At the highest stage of the global climate agenda—the 29th United Nations Climate Change Conference (COP 29)—Professor Xiong Yu, Vice President of Surrey University and Chair Professor of Business Analytics, was invited as a speaker at the 'Empowering Sustainable Innovation' thematic forum, presenting the latest progress of Endless Genesis Cloud and demonstrating how blockchain and artificial intelligence (AI) play a core role in sustainable development and global net-zero goals. Former UN Assistant Secretary-General and Chairman of the Global Sustainable Development Alliance, Mr. Satya Tripathi, participated in this discussion.

This COP 29 conference brought together policymakers, business leaders, and academic authorities from around the world, dedicated to exploring innovative ways to achieve the goals of the Paris Agreement. Professor Xiong Yu discussed in a high-level dialogue forum how technological innovation can drive the global transition to net-zero emissions with heavyweight guests from the finance and technology sectors.

Endless Genesis Cloud: A Technological Pioneer Combining Blockchain and AI for Sustainable Development

Endless Genesis Cloud not only symbolizes endless technological innovation and development potential but also conveys its long-term commitment to environmental protection. Through the decentralized features of blockchain and intelligent optimization of AI, Endless Genesis Cloud offers a unique and innovative solution to achieve global net-zero targets.

  1. Blockchain-Supported Transparent Carbon Credit Management

Climate change is a global challenge, and the complexity of the carbon credit market often leads to issues such as insufficient transparency and double counting. Endless Genesis Cloud provides unprecedented transparency to the market by recording carbon transactions on the blockchain in a decentralized and immutable manner.

Professor Xiong Yu pointed out, 'Endless Genesis Cloud' supports enterprises and individuals in quickly achieving carbon neutrality through the tokenization of carbon credits. All transaction records are traceable, which not only ensures compliance but also provides an important avenue for funding environmental projects.' It is reported that these carbon credit projects cover various fields from reforestation to renewable energy development, truly realizing the empowerment of environmental protection through technology.

  1. AI-Powered Optimization of Energy Use

The combination of blockchain and AI offers new possibilities for sustainable development. Endless Genesis Cloud integrates AI technology to monitor energy usage in real-time, optimize transaction processing and node operations, thereby reducing unnecessary energy consumption. This not only lowers the carbon footprint of Endless Genesis Cloud itself but also sets a benchmark for the green transition of the blockchain industry.

In his speech, Professor Xiong Yu detailed the operational mechanism of this technology: 'Through AI's intelligent prediction, Endless Genesis Cloud can proactively plan carbon offset strategies to ensure the sustainable operation of the platform. Our goal is to create an energy-efficient, environmentally friendly ecosystem that provides a greener path for the application of blockchain technology.'

  1. Incentivizing Global Cooperation and Sustainable Action

Endless Genesis Cloud promotes more users, developers, and organizations to participate in sustainable development actions through a token incentive mechanism. The project allows users to earn token rewards by choosing renewable energy, developing green applications, and more, thus forming a 'green economy.' Additionally, Endless Genesis Cloud supports global developers in creating decentralized applications (dApps) related to environmental protection and encourages businesses and environmental organizations to collaborate on its platform.

In the high-level dialogue at COP 29, Professor Xiong Yu called for more international cooperation, stating, 'Only through extensive transnational cooperation and technological innovation can we truly advance the global goal of net-zero. Endless Genesis Cloud provides an open platform for global developers, where everyone can participate and create value together for the future.'

Future Prospects of Endless Genesis Cloud: Technology Empowering a Green Future

As global emphasis on sustainable development deepens, Endless Genesis Cloud is committed to becoming a pioneer in empowering a green future through blockchain and AI technology. Professor Xiong Yu stated, 'Endless is not just a technological platform, but a reflection of our commitment to sustainable development. By combining environmental goals with technological innovation, Endless Genesis Cloud paves a sustainable path towards achieving global net-zero targets.'

The future development of Endless Genesis Cloud will focus on expanding its ecosystem, providing funding support for more environmental projects, and continuing to optimize carbon credit management and energy use efficiency. Professor Xiong Yu calls on global developers, businesses, and environmentalists to join this platform and jointly promote the global green transition.

About Endless Genesis Cloud: The Integration of Technological Innovation and Environmental Mission

Endless Genesis Cloud, through the combination of blockchain and AI, provides a comprehensive platform integrating carbon credit management, energy optimization, and global cooperation. Its technological design meets the current needs for addressing climate change while offering infinite possibilities for future environmental innovations. Endless Genesis Cloud is committed to integrating technology and ecosystems to jointly tackle global climate challenges and achieve sustainable development goals.

Also participating in this seminar was Mr. Sean Kidney, co-founder and CEO of the Climate Bonds Initiative.

Mr. Hirander Misra, Chairman of MINDEX, co-founder and CEO of GMEX Group, EU Climate Pact Ambassador, and expert at the UN Global Centre for Climate Change Innovation, Ms. Arvea Marieni, among others.