Core Insights - The 2025 World Computing Conference in Changsha highlighted significant innovations and trends in the global computing industry, providing a directional guide for future developments [1] Group 1: Top Innovations of 2025 - Achievement 1: The global computing industry has entered the ZFLOPS era [3] - Achievement 2: There is an exponential growth in global computing capacity, driving the explosion of generative AI applications [3] - Achievement 3: Regional computing clusters are accelerating collaboration, transitioning the concept of a global computing internet into reality [3] - Achievement 4: The first commercial deployment of neuromorphic processors marks the beginning of a new era in brain-like computing [3] - Achievement 5: The deployment of large models at the terminal level expands the trillion-level market space for edge computing [3] - Achievement 6: The "Nine Chapters Three" project achieves 255 photon manipulations, pushing the limits of human computing capabilities [3] - Achievement 7: The emergence of open-source large models with hundreds of billions of parameters accelerates the arrival of an inclusive computing era [3] - Achievement 8: The rise of diverse collaborative alliances shifts global computing from a technology-driven approach to a standards-driven one [3] - Achievement 9: Infrastructure is accelerating the adoption of "liquid cooling + green electricity," enhancing the low-carbon footprint of global computing [3] - Achievement 10: The US, China, and Germany are leading a new active period of technological and industrial innovation in global computing [3] Group 2: Development Trends for 2026 - Trend 1: The global computing supply chain is rapidly restructuring towards a multipolar landscape [4] - Trend 2: Competition among computing enterprises is evolving into a comprehensive ecosystem competition [4] - Trend 3: The integration of chiplet technology is expected to become mainstream, addressing performance challenges [5] - Trend 4: Deep evolution of computing architecture will help overcome the "memory wall" and "bandwidth wall" limitations [5] - Trend 5: In the post-Moore's Law era, diverse computing paradigms are accelerating from conceptual technology to industrial practice [5] - Trend 6: Edge and terminal computing power is entering a phase of large-scale application explosion [5] - Trend 7: Model as a Service (MaaS) is becoming a fundamental pathway for inclusive computing power [5] - Trend 8: The role of computing optimization tools as "efficiency multipliers" is becoming increasingly prominent [5] - Trend 9: The characteristic of "dual-track cost" in global computing remains distinctly evident [5] - Trend 10: There is a new phase of systemic deep collaboration between computing power and energy [5]