NVIDIA Drives Sustainability Initiatives With Advanced Artificial Intelligence Solutions

NVIDIA technology is powering global efforts to study oceans, wildlife, climate, and even asteroid risks, using Artificial Intelligence-driven platforms to accelerate environmental analysis and sustainability.

NVIDIA´s advanced technology is playing a pivotal role in environmental research across diverse domains, including marine science, wildlife protection, climate prediction, and planetary defense. Leveraging Artificial Intelligence and accelerated computing, NVIDIA´s platforms enable scientists and developers to explore vast datasets and make informed decisions about ocean currents, weather patterns, endangered species, and potential asteroid threats.

One prominent application is Amphitrite, a French startup combining satellite data with Artificial Intelligence to simulate and predict ocean currents and weather, powered by NVIDIA AI and Earth-2 platforms. Amphitrite´s models deliver actionable insights to optimize vessel routes, minimize fuel usage, and cut carbon emissions. In wildlife conservation, German company OroraTech, utilizing NVIDIA CUDA and Jetson technologies, offers satellite-based services to monitor and prevent poaching and rapidly detect wildfires. Their EarthRanger platform, part of the NVIDIA Inception program for startups, is instrumental in safeguarding biodiversity and habitats.

NVIDIA is advancing climate modeling through breakthroughs such as CorrDiff, a generative Artificial Intelligence weather model embedded within the Earth-2 platform. CorrDiff enables high-resolution forecasts of climate variables essential for disaster preparation. NVIDIA Research has also introduced StormCast, a generative model for reliable large-scale weather prediction, facilitating disaster planning and mitigation. In the realm of planetary defense, NVIDIA-accelerated computing has supported the analysis of asteroid data from the James Webb Space Telescope, helping researchers identify and track potentially hazardous objects.

To meet the rising computational demands sustainably, NVIDIA has developed the GB200 NVL72 rack-scale system, utilizing the liquid-cooled Blackwell platform. This system achieves significantly greater energy and water efficiency compared to traditional air-cooled data centers, boosting performance while reducing environmental impact. Overall, NVIDIA´s integration of Artificial Intelligence in Earth science and climate solutions is driving innovation and empowering organizations worldwide to act on pressing environmental challenges.

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