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🇵🇰 Big move for Pakistan.. United Bank Limited (UBL) joining discussions on crypto regulation & virtual assets is a strong signal of progress and innovation. As Pakistan builds its digital finance framework, this marks a major step toward a more inclusive and future-ready economy. $MITO

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Japan has developed an ultra-small power generator, roughly the size of a matchbox, that produces electricity by drawing on air humidity and subtle atmospheric motion. The device operates without rivers, sunlight, wind turbines, or moving mechanical parts. The system works by capturing moisture naturally present in the air and converting it into a steady electrical output, allowing continuous operation day and night. Because it doesn’t depend on wind speed or daylight, it can function reliably in a wide range of environments. This kind of generator could power small electronics, medical monitoring devices, and environmental sensors, particularly in remote locations far from conventional power grids. Its compact, portable design also makes it well suited for emergency and disaster-response settings, where dependable electricity is often limited or unavailable. With further development and scaling, the technology could complement existing renewables—adding a new pathway for clean, distributed energy generation directly from the air.

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Japan has developed an ultra-small power generator, roughly the size of a matchbox, that produces electricity by drawing on air humidity and subtle atmospheric motion. The device operates without rivers, sunlight, wind turbines, or moving mechanical parts. The system works by capturing moisture naturally present in the air and converting it into a steady electrical output, allowing continuous operation day and night. Because it doesn’t depend on wind speed or daylight, it can function reliably in a wide range of environments. This kind of generator could power small electronics, medical monitoring devices, and environmental sensors, particularly in remote locations far from conventional power grids. Its compact, portable design also makes it well suited for emergency and disaster-response settings, where dependable electricity is often limited or unavailable. With further development and scaling, the technology could complement existing renewables—adding a new pathway for clean, distributed energy generation directly from the air.

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Japan has developed an ultra-small power generator, roughly the size of a matchbox, that produces electricity by drawing on air humidity and subtle atmospheric motion. The device operates without rivers, sunlight, wind turbines, or moving mechanical parts. The system works by capturing moisture naturally present in the air and converting it into a steady electrical output, allowing continuous operation day and night. Because it doesn’t depend on wind speed or daylight, it can function reliably in a wide range of environments. This kind of generator could power small electronics, medical monitoring devices, and environmental sensors, particularly in remote locations far from conventional power grids. Its compact, portable design also makes it well suited for emergency and disaster-response settings, where dependable electricity is often limited or unavailable. With further development and scaling, the technology could complement existing renewables—adding a new pathway for clean, distributed energy generation directly from the air.

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China cuts data transfer from 699 days to 1.6 hours, moving 72 TB nationwide Data that would take 699 days to transmit over the traditional Internet was transferred in just 1.6 hours on a testbed for China's future networks. China has officially commissioned its first national ICT science and technology infrastructure — the China Environment for Network Innovation (CENI) — and the results are eye-opening. In a real-world experiment, 72 terabytes of data generated by the FAST radio telescope in Guizhou were transmitted to a university in central China in 1.6 hours. FAST produces around 100 TB of data every single day, making efficient, reliable transmission a long-standing bottleneck for science and AI research. CENI is not just faster internet. It is a large-scale, programmable, and deterministic future network testbed, designed to rethink how data moves in the AI era. After more than a decade of construction, it now spans 40 cities, with over 55,000 kilometers of optical links, capable of supporting thousands of parallel experiments while seamlessly connecting with today’s internet. According to leading engineers, CENI enables breakthroughs in 5G-Advanced, 6G, large-model training, and service-customized networks. Training a 100-billion-parameter AI model across domains can now run at a radically higher efficiency, cutting both time and cost. #USGDPUpdate $AT

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