Company Overview
Snapshot
Founded in June 2003 by Yaron Reich, Nooly Technologies operates with 1–10 employees. The company specializes in developing a minute-by-minute, short-range weather forecasting platform. In January 2013, Nooly launched its 'nowcasting' weather app for Android, aiming to provide highly accurate, localized forecasts.
Business overview
Nooly Technologies develops a minute-by-minute, short-range weather forecasting platform that predicts the exact timing of precipitation, storm intensification, and other meteorological parameters. The platform offers accuracy down to one square kilometer, covering a wide range of conditions including hail, rain, snow, frost, temperature, icy roads, and pollution. Nooly's technology is available for third-party application developers and operates within the Consumer Electronics sector, serving global markets.
Strategic signal
In January 2013, Nooly Technologies launched its 'nowcasting' weather app for Android, with TechCrunch reporting that the company aimed to provide real-time, localized forecasts for both iOS and Android. This launch signaled Nooly's entry into the mobile weather application market, emphasizing precision and immediacy in weather prediction to address the common issue of inaccurate forecasts.
Company Intelligence Q&A
- What is Nooly Technologies' core offering?
- Nooly Technologies provides a minute-by-minute, short-range weather forecasting platform that predicts the exact timing of weather events like rain, snow, and storm intensity, with accuracy down to one square kilometer.
- When was Nooly Technologies founded?
- Nooly Technologies was founded in June 2003.
- Who founded Nooly Technologies?
- Nooly Technologies was founded by Yaron Reich.
- What mobile applications does Nooly Technologies offer?
- Nooly Technologies offers a micro-weather app available on both the Apple App Store and Google Play.
- What was a key product launch for Nooly Technologies?
- In January 2013, Nooly Technologies launched its 'nowcasting' weather app for Android, aiming to provide highly accurate and localized forecasts.