King Khalid University / RoboNile Industries · 2024
Smart IoT hydroponic growing system
A complete connected growing system — sensors, control hardware, mobile and desktop applications, and the backend tying them together — developed through to a commercialisation concept.
- Disciplines
- IoT & Hardware, Mobile, Desktop, Backend
- Delivered
- 2024
- Client
- King Khalid University / RoboNile Industries
Built with
- IoT sensors
- Embedded control
- Mobile application
- Desktop application
- Backend services
- Time-series data
The situation
Hydroponic growing depends on conditions that drift constantly. Monitoring them manually is labour-intensive, easy to get wrong, and gives no historical record to learn from.
What we did
- 01
Designed the system architecture spanning sensors, controllers, network layer and applications.
- 02
Built the IoT layer for continuous monitoring of growing conditions.
- 03
Developed the mobile application for monitoring and control away from the site.
- 04
Developed the desktop application for full operational oversight.
- 05
Built the backend services and database recording every reading for analysis over time.
The outcome
Growing conditions became continuously measured and remotely controllable, with a full historical record. The work was carried through to research output and a commercialisation concept with RoboNile Industries.

