**Technical Advantages**: Core members come from top public chain development teams such as Ethereum and Polkadot. Utilizing advanced cryptographic technologies like Zero-Knowledge Proofs (ZKP) and Multi-Party Computation (MPC), we achieve on-chain verification of off-chain computations through ZKP technology, ensuring data privacy while avoiding computational waste, improving performance by over 50% compared to traditional solutions; using MPC and ECVRF to build a trustless distributed source of randomness for Web3 applications, providing verifiable randomness for smart contracts on EVM and FVM.
**Funding Status**: Completed $12 million in funding in February 2025, with participation from Presto Labs, Smape Capital, and others, and also received grants from the Ethereum Foundation and Mina Protocol.
**Development Plan**: In 2025, we plan to launch a "Dynamic Randomness Network" that uses AI optimization algorithms to predict on-chain demand and dynamically adjust node resource allocation. The focus will be on Southeast Asia and North America markets, aiming to exceed 200 ecological partners within the year. A portion of the ecological cooperation fund will be used to establish a developer incentive program to attract more projects to adopt its randomness services, with a goal of covering over 100 DeFi and GameFi applications by the end of the year.
**Application Scenarios**: In scenarios such as chain game card draws, DeFi oracles, and NFT blind boxes, Orochi's ECVRF mechanism eliminates manipulation risks and has been applied to the smart contracts of several leading projects. We provide standardized API interfaces and development documentation, supporting mainstream languages like Solidity and Rust, thereby reducing the migration costs for Web2 developers to enter Web3.
