As the planet warms, we're experiencing more frequent and destructive extreme weather. Yet, 85% of the world lacks critical atmospheric data for precise forecasting that could help us better prepare. John Dean and Kai Marshland, Co-Founders of WindBorne Systems, are on a mission to close this gap. Born out of the Stanford Student Space Initiative, WindBorne began as a project to extend the flight duration of conventional weather balloons. Realizing the impact of their technology on climate change, they turned their project into a venture-backed startup serving both private and government partners like NOAA and the U.S. Air Force. John and Kai share how WindBorne deploys a global constellation of autonomous, navigable, AI-powered balloons that fly longer, are more sustainable, and collect more real-time measurements than standard balloons. Their data is fed into powerful AI models to create the world's most accurate forecasts – better than Google DeepMind’s GraphCast – unlocking the potential to improve disaster preparedness and climate resilience worldwide.
Show notes, episodes, and more at thenextgreatthingpodcast.com. For more information on SF AppWorks, visit sfappworks.com.
Follow Andrew on LinkedIn at @Andrew Greenstein
Questions? Feedback? Guest recommendations? Email us here.
As the planet warms, we're experiencing more frequent and destructive extreme weather. Yet, 85% of the world lacks critical atmospheric data for precise forecasting that could help us better prepare. John Dean and Kai Marshland, Co-Founders of WindBorne Systems, are on a mission to close this gap. Born out of the Stanford Student Space Initiative, WindBorne began as a project to extend the flight duration of conventional weather balloons. Realizing the impact of their technology on climate change, they turned their project into a venture-backed startup serving both private and government partners like NOAA and the U.S. Air Force. John and Kai share how WindBorne deploys a global constellation of autonomous, navigable, AI-powered balloons that fly longer, are more sustainable, and collect more real-time measurements than standard balloons. Their data is fed into powerful AI models to create the world's most accurate forecasts – better than Google DeepMind’s GraphCast – unlocking the potential to improve disaster preparedness and climate resilience worldwide.
Show notes, episodes, and more at thenextgreatthingpodcast.com. For more information on SF AppWorks, visit sfappworks.com.
Follow Andrew on LinkedIn at @Andrew Greenstein
Questions? Feedback? Guest recommendations? Email us here.