Chinese Startup Unveils Kairos 3.1, First On-Device World Model with Information Density Law
NVIDIA
Chinese startup Daxia Robotics released Kairos 3.1, the industry's first world model that runs on-device and introduced the 'Law of Information Density'. The model unifies understanding, generation, and prediction, achieving end-side inference with 125ms latency on NVIDIA Jetson Thor. Daxia also launched three vertical solutions and a new evaluation benchmark.
At WAIC, Daxia Robotics announced three core achievements: Kairos 3.1 world model, environment-based data collection solution 2.0, and three vertical solutions. Kairos 3.1 is the world's first on-device world model that integrates understanding, generation, and prediction via a unified architecture based on hybrid Transformer and shared hybrid attention mechanism. It achieves 125ms inference latency on NVIDIA Jetson Thor at BF16 precision using the self-developed KairosRT engine. Daxia also proposed the 'Law of Information Density', stating data value lies in information density not volume. They launched the ACE-Data-0 open-source L5-level home dataset and three commercial solutions: Xiaoman for instant retail, Xiaoxin for hotel laundry, and Xiaotu for open environments. Additionally, the Physical IQ benchmark platform was established for multi-scenario and multi-robot physical intelligence evaluation.
- Сокращения
- WAIC = World Artificial Intelligence Conference — Всемирная конференция по искусственному интеллекту
- ACE-BRAIN-0.5 —
- SOTA = State Of The Art — современный уровень
- BF16 = Brain Floating Point 16 — 16-разрядное число с плавающей запятой
- ACE-ViDiHand —
- L5 = Level 5 — 5 уровень
- L1 = Level 1 — 1 уровень
- L2 = Level 2 — 2 уровень
- L3 = Level 3 — 3 уровень
- L4 = Level 4 — 4 уровень
- BF16 = Brain Floating Point 16 — 16-разрядное число с плавающей запятой
Source: InfoQ 中国 —
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