Traditional agricultural monitoring relies heavily on manual inspection, which is time-consuming, labour-intensive, and unsuitable for large or remote farms. This often leads to inefficient irrigation, delayed responses to changing environmental conditions, wasted water, and reduced crop productivity.
This IoT ThingSpeak Dashboard and Controller project provides a smart agriculture solution using the IndusBoard Coin. By integrating soil moisture sensing, onboard temperature and light monitoring, and relay-based pump control, the system collects real-time environmental data and uploads it to a ThingSpeak dashboard every 15 seconds. Farmers can remotely monitor field conditions and control irrigation from anywhere using ThingSpeak’s web-based tools.
Key Features
- Real-time soil moisture, temperature, and light monitoring
- Cloud-based data visualisation using ThingSpeak dashboards
- Automatic data upload at 15-second intervals
- Remote control of irrigation pump via relay module
- Interactive charts, gauges, and status indicators
- Web-based control using ThingHTTP and React apps
- Scalable and low-cost IoT agriculture solution
- Supports battery or external power for field deployment
- Easy troubleshooting through serial logs and dashboard feedback
Applications
- Smart irrigation systems
- Precision agriculture and crop monitoring
- Remote farm and greenhouse management
- Water conservation projects
- Agricultural research and field experiments
- Educational IoT and smart farming demonstrations
This project demonstrates how the IndusBoard Coin can be used to build an efficient, data-driven agriculture monitoring and control system. By combining real-time sensing, cloud-based visualisation, and remote irrigation control, it enables smarter farming decisions, improved crop yields, and responsible resource management—making modern agriculture more connected and sustainable.