Company Overview
Snapshot
Founded in June 2003 by Yaron Reich, Nooly Technologies operates with 1–10 employees. The company reached a Mature stage in its development.
Business overview
Nooly Technologies specializes in a minute-by-minute, short-range weather forecasting platform. Its core technology provides hyperlocal predictions, accurate to one square kilometer, covering a wide range of meteorological parameters including hail, rain, snow, frost, temperature, icy roads, black ice, extreme storms, lightning, solar insulation, UV radiation, and pollution. The company serves various industries through its mobile applications and an API for third-party developers, operating within the Consumer Electronics sector and focusing on location-based and mobile applications.
Strategic signal
In January 2013, Nooly Technologies launched its mobile weather forecasting app for Android and iOS, aiming to provide highly localized and real-time predictions. This launch signaled the company's entry into the competitive weather app market, differentiating itself by offering minute-by-minute forecasts and an API for broader data integration, indicating a strategic focus on accuracy and platform accessibility.
Log in to access full profile ›Company Intelligence Q&A
- What is Nooly Technologies' primary offering?
- Nooly Technologies offers a minute-by-minute, short-range weather forecasting platform that provides highly localized predictions for various meteorological parameters.
- When was Nooly Technologies founded?
- Nooly Technologies was founded in June 2003.
- Who founded Nooly Technologies?
- Nooly Technologies was founded by Yaron Reich.
- What was a key product launch for Nooly Technologies?
- In January 2013, Nooly Technologies launched its 'nowcasting' weather app for Android and iOS, designed to provide real-time, localized forecasts.
- What is the accuracy of Nooly Technologies' weather predictions?
- Nooly Technologies' platform is accurate to an area as small as one square kilometer and covers a wide range of meteorological parameters.