Physical Product

A “Hydroponic Sensor System” which includes:

 Hardware sensors measuring: pH, EC / TDS (nutrient concentration), water

temperature, dissolved oxygen, ambient air temperature, humidity, water level.

 Controller (microcontroller or small embedded board, e.g. ESP32, Arduino, etc.) to read

these sensors, process data, trigger alerts or control actuators (e.g. pumps to adjust

nutrients or pH, water pumps, aerators).

 Communication / Interface: IoT-enabled: sends data to a cloud or local server;

mobile/web dashboard/app for real-time viewing; alerting (SMS / app notifications) when

parameters deviate.

 Power supply: Should be reliable, possibly with options for solar / backup battery,

depending on location.

Sling bags for panda lovers

Have you ever experienced contamination in your drinking water? Do you know why this happens? One major reason is that detecting the exact location of leaks in pipelines is extremely challenging and time-consuming. These leak points allow contaminants to enter the water supply and lead to several serious problems such as the spread of diseases, water contamination, and large-scale water wastage.

In fact, over 30% of India’s drinking water is lost due to pipeline leakages, making clean water not only scarce but also more expensive.

Our robot provides a smart and efficient solution to this problem. It can navigate through pipelines with ease and accurately detect leakages, helping ensure clean, safe, and affordable drinking water for everyone.

If you would like to support us in developing both the prototype and the full-scale model, we welcome your contribution. Together, we can make this innovation a reality.