If you find yourself getting increasingly frustrated with your smartphone weather app's lack of reliability when it comes to predicting the situation outdoors, more technologically advanced weather instruments may be in order. Rooti CliMate, a recently launched Kickstarter project, is a bluetooth meteorological tracker that syncs your area's actual humidity, temperature and UVI to your phone.
The portable cloud shaped device lets you measure real weather on the go, allowing you to respond to it appropriately. By collecting environmental data 24/7, this tool gives you a much more accurate read. Meanwhile the app utilizes planted evidence, a multi-device hub and historical data to stand out. The app-cessories (weather instruments and corresponding app) come in a variety of colors as well.
What Makes This Trend Stand Out
- Advanced Weather Trackers
- Crowdfunded weather instruments are providing more technologically advanced, portable options for weather tracking and prediction.
- Bluetooth Meteorological Trackers
- Devices like Rooti CliMate are making it easier to track and measure real-time weather data on-the-go using Bluetooth technology.
- Personalized Weather Apps
- Companies are utilizing historical weather data and multi-device hubs to create more personalized and reliable weather apps for users of portable weather trackers.
Sectors Adopting This
- Technology
- The development of crowdfunded weather instruments and corresponding apps provides opportunities for new disruptive innovations in the technology industry.
- Consumer Electronics
- The production and sale of portable, Bluetooth enabled weather trackers are disrupting the consumer electronics industry by providing consumers with more advanced options for weather tracking.
- Agriculture and Farming
- The use of portable weather trackers with Bluetooth syncing capabilities and historical weather data can provide new opportunities for innovation in the agriculture and farming industry, allowing farmers to make more informed decisions based on accurate weather predictions.
