Max Robotics — Global Service Robot Directory + US Certification

About

The Japan Science and Technology Agency (JST) stands as one of Japan's premier research funding and execution bodies, driving transformative discoveries across an impressively broad scientific landscape. While JST spans disciplines from agricultural science to advanced materials, its contributions to robotics, artificial intelligence, and human-machine interaction have been particularly groundbreaking, establishing the agency as a global leader in embodied intelligence and next-generation robotic systems. JST-affiliated researchers have fundamentally shaped modern humanoid robotics, with seminal work on biped walking stabilization, inverse kinematics, and whole-body cooperative balancing forming cornerstones of the field. The development and study of platforms like HRP-4C and CB2 — a biomimetic child robot designed for cognitive developmental research — reflect JST's commitment to understanding human movement and cognition through robotic embodiment. Their contributions to learning from demonstration and CPG-based locomotion using policy gradient methods have influenced generations of robotics researchers worldwide, accumulating hundreds of citations collectively. Beyond locomotion, JST has pioneered socially intelligent robotics, including the celebrated PARO therapeutic seal robot, which demonstrated measurable neurological benefits for dementia patients, and research into socially acceptable robot navigation among pedestrians. These efforts underscore JST's vision of robots as genuine participants in human society. The agency's interdisciplinary reach also extends into flexible electronics, printable conductors, and imperceptible magnetoelectronics — technologies directly enabling next-generation wearable and soft robotic systems. With flagship programs supporting collaborative research centers across Japanese universities, JST offers prospective students and international collaborators a uniquely fertile environment where fundamental science and bold engineering ambition converge to address humanity's most pressing challenges.