Articles about "Autonomous Systems"

A new analysis highlights the top ten military robots that are transforming battlefield operations and military strategy for 2026. These advanced systems rely heavily on AI technologies, including robotics and autonomous decision-making, to enhance defense capabilities. The ongoing evolution of military automation is poised to significantly impact global security.

Recent analysis indicates that autonomous robotaxis do not reduce urban traffic more than existing ride-hailing services. Data from Waymo’s operations in California show little difference in congestion impact between driverless taxi services and human-driven platforms like Lyft and Uber.

NASA is testing a new radiation-hardened multicore processor designed to enhance the computing capabilities of future space missions. The chip, developed with Microchip Technology Inc., is expected to enable more autonomous spacecraft through robust processing power and AI-focused features.

NASA has awarded contracts to Astrolab and Lunar Outpost to build two autonomous rovers for upcoming lunar missions. The initiative forms part of the agency's strategy to establish a Moon base, with delivery targeted for 2028. The rovers will operate under human and autonomous control, supporting astronauts' mobility in lunar environments.

As autonomous AI systems move beyond digital environments into public spaces and industrial settings, new risks and governance challenges are emerging. Singapore has updated its AI governance framework to address the operational realities of embodied AI, emphasizing continuous monitoring, risk assessment, and human accountability. Industry leaders and governments in Asia are taking different approaches to standards, deployment, and safety oversight for physical AI systems.

Waymo has temporarily halted its autonomous robotaxi service in Atlanta after several vehicles drove into flooded streets. The pause aims to address safety concerns and review navigation protocols in extreme weather conditions.

Researchers from MIT and the University of Pennsylvania have developed MIGHTY, an open-source trajectory-planning system for autonomous robots and UAVs. The software enables real-time, agile navigation in complex and dynamic environments, potentially benefiting applications from search-and-rescue to industrial inspection.

NASA has introduced a new AI-enabled space chip designed to help spacecraft process information and make decisions independently. The innovation aims to enhance mission capabilities by reducing reliance on Earth-based communication. The advancement demonstrates ongoing progress in applying artificial intelligence to real-world, high-stakes environments.

As artificial intelligence systems increasingly contribute to their own development, fundamental questions arise regarding control, safety, and transparency. The expansion of AI's self-improving capabilities highlights new technical and ethical challenges. Policymakers and industry stakeholders are closely monitoring the potential benefits and risks.

Financial services firms are increasingly adopting agentic AI, which can independently plan and execute tasks. The sector's strict regulations and rapidly evolving data make high-quality, well-governed information critical for successful AI deployment. Effective data management is vital to ensuring accuracy, accountability, and compliance.