New paper w/ Jaiyu Xu, to appear at CT-RSA: We show that Elliptic Curve Verifiable Random Function (ECVRF) has some quantum security—e.g., for proofs of correct evaluation. But EC discrete log is broken by quantum (thx Shor!), so how can this be?? 🧵 https://t.co/mrmgM866QZ

Updated docs for Sui addresses, multi-sig, offline signing, intent signing (different approach from Eth), verify Ethereum or NIST curve sigs in Move, ECVRF, how to verify Groth16 Zero Knowledge Proofs in your smart contracts. https://t.co/1XkAUAAlZd

🎉 Sui now supports ECVRF over Ristretto. After applying multiscalar operations, verification is ~7x faster than a regular BLS VRF (via blst + fastcrypto). @SuiNetwork will follow w/ Move contract examples & tutorial blog post. 🙏 Credits to @lindstrom_dk https://t.co/0f9Sy8OrTK

So, effectively the new paper about verifying BLS sigs WITHOUT pairings ( https://t.co/bppqP8RXOK) is literally ECVRF ( https://t.co/HKYkXEVzpY) over BLS G1 group?

Orand is built on Elliptic Curve Verifiable Random Function (ECVRF), making it secure, verifiable, and tamper-proof. Even Orochi Network administrators can't alter the results. @OrochiNetwork is now LIVE on @plumenetwork, bringing cutting-edge solutions to empower the ecosystem!

@frzshk @zmanian @SuiNetwork @lindstrom_dk Sui’s Fastcrypto has one of the most comprehensive benchmarks for cryptography primitives in the @rustlang space. ~190 microsecs for ECVRF verify. https://t.co/IAM3NKWcH7

Orand project was built based on Elliptic Curve Verifiable Random Function (ECVRF). It is deterministic, verifiable and secured based on assumptions from elliptic curves. Key features to optimize operation costs and improve security: ✳️ Verifiable: An Orand's epoch can be

1.Introducing Orand🚨: our joint solution for verifiable randomness using ECVRF. Secure, tamper-proof, and ready for next-gen blockchain apps partnership ,blockchain,innovation.

@ZircuitL2 is a modular zk rollup with AI-enabled security at the sequencer level. But wait, there's more! 🗨️ With Orand V2, we deliver unbreakable security with ECVRF technology for fairness. Plus, flexible submission options optimize costs for developers. Orochi's Oracle

Introducing Orand: The Vanguard of Decentralized Randomness! Harnessing the power of Elliptic Curve Verifiable Random Function (ECVRF), Orand delivers: 🔹 Predictable & confirmable randomness 🔹 Safe & tamper-resistant 🔹 Versatile submission options (Self, Delegated & Request)

built an ECVRF (Elliptical Curve Verifiable Random Function) for fun from scratch and published as an package for JS eco-system. Had fun diving deep into cryptographic math after long! https://t.co/XFpEJoMUYJ

🔐 Orand by @OrochiNetwork – Built on Elliptic Curve Verifiable Random Function (ECVRF) for secure, deterministic, and verifiable randomness! Why does this matter? Let’s dive into Orand’s key features! 🧵👇

20+ chains integrated and counting... 📈 #Orand is making WAVES in the VRF market, and we're just getting started! Everyone should build with confidence: https://t.co/TSlqbpWQAe #Orand #ECVRF #Randomness #Integration

✔️ Utilize ECVRF to produce public verifiable randomness ✔️ Reduce Latency ✔️ Reduce Cost These are the key benefits #Orand brings to blockchain gaming. How does it achieve this? 👉 Orand employs the Elliptic Curve Verifiable Random Functions (#ECVRFs), implemented on secp256k1

Orand V2: Elevating Web3 Randomness 🎲 With a lightning-fast generation time of just 15ms, our Orand stands as the premier VRF solution in the market. 🔗 Explore Orand V2: https://t.co/z8JHzBNr8E Key Features: 🔻 ECVRF-based security 🔻 Independent verification 🔻 Flexible

📌(2/6) libecvrf - A Rust crate from Orand @OrochiNetwork 🔗 https://t.co/4hxRkKNrjk This week we surged 2,460 downloads of a new version of libecvrf, an EVM friendly ECVRF (curve secp256k1, hash function keccak256). Our crate is different from other libraries by providing the

Orand V3: Revolutionizing Decentralized Randomness Orand V3 leverages Elliptic Curve Verifiable Random Function (ECVRF) to deliver secure, deterministic, and verifiable randomness.

Orochi Network and Creator have partnered to enhance blockchain scalability and efficiency, leveraging two core technologies: Verifiable Randomness (Orand):Powered by ECVRF, Orand ensures secure, transparent, and tamper-proof random number generation.

(3/7) libecvft - A Rust crate from Orand @OrochiNetwork This month we reached 2,500 downloads of a new version of libecvrf, an EVM friendly ECVRF (curve secp256k1, hash function keccak256). 🔗 https://t.co/4hxRkKNrjk 💡 Kind reminder: #ORAND - A fast, publicly verifiable,