Spire’s AI Ensemble Weather Model (AI-WX) leverages exclusive satellite-derived data and global DA, producing accurate medium-range forecasts ideal for trading, agriculture, utilities, and logistics.
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In recent years, the aviation industry has faced an alarming surge in disruptions to navigation systems due to Global Navigation Satellite System (GNSS) interference, jamming, and Global Positioning System (GPS) spoofing.
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In a world where volatile weather increasingly disrupts industries from energy trading to agriculture, Spire Global is leading the charge in AI-driven weather forecasting with the introduction of its AI-S2S model, which offers comprehensive weather forecasting capabilities extending up to 45 days.
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Maritime collisions, while rare, serve as stark reminders of the risks that persist despite modern navigation technology.
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Precision GPS is an integral part of our daily lives, securing everything from high-risk military operations to efficient transport and logistics.
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Over the past decade, Global Navigation Satellite Systems (GNSS) such as GPS have undergone significant changes, and alongside these changes come new technologies and strategies to combat the integrity of the geolocation services these systems provide.
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In the world of weather forecasting, timing is everything. The fresher the data, the better the forecast.
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Spire Weather & Climate and EarthDaily have teamed up to transform how insurers assess and manage risk.
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Live vessel tracking offers a powerful advantage to maritime industry professionals, enabling better decision-making, improved operational efficiency, and enhanced safety at sea.
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AI-driven forecasts powered by satellite data give energy traders and grid operators the accuracy they need to stay ahead.
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We live in a world where data drives decisions and insights shape strategies, and today, the power of tailored satellite technology is transforming industries at unprecedented rates.
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Understanding past vessel movements, using Historical AIS, is essential for gaining insights into maritime operations, market dynamics, security, risk assessments, environmental impacts, and regulatory compliance.
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In 2019, the warming effects of contrails – thin clouds formed by aircraft – may have been over twice as large as the warming caused by aviation’s cumulative CO2 emissions since the 1940s.
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