Precision Agriculture

 

Our Precision Digital Solutions are dedicated to developing the best platforms to increase production and help you grow more with less. We give you everything you need to get value from farm data, manage risks and maximize farm profitability. A key component of this farm management approach is the use of information technology and a wide array of items such as GPS guidance, control systems, sensors, robotics, drones, autonomous vehicles, variable rate technology, GPS-based soil sampling, automated hardware, telematics, and software.

VEGETATION MANAGEMENT
Manage vegetation using topographic surveys and plant health indices (3-Band Sensor)

FOREST REGENERATION
Monitor and measure the progress of an ecosystem through vegetative growth stages ( Visual Sensor)

PLANT COUNTING AND YIELD PREDICTION
Generate plant counts and forecast yield based on surveys of row-based plants (Video Sensor)

IDENTIFY INDIVIDUAL TREE CROWNS
Assess tree crown health, diameter, and mean vegetation index values ( Visual Sensor)

PLANT HEALTH INDICES
Assess and monitor plant health throughout the season by producing a general index of live green vegetation ( Visual Sensor)

ADVANCED PLANT HEALTH INDICES
Assess canopy variation in biomass or detect plant stress in mid-to-late growth stages ( 3-Band Sensor)

PLANT HEIGHT MEASUREMENT
Assess crop coverage and gauge productivity and overall plant health by measuring plant height ( LiDAR Sensor)

CANOPY COVER MAPPING
Track the progression of your field or forest by measuring how much of the area is covered with vegetation  (Visual Sensor)

ASSESS FIELD PERFORMANCE
Quality plot-level statistics on plant count, height, vigor, leaf area, and canopy cover  (5-Band Sensor)

FIELD WATER PONDING MAPPING
Identify and measure areas that cannot be used for growing due to standing water  (5-Band Sensor)

SCOUTING REPORTS
Get a snapshot of our field or forest survey’s in a single-page report (Visual Sensor)

STOCKPILE MEASURING
monitor the supply and use of feed and fertilizer by measuring its cut-and fill volume  (Visual Sensor)

MEASURE CHLOROPHYLL TO ASSESS PLANTS
identify differences in leaf chlorophyll content at leaf and canopy scale ( Visual Sensor)

MEASURE NITROGEN CONTENT IN WHEAT
Gain insight into heat stress, water use, and plant metabolism ( 5-Band Sensor)

DROUGHT STRESS IDENTIFICATION
Optimize water usage by monitoring drought stress at different growth stages (LiDAR Sensor)

DRAINAGE MAPPING
Improve yields and optimize resources by generating elevation maps to identify area requiring drainage ( LiDAR Sensor)

WEED PRESSURE MAPPING
Protect crop production through the detection and assessment of invasive weed species. ( 5-Band Sensor)

MEASURE CANOPY TEMPERATURE
Gain insight into heat stress, water use, and plant metabolism  (Thermal Sensor)

PHENOTYPING AND GENOTYPING
Identify multiple plants in a single field ( Hyperspectral Sensor)

DISEASE PRESSURE MAPPING
Defend crops through the early detection and identification of diseases (Hyperspectral Sensor)

CROP AND FIELD DAMAGE REPORTS
Increase assessment accuracy by applying quantitative measures to fire, hail, water, and wind damage. (Visual Sensor, 3-Band Sensor)