layers.
By adding an EVM-compatible layer, Lighter is laying the groundwork for a broader ecosystem of applications colocated around its markets. Potential use cases include fast deposit bridges, shared collateral between lending protocols and perpetuals, native stablecoins issued on Lighter EVM, and tokenization platforms that directly tap into Lighter liquidity.
The common thread across these applications is improved capital efficiency and a smoother user experience enabled by near-instant interoperability between trading and smart contract execution.
Following extensive internal testing across multiple devnets, Lighter is preparing for an initial public release of Lighter EVM in the coming weeks. The team is already engaging with early integration partners as it positions the new rollup as a bridge between high-performance trading and the broader Ethereum DeFi ecosystem.
As Lighter expands its scope, Lighter EVM represents a key step toward turning its trading infrastructure into a fully composable financial layer for Ethereum.
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