Internet of Things and Big Data Collection
Smart Farm/Smart Agriculture

STE developed Micro.sp, an innovative and revolutionary ultra-efficient wireless communication technology based on pulse data transmission.
Micro.sp offers the following features:
> It is an innovative radio concept that enables the development of battery-less sensors.
> It creates a whole new set of applications, unattainable with existing technologies.
> It has the disruptive capacity to convert virtually any sensor into a wireless application for internet of things (IOT).
> Its pulse-based communication standard system allows it to run battery-less applications.
> Representing the most effective technology in the field of "Agriculture Precision" in terms of consumption and number of applications. ​ ​

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A technology to enable Big Data Collection.
Agriculture Precision

Precision agriculture management practices can significantly:

1. Reduce the amount of nutrient.
2.Improve Crop inputs methods (seed planting, soil treatment, groundwater management).
3. Boost crops yield.
4. Increase ROI by saving on phytosanitary (pesticides) and fertilizer costs.
5. Contribute to environmental impact reduction.

Sustainable agriculture seeks to assure a continued supply of food within the ecological, economic and social limits I Is required to sustain production in the long term. Precision agriculture seeks to use high-tech systems in pursuit of this goal. ​

Micro.sp: A disruptive technology for IOT world

“We want to have farmers use us for the best service for them, but if they just want to store their data on a basic data service, we've committed for that data to be entirely opaque to us”
"It sounds obvious but it's not the practice that's taken hold just yet.”

The Agriculture vehicles to become Agriculture Web Server (AWS) data collector with built-in technologies for monitoring and communication.

CASE HISTORY