A team of Vietnamese scientists has developed a robot capable of autonomous movement with a manipulative arm and the ability to measure radiation levels. The robot was showcased at the 3rd National Forum on the Development of the Digital Economy and Digital Society on December 20, 2025.
The robot integrates various modern sensors such as LiDAR, 2D-3D cameras, an inertial measurement unit (IMU), and radiation detectors. It can perform tasks in radioactive environments, creating real-time maps of radiation distribution.
The robot has been tested in nuclear research institutes and medical facilities, demonstrating stable performance in building radiation maps and precise localization in large and cluttered spaces. It can assist in emergencies by isolating sources, decontaminating areas, and transporting contaminated materials to safe zones.
This technology has applications in industrial and medical fields, including the handling of radioactive sources and support for radiation therapy. Future research will focus on improving radiation shielding solutions, robot design, and communication systems in high-radiation environments.
The development of these autonomous robots not only reduces costs compared to imported systems but also enhances the country’s scientific and technological autonomy. Further improvements will be made to address specific environmental and application requirements in various settings.
