LayerZero, an omnichain interoperability protocol, works with Gate Layer, a high-performance Web3-enabled L2. This partnership aims to leverage Gate’s proprietary Perp DEX to provide streamlined cross-chain trading that benefits developers and consumers. As Gate Layer stated in its official social media announcement, the new decentralized perpetual exchange offers unparalleled withdrawals and deposits across notable blockchains such as BNB Chain, Base, Ethereum, and Solana. The strategic integration therefore highlights an important step towards the development of a comprehensive DeFi infrastructure to connect functionality and liquidity across the crypto sector.
A global exchange with a historic trading volume of $9 trillion has built a decentralized perpetual exchange on LayerZero.
Gate’s new Perp DEX, running on proprietary L2, connects Solana, Base, BNB Chain, and Ethereum deposits and withdrawals, all through LayerZero. https://t.co/kQpWGBP1Ai pic.twitter.com/s1B528xObe
— LayerZero (@LayerZero_Core) October 17, 2025
LayerZero and Gate Layer partner to advance cross-chain interoperability with Perp DEX
Gate is working with LayerZero to power Perp DEX. The decentralized perpetual exchange therefore leverages LayerZero’s interoperability and messaging protocols. As a result, traders will be able to access diverse blockchain assets on a single platform, eliminating the usual barriers between ecosystems. The interoperability provided by this partnership is expected to enhance cross-chain liquidity and improve the accessibility, efficiency, and liquidity of perpetual transactions.
Setting a new benchmark for decentralized trading innovation in the Web3 landscape
According to LayerZero, this joint initiative is paying significant attention to strengthening the Web3 infrastructure. In this regard, Perp DEX enables seamless and secure interoperability, smoothing decentralized trading and empowering liquidity providers. Ultimately, this partnership strengthens Gate’s L2 network and sets the latest benchmark for innovation in decentralized exchanges in the Web3 space.
