Chenyi Zhuang
Head of AWorld Algorithms, Ant Group
Chenyi Zhuang holds a Ph.D. in Informatics from Kyoto University and is recognized as a Shanghai Elite Talent. He has published over 30 papers related to artificial intelligence. He is currently responsible for agent-building algorithm research and development at Ant Group. Projects he has participated in at Ant have received the Wu Wenjun Science and Technology Progress Award (First Prize), the “Treasure of the Town” award at the World Artificial Intelligence Conference, and the Leading Technology Award at the World Internet Conference.
Topic
AWorld Agent Framework: From Single Model to Collective Intelligence
AWorld is a next-generation artificial intelligence framework developed by InclusionAI, designed specifically for large-scale agent self-improvement. Through self-awareness and collaborative learning, the framework enables AI agents to continuously evolve, addressing the core challenge in the AI field of "discovering their own limitations." The core innovation of AWorld lies in its three-pillar architecture: a plug-and-play protocol for multi-agent systems (MAS), intelligence generation capabilities beyond a single model, and cloud-native scalability. The framework has already demonstrated outstanding performance in practical applications, including solving 5 out of 6 problems in the 2025 International Mathematical Olympiad, and achieving Rank 1st on benchmarks such as GAIA, OSWorld, and VisualWebArena. In terms of technical architecture, AWorld provides a comprehensive component system, including agent management, runner system, task framework, group coordination, sandbox environment, tool integration, context management, memory system, and tracing framework. These components together support the full range of needs, from simple agent construction to complex multi-agent collaboration. Outline: 1. Why build agents 2. Definition of an agent 3. How agents have developed 4. Practice at Ant Group 5. Achievements and awards of agents 6. Specific introduction of framework algorithms 7. Future outlook