Recently, AI²M proudly introduced NeuroVLA, heralding it as the world's inaugural brain-inspired embodied intelligent system. This innovative system boasts a unique three-tier architecture, mirroring the 'cortex-cerebellum-spinal cord' configuration found in the human brain. In this setup, the cortex is entrusted with the tasks of semantic comprehension and strategic task planning. Meanwhile, the cerebellum takes charge of high-frequency motor coordination and dynamic adjustments, ensuring fluid and precise movements. Lastly, the spinal cord is responsible for executing movements with millisecond-level precision and initiating safety reflexes.

Experimental results have showcased NeuroVLA's remarkable capabilities. It has successfully diminished robot motion jitter by an impressive margin of over 75%. Moreover, the system demonstrates rapid reflex responses, activating within a mere 20 milliseconds following a collision. Notably, NeuroVLA also achieves a significant reduction in system power consumption, marking a substantial advancement in the field of embodied intelligence.