LayerZero
With extensive knowledge in node operations from everything to validators, RPCs, oracles, and bridges, BCW has expanded its node expertise to include LayerZero DVNs.
LayerZero is an interoperability protocol that empowers developers to craft and customize unified applications, tokens, and data primitives seamlessly across various chains by facilitating the transmission of messages.
Why Choose BCW to Build with LayerZero?
BCW ensures the security and integrity of omni-chain communications on LayerZero as a DVN provider. BCW facilitates rapid onboarding into the LayerZero ecosystem and equips each new network with the ability to transfer fungible tokens, non-fungible tokens, and smart contract interactions across blockchain networks utilising the LayerZero OFT, ONFT, and OApp standards.
We have an array of node types across our business lines: validator, indexer, RPC, bridge, and oracle. We remove the need for specialised technical knowledge, infrastructure, and network security, which allows our clients to focus on what matters the most - adding value to the DLT ecosystem.
We operate 100+ nodes across 20+ protocols with continued 24/7 support for large enterprises, ensuring stable and consistent network performance. We cater to corporate clients needing a high-touch enterprise-grade partner to manage existing node operations & provide access to a wide-range of networks.
Without compromise, security is our number one priority. Our team has decades of experience in systems architecture and infrastructure security, which has protected the sanctity of our clients’ data against outside threats.
If you wish to request to add your network to LayerZero, feel free to reach out below.
DVN-as-a-Service
BCW offers a DVN-as-Service for networks that wish to integrate into LayerZero. This approach utilises industry-best practices and removes the need for technical upskilling and additional personnel required to run blockchain nodes. Once integrated into the omni-chain LayerZero ecosystem, users can seamlessly send tokens and data across Web3 networks, and begin to alleviate the burdens of the incumbent siloisation in the contemporary Web3 industry.
