REI Network, an EVM-compatible decentralized blockchain, has partnered with Orochi Network, a Verifiable Data Layer for real-world assets (RWAs). The partnership aims to integrate advanced technologies to improve data efficiency, privacy, and integrity for users and developers. In line with REI Network’s official social media announcement, the partnership intends to transform decentralized applications (dApps). Keeping this in view, the development is poised to expedite the development of streamlined>
Meet @OrochiNetwork — our newest partner bringing verifiable data to Web3!
With ZKPs, FHE, and TEEs, Orochi turns real-world data into privacy-preserving proofs. Together, we’ll explore how their verifiable data pipeline and ZK-data-rollups can power secure, scalable dApps on… pic.twitter.com/4D6EnYiErs
— REI Network｜From #GXChain! (@GXChainGlobal) August 20, 2025
REI and Orochi Network Join Forces to Offer Privacy-Preserving Secure Data
The partnership between REI Network and Orochi Network takes into account leveraging the next-gen cryptographic technologies for the provision of verifiable data solutions for Web3. In addition to this, the collaboration also utilizes the Zero-Knowledge Proofs (ZKPs), Trusted Execution Environments (TEEs), and Fully Homomorphic Encryption (FHE). These services guarantee the conversion of the real-world data into robust privacy-preserving proofs. As a result of this, the builders can seamlessly develop scalable and secure dApps on REI Network by using the cutting-edge instruments.
What Can Developers Expect from Partnership
According to REI Network, with this initiative, the developers can reach a more resilient, scalable, privacy-focused environment for cutting-edge dApp development. Additionally, merger of the verifiable data supply and ZK-data-rollups of Orochi Network with zero-fee, EVM-compatible blockchain of REI Network offers rapid deployments. Moreover, it also enables improved security and reduced costs for the dApps, strengthening builders in a compliant, privacy-focused, and trustless setting.
