Tel: (+98) 07191001819 

 IoT-SIPS monitoring and management systems include solution comprised of diverse sensors and a wireless communications system based on advanced radio frequency technology. Monitoring all soil, weather, crop, environmental conditions, IoT-SIPS continuously collects data via the sensors to present a clear, real-time view of a farm’s status. IoT-SIPS’s comprehensive monitoring and management systems improve growers' planning and decision making , leading to optimized farm resource and water utilization. IoT-SIPS according to the needs of the plant, it automatically  irrigates it and will make the plant grow better.


  •  wide range of sensors include:
    • Soil moisture and air temperature,Hmidity sensors
    • More sense options (EC,PH,Wind Speed,Wind direction sensors)
  • Easy installation
  • Calculate needed irrigation volume and manage irrigation term automatically when run in smart irrigation model.
  • If your irrigation system runs on a clock timer, it can be easy to “set it and forget it.”
  • Smart controllers adjust watering schedules to actual site conditions, based on local weather data; some sensors that can detect rain or soil moisture to avoid unnecessary watering.
  • View charts of temperature, Soil moisture, environment temperature and Irrigation periods
  • Irrigation strategy based on EC calculation and actual Soil moisture sensor data, as well as expert farmers.
  • Easy to read irrigation result, amount of water usage, next irrigation term, frostbite forecast, irrigated zone and many more information.
  • 7-inch color Touch LCD screen 
  • irrigation will perform on the proper times of 24 hours based on the season.
  • Mobile and web remote control via internet.

System Architecture

The remote IoTDL site is connected to the IoTCC base via an embedded cellular modem that connects to the IoTCM server. If radio reception is low or there are far distances between sites, the remote IoTDL site is connected to the mid site, which connects to the IoTCC base.

■ Note: The customer is responsible for cellular network set-up and operational costs (e.g. SIM card and data package)




Real-Time Crop Management Software

IoTAS is advanced real-time crop management software providing growers with their farms’ status at a glance. Integrated with IoTDLA & IoTDLB, a cutting-edge solution comprised of diverse sensors and RF-based wireless communications, IoTAS continuously collects data from the field.

The software provides user-friendly tools for field monitoring and status:

  • Dynamic dashboard
  • Graphic tool with real-time crop management and decision support system (DSS)
  • Dynamic map to get field status at a glance
  • Navigation panel with online information, and simple access to any farm's device

Benefits & Features:

  • Remote view and access to/from any unit
  • Low power, long-lasting battery
  • Broad array of sensors for soil,hydraulic, weather, plant's
  • Real-time in-field monitoring
  • Traceability of Water usage
  • Anywhere, anytime connectivity
  • Web and mobile access




DataLogger Of Soil Moisture Sensor With Weather Temperature, Humidity Sensor


The IoTDL profile RF connection is a data logger of soil moisture and weather temperature, humidity sensor that is fully integrated with IoTDL crop management software. The easy-to-install cases delivers a complete data package via RF connection to the grower system to improve irrigation planning and strategic decision-making.



Features & Functionality

  • IoTDLA have Soil moisture sensors from 6 depths (10cm to 150cm), IoTDLB have more additional weather temperature, humidity data measurement sensor.
  • Continuous data collection via IoTDL probe
  • Standalone installation with solar panel support
  • More than 1km RF support distance



Temperature  Units °C 
Range   -40°C to + 120°C
Resolution  0.01°C 
 Accuracy +/- 0.3°C 
Excitation Voltage  3.5 V 


Humidity Units RH%
Range  0-100%
Resolution  0.05% 
 Accuracy ± 4%
Excitation Voltage  3.5 V 


Soil Moisture Units RH%
Range  0-100%
Resolution  0.05% 
 Accuracy ± 4%
Excitation Voltage  3.5 V