How Orochi Network's Orand is revolutionizing Web3 with trustless, verifiable source of randomness for dApps by leveraging on cryptographic techniques.

Orochi Network is a Layer 1 blockchain and Verifiable Data Infrastructure focused on solving scalability and data integrity issues.

Key Features of Orand:

✅ Verifiable Randomness: Orand uses Elliptic Curve Verifiable Random Function (ECVRF) to generate unpredictable, tamper-proof randomness that can be independently verified both on-chain and off-chain without administrator or third party intrusion.

✅ Flexible Proof Submission: Users can choose between Self-Submission (requesting randomness from Orand’s service and submitting it to their smart contract) or Delegated Submission (By allowing Orochi Network to automate the submission process). This flexibility optimizes cost and usability.

✅Multi-Party Computation (MPC): Orand V3 incorporates MPC to enhance security by distributing the randomness generation process across multiple participants, ensuring that no single party can influence the outcome. This prevents predictability during data computations.

✅ Interoperability: Orand works within Orochi Network's broader ecosystem, complementing services like Orocle (a decentralized oracle for off-chain data) and zkDatabase (a NoSQL store with ZK-SNARKs). This ensures seamless, secure data flows for AI, DeFi, and gaming apps.

✅Use Cases:

Orand supports Web3 gaming, lotteries, and other dApps requiring fair randomness.

It integrates with over 40 blockchains, supporting dApps and is compatible with EVM-based chains . It’s a critical component for ecosystems like Ancient8 and GaFin.

🔸How It Works:

Applications request randomness from Orand, which generates an ECVRF proof. This proof can be verified by smart contracts.

Users can integrate Orand via Orochi Network SDK, specifying parameters like service URL, username, and consumer contract address.

Orochi Network's Orand is providing long-lasting solutions to dApps, external systems and gaming apps.

Curtailing data predictions and malicious access, keeping it tamper-proof, scalable and interoperable.

Get started here 👇

www.orochi.network/orand