Core Insights - The "Intelligent Warfare Navigation" system developed by Nanjing University of Science and Technology's Pioneer Team has been successfully deployed for autonomous navigation and situational awareness in complex and extreme environments [1][2] - This system enables unmanned platforms such as drones, robotic dogs, and unmanned vehicles to operate effectively in high-risk scenarios, even when traditional navigation methods fail [1][2] Group 1 - The system employs a multi-platform collaborative navigation architecture that integrates aerial and ground-based unmanned systems, creating a three-dimensional information perception network [1] - It features a unique navigation method for precise positioning in harsh environments and a dynamic collaborative mapping technique for real-time map construction [2] - The system utilizes artificial intelligence for rapid optimal decision-making, allowing unmanned platforms to maintain operational capabilities without reliance on satellite navigation or pre-existing maps [2] Group 2 - The system has undergone field testing in various complex scenarios, including a joint application test with Huainan Mining Group, demonstrating capabilities in monitoring channel deformation, real-time scene construction, and landslide early warning [2] - Future applications of the system include disaster rescue, post-disaster assessment, underground pipeline inspection, and border patrol, significantly enhancing public safety and emergency response capabilities [2]