Core Viewpoint - The research team led by Professor Dong Hao from Peking University has achieved a significant breakthrough by equipping robots with a "spatial brain," enhancing their ability to understand spatial commands in real environments [1] Group 1: Research and Development - The research outcome, named NavSpace, has been jointly completed by Peking University and the Qi Yuan team and published at the prestigious ICRA 2026 conference [1] - A new evaluation benchmark called NavSpace has been established, focusing on "spatial intelligence" for navigation testing, marking the first of its kind in the industry [1] - The SNav model has been developed to automatically generate a large number of training samples covering six spatial capabilities from existing data, effectively integrating spatial perception and reasoning into the model [1] Group 2: Practical Applications - Robots equipped with the SNav model can understand and execute complex instructions in real environments, such as "go to the sofa next to the second floor," showcasing the practical implications of this research breakthrough [1] - This advancement is expected to directly promote the integration of intelligent service robots into real-world scenarios [1]