Genovatix

one word... AXIOM CHAIN !

I have a funny question does anyone knows who I need to contact to have access to quantum computing equipment to test a patent ? Looking for #partnership #sponsorship let me know #quantum

Growth is painful, but nothing is as painful as staying stuck where you don’t belong. Over the past few years, I’ve gone through some significant personal changes—some by choice, others by circumstance. At times, it felt like the ground was shifting beneath me. Change can be uncomfortable, and letting go of old habits or stepping out of familiar surroundings is tough. But as difficult as it’s been, these changes have also brought growth, clarity, and a renewed sense of purpose. Whether it’s learning to adapt, developing new skills, or simply gaining a deeper understanding of myself, every challenge has been a stepping stone toward becoming the person I want to be. The journey of change isn’t always linear, and it’s definitely not easy. But if there’s one thing I’ve learned, it’s that the discomfort of growth is often a sign that you’re on the right path. To anyone facing their own crossroads: embrace the discomfort. It’s a sign you’re moving forward. #Growth #Leadership #PersonalDevelopment #ChangeIsHard #KeepMoving

Trustmesh testnet version is progressing smoothly with the codename: YodaChain. Utilizing vectors and matrices instead of blocks has resulted in a significant improvement. Excited to announce the upcoming release of version PadawanZero. #Trustmesh #YodaChain #PadawanZero

ZK13: A Zero-Knowledge Proof Protocol for Set Membership ZK13 is a zero-knowledge proof protocol that allows a prover to convince a verifier that a committed value belongs to a set, without revealing any information about the value itself. The protocol is based on the Pedersen commitment scheme and the Schwartz-Zippel lemma. The ZK13 protocol has applications in privacy-preserving cryptographic protocols, such as anonymous credentials, electronic voting, and private set intersection. Go-libzk13 is an implementation of the ZK13 protocol in Go. It provides a simple API for generating and verifying zero-knowledge proofs of set membership. Algorithm Description The ZK13 protocol consists of three main phases: Commitment Phase: The prover commits to a value x by computing a Pedersen commitment C = g^x h^r, where g and h are generators of a cyclic group, and r is a random value chosen by the prover. Challenge Phase: The verifier sends a challenge c to the prover. The challenge is a random value chosen from a finite field. Response Phase: The prover computes a response z such that g^z = C / (h^r u^c), where u is a generator of the cyclic group, and z is a linear combination of x and the set elements. The prover sends the response z to the verifier. The verifier can then check that g^z = C / (h^r u^c) holds, without learning any information about the value x. Implementation Details Go-libzk13 provides an implementation of the ZK13 protocol in Go. The implementation uses the bn256 elliptic curve for the cyclic group, and the blake3 hash function for hashing. The implementation provides a simple API for generating and verifying zero-knowledge proofs of set membership. The API consists of the following functions: NewZK13(secretBaggage string, bits int) *ZK13: Creates a new ZK13 instance with a prime number, generator, and hashed secret. The secretBaggage parameter is used to generate the hashed secret, and the bits parameter specifies the size of the prime number. Prover(nonce *big.Int) (*Proof, error): Generates a zero-knowledge proof of set membership for a given nonce. The nonce is used to protect against replay attacks. Verifier(proof *Proof) bool: Verifies a zero-knowledge proof of set membership. Returns true if the proof is valid, and false otherwise.

At Genovatix, we're proud to introduce two groundbreaking products designed to improve connectivity and promote peace: PeaceNet and TrustMesh. PeaceNet: Real-time Translation: Breaks down language barriers, enabling seamless communication between people from different cultures. Virtual Cultural Exchange: Offers immersive VR experiences to help people understand and appreciate diverse cultures. AI Mediation Tools: Provides accessible conflict resolution resources to find peaceful solutions to disputes. Educational Resources: Interactive courses on cultural awareness and emotional intelligence, equipping individuals with skills for peaceful coexistence. TrustMesh: Decentralized Network: Empowers communities to manage their own internet services, ensuring reliable connectivity even in underserved areas. Secure Communication: Uses advanced encryption to protect data and maintain privacy. Self-Healing Network: Automatically detects and bypasses faulty nodes, ensuring continuous connectivity. Community-Driven ISPs: Enables local communities to set up and manage their own internet services with solar-powered nodes. Together, PeaceNet and TrustMesh aim to create a more connected and peaceful world. Join us in making this vision a reality. #Genovatix #PeaceNet #TrustMesh #TechForGood