NVIDIA Earth-2
NVIDIA Earth-2 is a high-performance, AI-accelerated global weather and climate forecasting platform that combines open models, libraries and frameworks to make professional-grade forecasting accessible and deployable on modern infrastructure instead of requiring traditional supercomputers. It provides end-to-end capabilities from ingesting raw observational data to producing high-resolution weather and climate predictions, including local storm forecasts and up to 15-day medium-range forecasts, with generative AI architectures that drastically speed computations while maintaining or improving accuracy compared with conventional methods. The Earth-2 stack consists of models like Medium Range (Atlas architecture for multi-variable forecasts), Nowcasting (StormScope for 0-to-6-hour local weather), Global Data Assimilation (HealDA for initial atmospheric states), CorrDiff (AI downscaling to regional resolution), and FourCastNet 3 (fast global forecasting).
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Skyfora
Skyfora provides next-generation, AI-powered weather intelligence solutions that help organizations measure, predict, and adapt to extreme weather. The platform delivers a suite of products, including an AI Weather Forecast engine built with deep-learning models that blend vast arrays of atmospheric observations and industry-specific data for optimized operational performance, Weather Instruments such as the ultra-lightweight weather sondes designed for upper-air measurement, and its Telecom GNSS Meteorology system, which transforms existing telecom base-station GNSS receivers into dense networks of sensor-grade weather data, yielding up to 1000x more observation data to feed into forecasting models. Skyfora targets industries such as wind and solar energy (for improved production and forecasting), telecom networks (leveraging infrastructure for weather sensing), insurance and risk management, district heating, marine & aviation, media, and weather-services/research organizations.
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MetGIS
MetGIS is a high-precision weather data platform that combines advanced numerical weather prediction models with extremely detailed terrain information to produce ultra-accurate forecasts and meteorological insights. MetGIS’s name reflects its core strengths: “Met” for meteorology and “GIS” for geographic information systems, enabling forecasts that integrate exact altitude and location data for improved detail and relevance. This makes it especially reliable in complex environments like mountainous regions where conventional forecast systems struggle. It delivers weather information through a suite of weather APIs designed for easy integration into websites, mobile apps, and enterprise systems. These include services for point-specific weather forecasts, high-resolution weather layers for mapping applications, historical weather data, long-range forecasts, and weather warnings — all with spatial resolution down to around 30 meters.
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Xweather
Xweather is a comprehensive weather intelligence platform that delivers accurate, hyper-local weather, environmental, and climate data through powerful APIs, toolkits, and software solutions designed for developers and businesses. Its weather API provides RESTful access to real-time conditions, forecasts, historical data, severe weather alerts, lightning, hail, road weather, and impact-based insights with high resolution and global coverage, backed by machine learning models that refine predictions continuously. SDKs and developer toolkits for iOS, Android, Python, and web make integrating weather data, interactive maps, and dynamic imagery into custom applications easier. Xweather Insight is a weather confidence platform that centralizes measurements, forecasts, and alerts to help organizations optimize daily operations, improve preparedness and resilience to severe weather, and enhance safety, efficiency, and sustainability.
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