Orochi Network is the Verifiable Data Infrastructure for enterprise systems that ensures data integrity and privacy using advanced cryptography primitives such as ZKP, FHE, and TEE.

Orochi Network’s products form a unified, enterprise-grade Verifiable Data Infrastructure that turns raw data into cryptographically verifiable data for Web3 applications.

Orochi Network is the Verifiable Data Infrastructure for enterprise systems designed to ensure data integrity and privacy through advanced cryptographic techniques such as ZKP, FHE, and TEE. Orochi Network provides a secure infrastructure for processing and proving data without compromising confidentiality, allows users to trust the system’s outputs while keeping sensitive information protected - making it a powerful solution for applications requiring both transparency and privacy.

Orochi Network’s Verifiable Data Infrastructure (VDI) is a modular layer powered by zkDatabase that enables verifiable computation and storage. By leveraging Zero-Knowledge Proofs (ZKP), it processes off-chain data with cryptographic integrity and privacy before syncing it to the on-chain state. This infrastructure replaces trust-based oracles with continuous validity proofs, serving as a critical backbone for Web3 applications, including tokenized Real-World Assets (RWA), DeFi, and Stablecoins.

The native token of Orochi Network, referred to as $ON, serves as the cornerstone of its Verifiable Data Infrastructure, enabling a secure and efficient ecosystem. The token fulfills several critical functions, outlined below:

Validators ensure the network’s security and integrity by staking $ON to participate in the consensus process. They are rewarded with $ON based on their contributions, fostering a reliable and decentralized system.

Users can utilize $ON to lease space on Orochi’s distributed storage network, supporting secure and verifiable data management. Fees compensate providers who maintain this infrastructure.

Zero-Knowledge (ZK) sequencers, responsible for processing transactions and ensuring privacy, receive $ON as compensation for their computational efforts, enhancing network scalability.

$ON is used to cover fees for transactions and network interactions, ensuring operational sustainability while providing access to Orochi’s advanced features.

Through these utilities, $ON drives participation and sustains the Orochi Network, aligning the interests of validators, storage providers, sequencers, and users within a robust economic framework.