innovative water monitoring system
WHAT IS IT
Waterly is an innovative water quality monitoring system that uses the latest technologies to take care of the most valuable resource on Earth. Thanks to the Waterly system, you can be sure that bathing in a lake, river or sea is safe for you and your children, and the parameters of the water provide the right conditions for the growth of local fauna and flora.
The heart of the Waterly system are fully autonomous Waterlab measuring stations equipped with a set of sensors analyzing selected water parameters such as: oxygenation, turbidity, hardness, acidity, salinity, temperature or color, with an unprecedented frequency!
Waterly measuring stations have a permanent connection to the Internet, even where mobile phones lose GSM network coverage. It is possible thanks to the application of a special communication standard, created for the needs of the Internet of Things (IoT).
Based on the measured water parameters, the Waterly system determines its quality index, which is available for free to every citizen in the world! Advanced system users, by purchasing a subscription, have access to individual parameter values. Both current and historical. All you need to access the data visualization is a web browser. In addition, there is also a dedicated mobile application for Android and iOS.
The Waterly system is in symbiosis with nature! The Waterlab measuring station helps to protect the environment and at the same time draws energy from it for work – it is powered directly from solar energy.
Tomek’s field is hardware. He is an engineer with over 20 years of experience in constructing and servicing electronics as well as writing software for embedded systems.
CO-FOUNDER | CEO
The originator of the Waterly and professional in every way. From an early age, he is passionate about electronics and computer technology. A graduate of the Gdańsk University of Technology.
Born programmer. With care for details, he accomplishes every task. A specialist with an innovative approach to widely understood information systems.