Vineyards/orchards

VINEYARDS/ORCHARDS PRODUCTION MANAGEMENT

All-in-one digital solution for optimal growing in orchards and vineyards

PEST AND DISEASE PREDICTION

Optimized pesticide usage and better crop quality using digitized prediction models

Recommendations on disease controlling

By combining built-in prediction models with environmental data, the information on pests and disease appearance is created according to their life cycle and plant growing period. Accordingly, the recommendation on when and what type of pesticide to use is provided.

Environmental conditions monitoring

Measurements visualization from installed weather stations (air temperature, air humidity, precipitation, wind speed and wind direction, solar radiation…).

Prediction models available for main pest and diseases in fruit production (grape, apple, peach, cherry, stone fruits), arable crops and vegetables ( potato, onion, tomato, sugar beet….) and the process of adding new models is never ending.

Devices required: weather station for measuring environmental conditions (air temperature, air humidity, leaf wetness, precipitation, optionally wind speed and wind direction, solar radiation ).

Devices required: weather station for measuring environmental conditions (air temperature and humidity, leaf wetness and precipitation)

INSECTS MONITORING

Smart pheromone traps and advanced analytics for optimized insecticide usage

Monitoring insects’ activities

Smart pheromone traps are used to monitor insect activities. Traps are equipped with camera that takes images of caught insects. Images are automatically processed.

Automatically counting the number of caught insects

Advanced algorithms count the number of caught insects thus providing insight into population dynamics.

Devices required: smart pheromone traps equipped with cameras and pheromone strips

IRRIGATION OPTIMIZATION

Combining real-time field measurements with crop-specific advanced analytics methods to optimize irrigation

Specific water requirements for different crops during a growth period are used to define the exact amount of water that should be available to the crops at a given time. Combining specific crop water requirements with the soil type characteristics, measured soil moisture and forecasted precipitation and temperature to provide instruction of optimum irrigation time and the amount of water that should be used.

Devices required: device equipped with soil moisture sensors and optionally, sensors for monitoring soil temperature and soil salinity

FROST PREDICTION

When to protect crops and avoid frost damages

Early warning when conditions for frost appearing are fulfilled. Measuring wet and dry air temperature is required. Alarms are sent according to defined trasholds.

Devices required: weather station with sensors for measuring wet and dry air temperature

SATELLITE BASED FIELDS MONITORING

For increasing the accuracy of observation and creating variable fertilization maps

Satellite images and different indices are used to provide information about crop vitality, heterogeneity of crop development over the field, field zones with different chlorophyll/nitrogen and water content in crops, soil moisture zones etc.

VARIABLE SOIL MAPS CREATING

For optimizing soil samplings process

Creating customized maps for soil sampling based on satellite images and different vegetation indices for preparing variable fertilization maps.

MACHINERY TRACKING

Tracking agricultural machinery to optimize costs

Real time insights into whereabouts and activities of the machinery enables monitoring of actions undertaken in the fields and more efficient planning.

Devices required: GPS tracking devices

ACTIVITY BOOK

Recording all finished activities to improve planning new ones

Simple and easy recording of all activities during agricultural production thus providing traceability during the production process and better insight into indicators of successful production.