AI

In the rapidly evolving landscape of artificial intelligence, recent developments have shifted the focus from merely creating larger, more powerful models to developing smarter, more adaptable systems tailored for enterprise needs. Cohere, a Canadian startup with roots deeply embedded in cutting-edge research, emerges at this intersection by unleashing its latest innovation: Command A Reasoning. This

China’s recent deployment of Wukong AI aboard the Tiangong space station marks a transformative step in how nations approach human spaceflight support systems. Unlike traditional spacecraft and station support tools, Wukong is not just a static system but an evolving intelligent assistant tailored to meet the complex demands of modern space missions. Its role extends

In an era where cloud-based processing often dominates AI applications, Google’s latest integration of the Gemini Nano model signifies a transformative shift toward true on-device intelligence. By eliminating reliance on cloud servers, this approach ensures greater privacy, faster responses, and increased reliability. The technology employs a compact yet potent AI model embedded directly on the

OpenAI’s rumored valuation, soaring toward an astonishing $500 billion, signals a seismic shift in how AI-centric companies are perceived and valued in today’s technological landscape. This figure not only eclipses traditional heavyweights like SpaceX or TikTok’s parent company ByteDance but also threatens to redefine the boundaries of what a private tech enterprise can achieve. Yet,

Over the past four decades, technological innovation has become a central pillar of educational reform. From early computer donations to the expansion of internet access, schools have increasingly relied on digital devices to enhance learning. Companies like Apple have not only contributed hardware but have also championed policies to embed technology into the educational ecosystem.

For decades, the scientific community has been locked in a relentless quest to unravel the universe’s deepest secrets. Major projects like LIGO, tasked with detecting gravitational waves, embody this persistent drive. Yet, even with decades of meticulous effort and collaborative ingenuity, certain monumental questions remained stubbornly unanswered. Now, artificial intelligence emerges as a game-changer—offering a

In the shadowy corridors of military and scientific circles, a profound anxiety is taking root: the fusion of artificial intelligence with nuclear weapon systems. This isn’t a distant or hypothetical concern—it’s rapidly becoming an imminent reality. During a clandestine conference at the University of Chicago, some of the world’s brightest minds in science, policy, and

In an era where AI development has largely been shrouded behind proprietary walls, OpenAI’s recent release marks a groundbreaking pivot toward openness and democratization. After more than five years, the tech giant is daring to reintroduce open-weight language models—gpt-oss-120b and gpt-oss-20b—to the public. This shift not only challenges the industry’s norm of guarded AI models

Traditional search and rescue missions in vast rugged terrains often stretch over weeks or even months. Human rescuers, despite their expertise, face insurmountable challenges when sifting through thousands of photographs or hours of aerial footage manually. The recent case on Italy’s Monviso, where AI enabled the discovery of a missing hiker’s remains after ten months,

The rapid integration of artificial intelligence into software development has ushered in a transformative period that challenges traditional career trajectories for junior developers. Tasks that once served as fundamental grounds for beginners—such as writing basic scripts, designing simple HTML layouts, or configuring DevOps pipelines—are increasingly delegated to sophisticated AI tools like ChatGPT, GitHub Copilot, and