AI DRONES IN WARFARE

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AI-Powered Drones Transform Warfare in Ukraine

Ukrainian company Vyriy showcases autonomous drones that use AI to track targets without human control, signaling a shift in warfare technology. These drones, affordable and built with off-the-shelf components, highlight the increasing use of AI in military applications, raising ethical and legal concerns.

AI-Generated Exam Papers Mostly Undetected, Study Finds

A study by the University of Reading revealed that nearly all AI-generated exam papers went undetected in UK universities' exam systems, with these papers often scoring higher than those by real students. The researchers found that 94% of AI submissions passed unnoticed and called the results "extremely concerning." They suggested that supervised, in-person exams might mitigate this issue but also emphasized the need to adapt to AI's growing role in education.

Microsoft AI Head Claims Online Content is 'Fair Use'

Mustafa Suleyman, CEO of Microsoft AI, claimed at the Aspen Ideas Festival that all online content is 'fair use,' allowing anyone to copy and reproduce it. This contradicts copyright law, which protects works from the moment they're created. His comments highlight tensions between AI development and intellectual property rights.

California Considers Unique AI Safety Regulations Amid Tech Firm Pushback

California lawmakers are debating a groundbreaking bill to regulate powerful generative AI systems, aiming to prevent future scenarios like AI manipulation of the electric grid or chemical weapons creation. The bill, targeting AI systems costing over $100 million to train, is opposed by major tech firms like Meta and Google, who argue it will stifle innovation.

China Criticizes US AI Investment Restrictions as Harmful to Development

China's U.N. Ambassador Fu Cong condemned U.S. restrictions on AI investments in China, stating they hinder the "healthy development" of AI technology and promote division in global governance. This follows the U.S. issuing draft rules to ban or require notifications for investments in AI and other tech sectors in China, citing national security concerns.

AI-Powered Exoskeleton Enhances Mobility and Performance

A new AI-powered exoskeleton from North Carolina State University and UNC Chapel Hill significantly reduces the energy cost of movement, aiding mobility-impaired individuals. Utilizing digital twin simulations and data-driven learning, the exoskeleton adapts to various activities, reducing metabolic costs for walking, running, and stair-climbing. Developers aim to lower costs, making it widely accessible within a year.