AgnesAI's 'shared brain' framework runs multi-robot tasks from one prompt; RSI pushes win rate to 100%

机器之心 · wechat · 2026-10-21

Machine Heart reports from the 2026 Physical AI & World Model Conference on AgnesAI's demo: a single natural-language command coordinates a Unitree Go2 robot dog and a rover to greet each other, play music, and dance for 30 seconds. The core is the open-source AgnesHarness agent runtime—a 'human body system' architecture with an LLM brain, a JEV decision model (cerebellum), Workflow reflexes, an AgentLoop for task state/memory, RSI/TTT learning, and the MHS (Model-Hardware Standard) device protocol bridging models to physical hardware.

The system features 'dual evolution': Recursive Self-Improvement (RSI) loops execution→review→code/strategy edits→testing, lifting 1v1 win rates vs. game bots from 3% to 90% and 5v5 to 100% after five RSI rounds; Test-Time Training (AgnesEmbedTTT) fine-tunes decision parameters from robot-arm experience, iterating as fast as every 30–60 minutes. The company also built a virtual-world sandbox for multi-robot tasks like Mars rescue, ships PAVO (AI short-drama) and office products, partners with Tianchuang Robotics as an 'embodied brain,' and runs hackathons to grow its developer ecosystem.

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