Academic🇦🇺 Sydney
University of Sydney6 people
The University of Sydney has one of Australia’s strongest traditions in field robotics. Its Australian Centre for Robotics develops perception, mapping, planning and control for machines operating in complex environments, with applications across agriculture, mining, aerospace and logistics.
Company🇺🇸 Hawthorne
SpaceX4 people
SpaceX made reusable rockets operational at scale and built Starlink, one of the world’s largest satellite networks. Its relevance to AI lies in the demanding software, sensing and autonomous control required to land rockets, navigate spacecraft and operate a vast distributed communications system.
Company🇺🇸 Arlington
Boeing1 person
A global aerospace manufacturer whose commercial aircraft, defense systems, autonomous platforms and space technology make it an important developer and user of advanced engineering and artificial intelligence.
Academic🇺🇸 Annapolis
United States Naval Academy1 person
Undergraduate service academy educating future Navy and Marine Corps officers. Its robotics work covers autonomous marine, aerial, and ground vehicles, computer vision, control, and human–robot interaction.
Government🇺🇸 United States
United States Navy1 person
Maritime military service developing and deploying AI for decision support, human–machine teaming, and autonomous systems across surface, subsurface, and aviation operations.
Academic🇪🇸 Madrid
Universidad Rey Juan Carlos1 person
Its computer-science school teaches and researches machine learning, intelligent agents, knowledge representation, autonomous systems, natural language processing, computer vision, and the ethical and legal dimensions of AI.
Company🇫🇷 Paris
Alta Ares0 people
Develops autonomous defense systems for air defense and battlefield intelligence, combining counter-drone interceptors with edge-based visual detection, tracking, sensor fusion and mission-management software.
Non-profit🇺🇸 Cambridge, MA
Draper Laboratory0 people
Develops mission-critical systems for government and industry, including guidance and navigation, intelligent autonomy, robotics, secure systems, and human–machine interaction for air, ground, undersea, and space operations.