Environmental protection calls for a substantially reduction of the pattern of usage of chemicals and the amount of sprayed pesticides. VineSense precisely maps the local microclimatic conditions and provides information on disease forecasting, based on accurate prediction models fed by microclimatic parameters perceived in the vine rows.
• treatments targeted on hotspots of infection outbreak
• savings in pesticides cost
• regulation compliant approach
• improvement of the product’s branding
Sensors installed in the vine rows measure the real microclimatic parameters of the plants. Data are transmitted by Netsens IoT wireless units located in the vine rows, not interfering with the mechanical operations in the vineyard.
Data are automatically forwarded to Netsens LiveData Cloud system. Authenticated user can access data via desktop or smartphone, and receive reliable and useful information, as well as configure automatic E-mail reports.
VineSense is a Decision Support System (DSS) that provides reliable information on:
• Pathogens development in selected vineyard’s areas
• Infection risk assessment compared to the current phenological stage
• Real-time microclimatic conditions mapping
Check agro-meteorological data with IoT wireless sensors.
The LiveData user friendly interface displays the agro-meteo data from the field in graphic format, through Netsens LiveData web based powerful software.
All the critical climatic parameters are evaluated at a glance thanks to the integrated control panel. Alert and report can be easily managed and emailed or sent by sms.
Phenological stages and treatments schedules drive the prediction models
VineSense includes the following disease analysis and prediction models:
- Downy mildew (Plasmopara Viticola)
- Oidium (Uncinula necator)
- Botrytis (Botrytis Cinerea)
- Moth (Lobesia Botrana)
By indicating the phenological phases observed in the field, the disease models will automatically adapt to the specific conditions of your plots.
MeteoSense automatic GPRS station
Equipped with rain collector, air temperature and humidity, leaf wetness sensors. Optionally expandable with full weather sensors or wireless units.
LiveData web access and pathogens development models included.
VineSense monitoring system.
The long range wireless units have the unique capability of measuring the local microclimatc parameters (air temperature/humidity, leaf wetness, and more) and allow real-time accurate prediction of pathogens or diseases development with unsurpassed accuracy.
VineSense IoT
Coverage of 1000s hectars.
Tens of measuring points, with highly reduced costs per point.
Weather, climatic and soil sensors installed in the rows of each plot.
Shared access to LiveData cloud software, with farm-level access to the DSS for infection prediction and treatment register.
Supervisor user.
RDaily agro-meteorological report via email.
MeteoSense 2.0 is the realibale and ease-of-use weather station for precision agriculture, featuring sensors for plant protection, sensors for water saving and sensors for soilmoisture.
AgriSense is the IOT system for precision agriculture designed for farms, as wellas consortia and producer organizations, for reducing production costs and increase the yield of their crops.
VineSense is the IOT system for precision viticulture providing a DSS with use ful indications for pest management in each vineyard plot, using IOT wireless sensors that constantly monitor microclimatic conditions.
WiSense 2.0 is the ultimate monitoring system for water saving in agriculture and allows a fully automated management of irrigation systems.
Netsens manufactures a wide range of agro-meteorological sensors that can be easily integrated in tothird-party systems, suchas for example. Soil humidity and temperature sensors, solar radiation sensors, leaf wetness sensors, electrical conductivity sensors and diameter growh sensors.
Our LiveData cloud platform provides real-time access to agro-meteorological data and decision support (DSS) for agriculture; acquires and processes data and presents information in a simple and advanced way.