Orochi Network revolutionizes GEB (formerly BEVM), a decentralized, EVM-compatible Bitcoin Layer 2 solution, by addressing critical challenges in privacy, scalability, and interoperability. GEB enables Ethereum DApps on Bitcoin L2 with BTC as gas but faces issues like high on-chain storage costs and complex cross-chain verification. Orochi’s zkDatabase and Orocle & Orand solutions provide off-chain storage, Zero-Knowledge Proofs, reducing costs, enhancing security, and boosting scalability.
What is GEB (BEVM) ?
GEB, previously BEVM, is developed as a decentralized, EVM-compatible Bitcoin L2 solution. It enables DApps from the Ethereum ecosystem to be used on Bitcoin L2, using BTC as gas for cross-chain interaction, ensures data integrity by synchronizing Bitcoin block headers and cross-chain transaction proofs, enables decentralized cross-chain transactions with Taproot and PoS nodes, and supports a consensus algorithm with up to 1000 nodes. Ethereum tools, accounts, and wallets can be used by developers seamlessly, aiming to enable innovation on both ecosystems. The platform's core vision includes BTC EVM compatibility and a decentralized Bitcoin FX Protocol, thus positioning it as a future solution for the deployment of Bitcoin L2.
What is Their Problem?
GEB recognizes that blockchain platforms need privacy-preserving smart contract execution, efficient computation verification, support for complex smart contracts, and cross-chain verification for interoperability. As a Bitcoin Layer 2 solution, GEB tackles these challenges with advanced cryptography, optimized state management, and secure proof mechanisms to enhance scalability, privacy, and cross-chain functionality.
How Orochi Solves the Problem
Orochi Network will integrate its Orocle & Orand solutions to provide reliable data, blazing-fast VRF, and enhanced security on GEB’s Bitcoin L2.
zkDatabase is a distributed off-chain database that combines noSQL architecture with advanced cryptography. For GEB, zkDatabase offers: Off-Chain Storage:
By storing contract states off-chain, it reduces the need for on-chain data storage, significantly lowering costs and improving transaction throughput. This is particularly beneficial for GEB, where on-chain storage can be a bottleneck.
Zero-Knowledge Proofs:
zkDatabase uses ZKPs to ensure data integrity, allowing any party to verify off-chain data without revealing the data itself. This enhances privacy and security, crucial for maintaining trust in GEB’s ecosystem.
Scalability:
By offloading data to a decentralized, verifiable database, zkDatabase enables GEB to handle larger volumes of transactions and smart contracts, addressing scalability concerns.
Conclusion
Orochi Network’s products and succinct proof generation capabilities are transformative for GEB (BEVM), addressing critical challenges in data storage, scalability, and cross-chain communication. By leveraging Zero-Knowledge Proofs, Orochi enables GEB to store contract states off-chain securely, reduce costs, and enhance interoperability. The benefits—cost savings, improved scalability, enhanced security, and seamless cross-chain functionality—position GEB as a leading Bitcoin Layer 2 solution for the future of decentralized applications. With over 9,000 installs and hundreds of zkApps already benefiting from zkDatabase, Orochi’s technology is not just a theoretical solution but a proven tool for real-world blockchain challenges.
