China New AI Robots Gain HUMAN SENSES (Touch, Vision, Smell And Memory)

China's new Tiangong 3.0 humanoid robot features advanced touch and dynamic whole-body control, while other innovations include specialized warehouse robots, compact sensors providing vision and smell, and Alibaba's Renbrain AI model for enhanced robotic memory and spatial reasoning.

• China's Tiangong 3.0 robot offers advanced touch and dynamic body control for versatile industrial use.

• Geek Plus's Geno1 is tailored for warehouse automation, integrating with existing robotic fleets.

• New miniature sensors provide robots with 180° vision and chemical detection, mimicking biological senses.

China is rapidly advancing robotics with several groundbreaking developments, including the Tiangong 3.0 humanoid robot, which demonstrates advanced tactile feedback and dynamic control for complex environments, and Geek Plus's Geno1, designed for mass deployment in warehouse automation. Significant progress is also seen in robotic senses, with a tiny compound eye providing 180° vision and chemical detection, and in AI brains, with Alibaba's Renbrain excelling in spatiotemporal memory and physical AI benchmarks. These innovations highlight a shift towards more adaptable, sensory-rich, and intelligent robotic systems for real-world applications.

Tiangong 3.0 Humanoid Robot

• 00:00:41 Exhumanoid's Tiangong 3.0 is a full-size humanoid robot designed for real-world environments, featuring 'touch interactive, high dynamic whole body control' which allows it to instantly react to contact and coordinate its movements. This robot maintains stability while climbing obstacles over a meter high, operating with millimeter precision due to high-torque integrated joints. The platform is open-source, supporting common robotics standards and offering a low-code development environment, along with a 'small brain' for motion control and a 'large brain' for higher-level reasoning, enabling autonomous and multi-robot coordination.

Specialized Warehouse Robot

• 00:05:12 Geek Plus unveiled Geno1, a general-purpose humanoid robot specifically engineered for warehouse operations, targeting tasks like picking, packing, and inspection that constitute over half of global warehouse operating costs. Geno1 features multi-eye vision for spatial awareness, dexterous three-finger hands, and force-controlled dual arms for safe human interaction, running on the 'Geek Plus Brain' embodied intelligence system. Its vision-language-action model with fast and slow layers enables flexible task switching without constant reprogramming, integrating seamlessly into Geek Plus's existing robotic ecosystem for coordinated multi-agent warehouse management.

Advanced Robotic Senses

• 00:07:22 Researchers from the Chinese Academy of Sciences developed an artificial compound eye, inspired by fruit flies, measuring only 1.5 mm across yet providing robots with a 180° field of view, enabling simultaneous detection of movement and obstacles from the front and sides. This tiny sensor incorporates over a thousand visual units, microscopic hairlike structures for protection, and a chemical sensing array that changes color in the presence of hazardous gases. This breakthrough significantly reduces payload weight, allowing small robots and drones to gain wide vision, motion tracking, obstacle avoidance, and chemical detection capabilities in a single compact package.

Renbrain AI Model

• 00:09:53 Alibaba's Renbrain is a physical AI model designed to power robots in real-world environments by addressing challenges like memory through its spatiotemporal memory capability, allowing robots to recall object locations and predict movements. This 30-billion-parameter mixture of experts model combines language reasoning with spatial understanding, optimized with a custom 'Rinscale' architecture that doubled training speed without increased computing resources. Renbrain has outperformed systems from Google and Nvidia across 16 embodied AI benchmarks in perception, spatial reasoning, and task execution, with Alibaba also releasing open-source variants to advance the field.