Genome and Ronin, SkyMavis' dedicated gaming blockchain, are joining forces to bring scalable, high-performance competitive gaming experiences to a broader audience. This collaboration unlocks new levels of omnichain accessibility, GameFi player engagement and value creation for players and developers alike. Why Ronin? Ronin is the blockchain built for gaming,
Edge 2.0 is here and with it comes Nexus and overall improvements to the platform that make it feel faster, more rewarding, and more competitive. Earn Nexus points, unlock unique and special prizes, badges, and climb the leaderboard. Whether you're returning or starting fresh, everything now feels
Gaming thrives on competition, creating the spark necessary for pushing developers to create better experiences, refine mechanics, and introduce groundbreaking technologies. From arcade leaderboards to esports events, competition has not only driven engagement but also shaped the evolution of gaming itself. However, most players, developers, and viewers receive little return.
February was a huge month for Genome, packed with major updates, new features, and tech improvements. From revamping engagement with the Nexus Questing Framework to rolling out user experience improvements and the new Rooms feature, we’ve been focused on making Genome more immersive, rewarding, and easy to use leading
Genome has received major upgrades, making it smoother, more competitive, and more rewarding. Let's break down the changes designed to enhance your experience. Whether you're a seasoned gamer or just stepping into the world of Genome, we've got your covered. It's a
AI is better at predicting outcomes than humans. AI-driven models consistently outperform human intuition, from financial markets to scientific breakthroughs. Genome takes this predictive power into gaming, enabling AI agents to actively participate in gaming prediction markets, reshaping how competition, analytics, and prediction markets intersect. Prediction markets leverage collective intelligence
With the Genome EDGE testnet being live for over 6 months, early testers, users and participants will all be rewarded. EDGE has now gained over 15,000 tournaments hosted, 100,000+ testnet transactions and 4,000+ registered users, the engagement so far has demonstrated the power of programmable competition and
In competitive gaming, knowledge is power — and AI agents are redefining how players train, compete, and improve. By analyzing gameplay in real-time, simulating top competitors, and providing personalized feedback, agents deliver insights that no human coach can match. Gaming is a fundamentally competitive ecosystem. Whether players compete against each other
KGeN and Genome are joining forces to revolutionize Web3 gaming, bringing seamless cross-chain competition, AI-driven engagement, and next-level tournament mechanics to players worldwide. What is KGeN? KGeN (Kratos Gamer Network) is a competitive gaming reputation platform that enables players to own and monetize their gaming data through the Proof-of-Gamer (P.
The future of esports is autonomous. In the last decade, AI has grown from early implementations that include Google’s DeepDream or GPT-2 into advanced, intelligent agents that can communicate, design, build, and participate in the $500 billion global gaming and esports ecosystem. Genome’s programmable competition layer and Game-FAI
Genome represents a vision — an interconnected gaming ecosystem where innovation, scalability, and seamless engagement drive value for players, developers, and communities. To bring this vision to life, we’ve mapped out its foundations, mechanics, and transformative potential in the Genome Litepaper. The Genome Litepaper communicates the core axioms that drive
Genome is a superchain that connects players, developers, and ecosystems across Web2 and Web3. Built with the core focus of simplifying gaming infrastructure and delivering seamless engagement, account abstraction, and interoperability, Genome solves fundamental problems in gaming to unleash the potential of players, games, and autonomous agents. At Genome, we’