Nanoenvi® Ag is a device developed for the collection and remote transmission of data in applications for precision agriculture. With our technology, farmers can maximise the production of their fields, reduce the use of water and fertilizers and maintain increasingly rare resources, thus reducing the impact on the environment. Nanoenvi® Ag devices enable the creation of networks of wireless sensors to monitor, predict and optimise the management of agricultural resources. These networks allow a stricter control of farms and the optimization of resources, the control of diseases, the regulation of the use of pesticides, etc. Thanks to our device with wireless sensors connected to the cloud, the manager of a farm can have a real-time knowledge of its state from a computer, mobile phone or tablet, in order to make immediate decisions and thus increase the productivity of the crops and the profitability of the farm.
Prevention of diseases
Diseases such as mildew can be avoided by the continuous monitoring of environmental parameters. With the data gathered by the Nanoenvi® Ag device, the manager of a farm can apply the correct amount of pesticides, increasing the productivity and reducing the costs.
Monitoring water levels available for plants
Water is increasingly scarce and expensive, so its efficient management is essential for the economic success of farms. Our systems allow the real-time monitoring of water levels at the roots, so irrigation levels can be accurately adjusted without stressing the plants with of an excess or a lack of water.
Monitoring the fertilization
The excessive use of fertilizers, besides being an unnecessary cost, has an impact on the environment. Our measuring systems allow an adequate monitoring of the levels of fertilizers and, therefore, their optimization in the areas where they are strictly necessary.
2-32 MHz (adjustable for consumption optimization)
up to4GBin 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