How Spyro Labs is solving the accuracy limitations of machine learning weather models through a novel correcting layer approach.
AI weather models. Powered by our own hardware.
Spyro Labs
10,000x BETTER DATA CAPTURE
GREAT WEATHER MODELS NEED EXCEPTIONAL DATA.
SPYRO LABS IS HERE TO FILL THAT GAP.
We design and deploy ultra-low-cost, long-endurance stratospheric balloon swarms to capture proprietary atmospheric data that's 10,000 times richer than what's currently available. With the highest-quality data feeding a cutting-edge AI weather forecasting model, Spyro Labs sets the new standard for precision in meteorology. Better balloons. Proprietary data. The world's best forecasting.
Annual average economic losses in the U.S. due to weather hazards.
Increase in # of weather-related disasters over the past 50 years.
of industries rely heavily on accurate weather forecasts for efficiency and safety.
Annual average economic losses in the U.S. due to weather hazards.
Increase in # of weather-related disasters over the past 50 years.
of industries rely heavily on accurate weather forecasts for efficiency and safety.

Percentage of Earth's surface that lacks adequate weather data, creating critical gaps in forecasting accuracy.

The UN projects that by
Weather unpredictability will impact 3 billion people globally due to gaps in atmospheric data.
Current data-collection technologies are inadequate, expensive, and sparse—failing to provide the resolution needed to truly understand weather dynamics.
THE SOLUTION IS
+ Proprietary, ultra-high-resolution atmospheric data captured
affordably at scale, enabling unprecedented advances in weather
forecasting accuracy.

Spyro Labs builds and operates proprietary stratospheric balloon swarms, collecting unprecedented atmospheric data that feeds directly into our AI-driven weather models.

Proprietary
Balloons
Designed to Scale
Traditional weather data collection—satellites, radars, and ground stations—is costly and incomplete. Spyro Labs supplements this, creating proprietary balloon technology: affordable, scalable, and engineered specifically for gathering continuous high-resolution weather data.