Nanoenvi® AG is a device developed for the collection and remote transmission of data in applications for precision agriculture.
The Nanoenvi® AG devices allow to create networks of wireless sensors to monitor, predict and optimize the management of agricultural resources in real time, thanks to their connection in the cloud. These networks provide a stricter control of farms, thus controlling diseases, regulating fertilizers and, in general, optimizing resources.
Robust & autonomous
Manufactured with high-resistant materials: ASA Luran. The Nanoenvi AG device has been created to be installed both outdoors (fields, roads, forests, etc.) and indoors (storehouses, greenhouses, etc.). Thanks to the energy harvesting system (with solar panel) and to their low consumption, the Nanoenvi AG devices can work autonomously for an indefinitely period of time.
The electronics of the Nanoenvi AG device has been completely designed by ENVIRA to be adapted according to the specific needs of Smart Agro applications, minimizing the consumption and providing connectivity to all the specific sensors in the field (meteorological, gas, dendrometer, hygrometer, pH sensors, etc.)
The Nanoenvi AG equipment has the computation capacity required to process the information collected, issue business rules to detect events (and notify the user by an alert system) or make algorithms for an initial analysis of the data collected (Edge). All the AG devices are delivered totally integrated in the IoT or Smart Agro platform chosen by the client.
The Nanoenvi AG equipment has 6 connectors for sensors, both analogical and digital. Nanoenvi is compatible with several types of sensors: meteorological (temperature, humidity, pressure, rainfall, solar radiation, etc.), gas (H2S, CO, CO2, SO2, etc.) or agricultural (humidity of the leaf, pH of the soil, dendrometers, etc.). Each sensor chosen to be installed in a Nanoenvi AG equipment, notwithstanding its type, is carefully prepared and calibrated at ENVIRA's certified calibration laboratory, thus ensuring the maximum accuracy, stability and reliability of the measurements.
2-32 MHz (adjustable for consumption optimization)
up to 4GB in SD card
RTC (32 KHz)
15mA (On), 600μA (idle power), 7μA (Power-down), 0.7μA (Power-save)
Solar panel charge
6 - 12 V - 150mA
Number of socket for sensor waves
Caucho de siliconaElastosil®
Screws of the cover
Type of protection
Resistance to impact
Per ISO 2039-1
Ambient temperature (min.)
-10 ° C
Ambient temperature (max.)
50 ° C
3G communications module
Xbee communications module
LORA communications module
Sensors for temperature, moisture and atmospheric pressure
Dendrometer for stem and fruit
Sensors for the volumetric content of water in the soil
Sensors for conductivity and temperature of soil
Sensors for water quality
Other sensors upon request