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PlatON has reached a strategic cooperation with UXUY to provide a seamless payment experience for 900 million Telegram users

ChainCatcher news, the fully digital public infrastructure PlatON has reached a strategic cooperation with UXUY, successfully integrating the UXUY Telegram wallet, which will provide comprehensive fiat and digital currency services for the Telegram ecosystem, aiming to bring a seamless payment experience to 900 million users.UXUY, incubated and invested by Binance Labs, is the next-generation decentralized multi-chain infrastructure. Based on the Telegram ecosystem, UXUY offers multi-chain DApp access services and an application center, and provides comprehensive support such as technology and traffic for qualified DApps through the Puzzle Plan. PlatON's Web3.0 payment clearing system TOPOS supports merchants and users in non-custodial holding of Web3 assets. This collaboration aims to provide global merchants and users with secure and efficient payment solutions, accelerating the global adoption and application of stablecoins. Both parties will jointly explore more possibilities for Telegram in the payment field, leveraging the TOPOS payment clearing system to offer better exchange rate support and lower transaction fees for a wide range of merchants and users.UXUY founder Kevin stated, "Telegram users can access the PlatON ecosystem with one click through UXUY, experiencing seamless instant digital currency exchange and fund access. We will actively promote subsequent cooperation to jointly improve the crypto multi-chain landscape of Telegram."

Oak Grove Ventures - Zhejiang University Software College Blockchain Joint Laboratory Wins First Prize at the China Digital Services Conference Service Computing Innovation Competition

ChainCatcher news, recently, the Oak Grove Ventures - Zhejiang University School of Software Blockchain Joint Laboratory team won the first prize at the CCF2024 China Digital Services Conference Service Computing Innovation Competition.This competition is co-hosted by the Teaching Guidance Committee for Software Engineering of the Ministry of Education of China and the Service Computing Special Committee of the China Computer Federation, making it one of the most influential events in the field of computer science in China, and it enjoys a high reputation internationally.The goal of the award-winning project is to utilize new generation information technologies (such as the Internet of Things, artificial intelligence, big data, etc.) to build a wide-ranging, responsive, and highly intelligent water area supervision system. Through technological innovation, this system can significantly enhance the efficiency and accuracy of water area supervision, achieve rapid identification and response to malicious behaviors, provide scientific basis for ecological protection of water areas, and ultimately realize intelligent water area governance. This project not only showcases the team's outstanding capabilities in scientific research and innovation but also highlights their excellent spirit of collaboration.
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