Key takeaways Na een reeks demonstraties op de Marine Corps Base Quantico heeft het Amerikaanse leger vijf succesvolle inzendingen geselecteerd uit een totaal van 103 aanvankelijke inzendingen. Dit initiatief, bekend als xTechHumanoid, had tot doel de mogelijke integratie van commerciële humanoïde robotica in toekomstige militaire strategieën te onderzoeken. De geselecteerde winnaars bestaan uit één volledig […]

Principaux renseignements À l’issue d’une série de démonstrations organisées à la base du Corps des Marines de Quantico, l’armée américaine a retenu cinq projets parmi les 103 propositions initiales. Cette initiative, baptisée xTechHumanoid, visait à explorer l’intégration potentielle de la robotique humanoïde commerciale dans les futures stratégies militaires. Les lauréats sélectionnés comprennent un robot entièrement […]

The U.S. Army’s xTechHumanoid competition is part of the Army’s broader xTech innovation program, which connects emerging technology developers with military challenges and accelerates promising solutions for defense missions. The humanoid robotics initiative focuses on technologies that could allow robots to operate in complex environments, including terrain or scenarios that may be hazardous for human personnel, and assist soldiers during reconnaissance, ordinance disposal, logistics, and other difficult or high-risk missions. Army Program Seeks New Capabilities in Humanoid Robotics The competition begins with companies submitting technical white papers outlining their technology and development plans. From those submissions, the Army selects finalists that move into a development phase before demonstrating their systems during a final event later in the program. Aptima, a Massachusetts-based engineering and technology firm specializing in artificial intelligence and human-machine collaboration, was selected as one of the finalists during the initial stage. Jordan Coker, a Research Engineer at Aptima, said the company’s submission focused on a technology designed to address one of the most persistent challenges in robotics: enabling machines to recover when movement does not go according to plan. According to Coker, the early phase of the competition centered on explaining both the concept behind the technology and...