Filiz

Filiz is an IoT Sensor Station that monitors soil and weather conditions in your field. Our agricultural sensors measure soil temperature and soil moisture, offer tailored recommendations for optimizing irrigation, assess disease and frost risk, and determine the most appropriate spraying times. Deploy Filiz agriculture sensors to enable informed decisions on the field.

A Smarter Approach to Crop Management with Agricultural Sensor Technology

• No Antenna. No Cables.
  Filiz is compact by design. The sensors for agricultural inputs are integrated, lacking any external antenna or cables that can be prone to damage from bad weather conditions or rodents. Your device stays intact, and nothing interrupts the data flow.
• Easy-Installation
  It takes only 10 minutes to set up Filiz, from unboxing to activation on the IoTrack app—no need for technical expertise. Filiz is hassle-free and has a battery life of three years.
• Stay Connected and Have More Control
  Receive alerts on important issues such as disease risk or water stress and monitor field conditions from anywhere, anytime.
• Topple Warning and Anti-Theft System
  Filiz features topple and abnormal movement detection, enabling the device to alert users of any fall or unusual movements. This attribute ensures that the sensor is functions correctly and remains in its intended location, preventing any loss or damage.
• An Integrated Experience
  Filiz comes with the IoTrack app, offering intuitive data visualization based on real-time ag sensor inputs, soil analysis, and expert agronomist support. Filiz also integrates with FMS, providing easy access to essential field data to optimize operations.
• Data and Beyond
  Filiz displays and processes data while providing actionable recommendations and agricultural warnings. Filiz excels at providing fungal disease warnings by calculating plant-specific disease risk according to soil temperature and moisture sensors, irrigation recommendations based on the phenological stage of crops and soil humidity, the appropriate times for spraying based on a combination of soil temperature data with hyper-local weather forecasts on IoTrack.