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Niantic Spatial and the Singapore Land Authority have signed an MOU to explore the feasibility of creating Singapore's first national Visual Positioning System, aiming to enable advanced AI applications in smart cities and robotics.
MathWorks released a free 17-video YouTube playlist teaching robotics fundamentals using MATLAB and Simulink, covering sensors, autonomous navigation, simulation, and control on real robotic platforms.
Atlas is a tool that reconstructs spaces from a few photos and generates photorealistic RGB and depth data for robotic simulation, enabling robots to be trained and tested in more diverse environments.
Salem Robotics introduces autonomous robots designed for surveys and manipulation tasks, featured on Product Hunt.
A feature article explores how recent advances in AI, including reinforcement learning and foundation models, are driving the development of general-purpose autonomous robots for workplaces and homes, featuring insights from robotics leaders at Boston Dynamics and Agility Robotics.
A Twitter user questions whether a video of robots (LingBot2) shows fully autonomous operation or remote monitoring, noting that the answer will be revealed soon.
An analysis of the software stack behind autonomous robots, breaking down the components from perception to cloud support, and highlighting that most tools are open-source.
Obotiq offers autonomous care robots designed to assist caregivers and save time.
MIT Press published the robotics textbook 'Introduction to Autonomous Robots' on GitHub for free under Creative Commons, covering foundational topics for undergraduates.
This paper proposes a thinking-learning interaction model for autonomous robots, enabling them to adaptively discover new features, expand output categories, update learning models, and reconstruct action routines in open environments. Experimental results demonstrate significant improvements in recognition accuracy, category formation, and action efficiency.
Figure AI livestreamed their humanoid robots working a 30-hour shift in a San Jose lab, demonstrating autonomous resilience and sparking global interest in the potential of humanoid factory workers.
Figure AI demonstrates its Figure 03 humanoid robots autonomously running a full 8-hour shift at human performance levels, showcasing progress toward commercially viable autonomous humanoids.
Figure taught two F.03 robots to fully autonomously clean a room and make a bed in under two minutes.
An open textbook covering computational principles of autonomous robots, available as source code on GitHub and as a print version from MIT Press.