Max Robotics — Global Service Robot Directory + US Certification

About

The National Institute of Information and Communications Technology (NICT) stands as one of Japan's premier research institutions at the intersection of robotics, human-computer interaction, artificial intelligence, and communications technology. With a distinguished history of pioneering work across multiple domains, NICT has consistently produced research that bridges fundamental science and real-world application, earning international recognition for its depth and breadth of innovation. NICT is perhaps best known for its groundbreaking contributions to socially assistive robotics, most notably through the development of **Keepon**, a small creature-like robot designed to support therapeutic interaction with children with autism. Accumulating nearly 460 citations, Keepon became a landmark achievement in social robotics, demonstrating how carefully designed robotic companions could facilitate communication and emotional engagement in clinical settings. This work, complemented by influential studies on children–robot interaction and robots as facilitators of social development, has profoundly shaped the field of human-robot interaction and autism therapy research. Beyond social robotics, NICT researchers have made significant contributions to humanoid robot control, swarm robotics, brain-machine interface rehabilitation, and multimodal language grounding. Their work integrating EEG-based exoskeleton systems for BMI rehabilitation and developing privacy-preserving deep learning frameworks reflects a commitment to socially responsible, human-centered AI. The institution's neuroscience-informed research—exploring how social interactions with robots uniquely modulate human brain activity—demonstrates an admirably interdisciplinary approach. NICT also contributes to Earth observation and communications technology, as evidenced by their aerosol retrieval algorithms for the Himawari-8 satellite. For prospective students and collaborators, NICT offers a uniquely diverse and globally engaged research environment where cutting-edge robotics, cognitive science, and communications technology converge to address humanity's most pressing challenges.