According to news from CoinWorld, recently, the ACT Foundation and the GNON team have successively released announcements, officially announcing the establishment of a strategic partnership aimed at jointly promoting the future development of decentralized intelligent agent (Agentic AI) technology. This collaboration is based on the GNON team's core technology 'Echo Chambers' and combines the ecological resources of the ACT Foundation, committed to providing more freedom and innovative space for AI developers and decentralized technology enthusiasts. 'Echo Chambers,' as the core technology of the GNON team, is positioned as a decentralized, unrestricted communication network between agents. It provides developers with an open environment free from censorship and platform restrictions, enabling them to deploy, test, and optimize models in real-time, breaking the limitations of traditional networks. On this platform, innovation and collaboration are no longer constrained, but instead unleash infinite possibilities. According to this cooperation agreement: - The ACT Foundation provides financial support: ACT will fund the GNON team to support the development and application promotion of the 'Echo Chambers' technology. - Deep technical integration: The GNON team will provide technical support for ACT's ecological projects, and its technology stack will be integrated into multiple future projects and applications of the ACT Foundation. - Ecological empowerment: ACT's partners and funded projects will access the 'Echo Chambers' technology, further enhancing the innovation capacity and competitiveness of the ACT ecosystem. The ACT Foundation stated that the core goal of this cooperation is not only to build a technological network but also to promote the implementation of decentralized concepts, creating a completely free and open technological ecosystem. In the future, ACT and GNON will work together to explore decentralized intelligent agent technology in depth, allowing developers to achieve technological innovation in a broader range of fields.