Icarus Robotics Targets Space Labor with ISS Robot Test Mission
Startup Icarus Robotics is preparing to test autonomous free-flying robots aboard the ISS, aiming to automate routine tasks in space operations.
Science & Tech covers the research, engineering, and technical foundations driving progress in robotics, artificial intelligence, and automation. This topic focuses on breakthroughs emerging from academic institutions, research labs, and applied engineering teams, as well as the translation of scientific advances into real-world systems. Coverage includes robotics research, AI and machine learning innovation, new algorithms, hardware experimentation, simulation environments, and experimental platforms. It also examines how scientific discoveries move from theory to prototypes, pilots, and deployed technologies. By tracking both fundamental research and applied technical work, this topic highlights the ideas and innovations shaping the next generation of intelligent machines. Science & Tech provides context for understanding where today’s robotic capabilities come from and how future systems are being designed, tested, and validated.
Startup Icarus Robotics is preparing to test autonomous free-flying robots aboard the ISS, aiming to automate routine tasks in space operations.
Comtech is building a global ecosystem linking chips, software and robotics companies, aiming to accelerate commercialization of embodied AI systems.
Researchers have developed a system that allows robots to perform learned tasks faster than human demonstrations, addressing a key limitation in imitation learning.
SAIC-GM has introduced humanoid robots into a Buick battery assembly line, marking an early step toward integrating embodied AI into automotive manufacturing.
MIT researchers have developed an ultrasound wristband that translates muscle activity into real-time control signals for robotic hands, potentially advancing dexterity in humanoid robotics.
A humanoid robot appeared at the White House during an international AI education summit hosted by First Lady Melania Trump, highlighting growing interest in humanoid systems…
Chinese robotics company Westlake Robotics has introduced Titan o1, a humanoid robot powered by its General Action Expert foundation model designed to replicate human movement in…
A new profession is emerging in China as human trainers teach humanoid robots real-world tasks, helping bridge the gap between laboratory demonstrations and practical deployment.
Oxford spinout Stateful Robotics has raised $4.8 million to develop an AI platform designed to give robots memory and long-horizon planning capabilities for real-world industrial deployments.
Researchers in Japan have developed a radiation-tolerant Wi-Fi receiver capable of operating in extreme nuclear environments, potentially enabling wireless robots for decommissioning tasks.
Draganfly and Palladyne AI have completed a key integration milestone combining SwarmOS autonomy software with mission-ready drone hardware, advancing distributed drone swarm capabilities for defense applications.
A strawberry-harvesting robot developed by researchers at the University of Essex has won a national AI and robotics award, highlighting growing momentum for agricultural automation amid…