Custom Smart Farming and Aquaculture Development
We develop customized smart terminal solutions that integrate farming and aquaculture operations for agricultural, forestry, livestock, and fisheries scenarios, including open-field cultivation, greenhouse farming, aquaculture, and livestock and poultry farming.
I. Core Customization Capabilities:
- Customized Sensor Integration: Motherboard for multi-sensor fusion data collection, including soil temperature and humidity, pH, EC, light intensity, CO₂, dissolved oxygen in water, ammonia nitrogen, liquid level, and livestock and poultry environmental temperature and humidity;
- Customized Control Outputs: Supports relay-driven control of solenoid valves, water-fertilizer integrators, fans, shading systems, aerators, and feed dispensers;
- Communication Adaptation: Optional Bluetooth, 4G Cat.1, LoRa, and 5G; local edge data collection + cloud uploads;
- AI Algorithm Integration: AI crop growth recognition, pest and disease image recognition, water quality anomaly prediction, intelligent water-fertilizer coordination, and automatic feeding strategies;
- Construction and Protection: IP65/IP67 outdoor waterproof and dustproof rating; supports low-power solar power solutions, suitable for off-grid field environments;
- Platform Integration: Customized web-based backend and mini-programs, including data dashboards, alert notifications, historical trend charts, and remote management.
II. RSuccess Story: Smart Water and Fertilizer Integration Terminal for Greenhouses:
Custom-built smart water and fertilizer management terminals for agricultural technology companies, collecting soil moisture, EC, and pH data; AI automatically matches irrigation and fertilization formulas and coordinates with solenoid valves for automatic water and fertilizer replenishment; 4G remote cloud connectivity with local offline operation in case of network outages. Accompanied by a farmer-facing mini-program supporting remote start/stop, threshold settings, and SMS alerts for out-of-limit conditions. The system has been deployed in dozens of controlled-environment agriculture facilities, achieving water and fertilizer savings of over 25% while significantly reducing the labor required for manual greenhouse inspections.
