Probes for measuring soil nutrient content and soil health; Optical sensors; Instruments for measuring soil quality parameters and soil health; Probes to determine and measure soil health and properties, quality and fertility at different depths; Soil properties probing and measurement equipment for agriculture; Probe networks to determine and measure soil health and properties, quality and fertility at different depths; Instruments to be attached to existing agricultural equipment for measuring soil quality parameters and soil health; Geolocation receivers by satellites, cell phone networks and radio frequency; Optical sensors with LEDs; Meteorological sensors; Depth sensors; Downloadable application for cell phones and tablets for analysis, measurement, localization and consultation and transmission of soil health properties and quality results for agriculture; Downloadable application for cell phones and tablets to identify soil sampling areas for agriculture; Software for processing remote images from satellites, drones and airplanes.
Software as a Service [SaaS] in the field of analysis, measurement, localization and consultation and transmission of soil health properties and quality results for agriculture; Software as a Service [SaaS] in the field of identification of soil sampling areas for agriculture; Software as a Service [SaaS] in the field of sustainable agricultural practices management; Software as a Service [SaaS] in the field of agricultural traceability management; Software as a Service [SaaS] in the field of regenerative agriculture management; Software design for the processing of remote images from satellites, drones and aircraft; Software as a Service [SaaS] in the field of improvement of soil health properties, optimization of the use of fertilizer and reduction of greenhouse gases for agriculture.
Probes for measuring soil nutrient content and soil health; Optical sensors; Instruments for measuring soil quality parameters and soil health; Probes to determine and measure soil health and properties, quality and fertility at different depths; Soil properties probing and measurement equipment for agriculture; Probe networks to determine and measure soil health and properties, quality and fertility at different depths; Instruments to be attached to existing agricultural equipment for measuring soil quality parameters and soil health; Geolocation receivers by satellites, cell phone networks and radio frequency; Optical sensors with LEDs; Meteorological sensors; Depth sensors; Downloadable application for cell phones and tablets for analysis, measurement, localization and consultation and transmission of soil health properties and quality results for agriculture; Downloadable application for cell phones and tablets to identify soil sampling areas for agriculture; Software for processing remote images from satellites, drones and airplanes.
Software as a Service [SaaS] in the field of analysis, measurement, localization and consultation and transmission of soil health properties and quality results for agriculture; Software as a Service [SaaS] in the field of identification of soil sampling areas for agriculture; Software as a Service [SaaS] in the field of sustainable agricultural practices management; Software as a Service [SaaS] in the field of agricultural traceability management; Software as a Service [SaaS] in the field of regenerative agriculture management; Software design for the processing of remote images from satellites, drones and aircraft; Software as a Service [SaaS] in the field of improvement of soil health properties, optimization of the use of fertilizer and reduction of greenhouse gases for agriculture.
Probes for measuring soil nutrient content and soil health; Optical se...
