CHRYSALABS INC

Probes for measuring soil nutrient content and soil health for scientific purposes; Optical sensors; Instruments for measuring soil quality parameters and soil health, namely, soil moisture meters, electronic-based instruments for measuring environmental parameters including humidity, mold, bacteria and soil quality; Probes to determine and measure soil health and properties, quality and fertility at different depths for scientific purposes; Soil properties probing and measurement equipment for agriculture, namely, probes for scientific purposes; Probe networks to determine and measure soil health and properties, quality and fertility at different depths, namely, probes for scientific purposes; Instruments to be attached to existing agricultural equipment for measuring soil quality parameters and soil health, namely, tubular liners, tubular sleeves; Geolocation receivers by satellites, cell phone networks and radio frequency; Optical sensors with LEDs; Meteorological sensors; Depth sensors; Downloadable software application for cell phones and tablets for analysis, measurement, localization and consultation and transmission of soil health properties and quality results for agriculture; Downloadable software 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] featuring software for analysis, measurement, localization and consultation and transmission of soil health properties and quality results for agriculture; Software as a Service [SaaS] featuring software for identification of soil sampling areas for agriculture; Software as a Service [SaaS] featuring software for managing sustainable agricultural practices management; Software as a Service [SaaS] featuring software for managing agricultural traceability management; Software as a Service [SaaS] featuring software for managing regenerative agriculture management; Software design for the processing of remote images from satellites, drones and aircraft; Software as a Service [SaaS] featuring software for monitoring the 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 for scientific purposes; Optical sensors; Instruments for measuring soil quality parameters and soil health, namely, soil moisture meters, soil pH meters, extruding machines for soil testing, optical sensors; Probes to determine and measure soil health and properties, quality and fertility at different depths for scientific purposes; Soil properties probing and measurement equipment for agriculture, namely, probes for scientific use; Probe networks to determine and measure soil health and properties, quality and fertility at different depths, namely, probes for scientific purposes; Geolocation radio, satellite, and telephone receivers; Optical sensors with LEDs; Meteorological sensors; Depth sensors; Downloadable application software for cell phones and tablets for analysis, measurement, localization and consultation and transmission of soil health properties and quality results for agriculture; Downloadable application software for cell phones and tablets for identifying soil sampling areas for agriculture; downloadable software for processing remote images from satellites, drones and airplanes; Software as a Service featuring software for analysis, measurement, localization and consultation and transmission of soil health properties and quality results for agriculture; Software as a Service featuring software for identification of soil sampling areas for agriculture; Software as a Service featuring software for sustainable agricultural practices management; Software as a Service featuring software for agricultural traceability management; Software as a Service featuring software for regenerative agriculture management; design of software design for the processing of remote images from satellites, drones and aircraft

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; Geolocation receivers, namely, GPS receivers use with satellites, cell phone networks and radio frequencies; Optical sensors with LEDs; Meteorological instrument sensors; Depth sensors for measuring soil properties, quality and fertility; 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 tablet computers to identify soil sampling areas for agriculture; Downloadable software for processing remote images from satellites, drones and airplanes; Software as a Service featuring software for the analysis, measurement, localization and consultation and transmission of soil health properties and quality results for agriculture; Software as a Service featuring software for the identification of soil sampling areas for agriculture; Software as a Service featuring software for managing sustainable agricultural practices; Software as a Service featuring software for managing agricultural traceability; Software as a Service featuring software for managing sustainable regenerative agriculture; Software design for the processing of remote images from satellites, drones and aircraft; providing temporary use of on-line non-downloadable software for processing remote images from satellites, drones and airplanes