Select your agricultural year stage, and we'll tell you how our apps can help!

💻 Plan next season's crop rotation

💻 Check planting quality

📱💻 See how the field is developing after planting

⭐️ See if a field is suitable for variable-rate seeding based on productivity zones

⭐️ Create a prescription map for variable-rate seeding based on historical productivity zones, NDVI zones, or soil sampling results

⭐️ Conduct an experiment on variable-rate seeding

⭐️ Measure the effectiveness of variable-rate seeding, determine the best rate for each zone, and draw conclusions about how to approach planting in the next season

📱 Determine the optimal time for spraying

📱💻 Identify problem areas in the field where you should apply plant protection products

💻 Сheck how the spraying or fertilizing process went

⭐️ Сreate a prescription map for variable-rate application of fertilizers and plant protection products based on historical productivity zones, NDVI zones, or soil sampling results

⭐️ Conduct a trial on the variable-rate application of plant protection products

⭐️ Measure the effectiveness of variable-rate application, determine the best rate for each zones, and draw conclusions about how to approach application in the next season

📱💻 Determine problem areas in a field

📱💻 Build a route for scouting and mark necessary points with notes

📱 Make geolocated notes about issues discovered while scouting

💻 Forecast the crop maturity date

📱💻 Identify fields ready for harvest and plan the harvesting order

📱 Plan the harvesting time based on the Precipitation Map

💻 Map the crop yield

⭐️ Compare yield with and without variable-rate application

⭐️ Assess how much seed or fertilizer was saved using variable-rate application

⭐️ Determine the best rate for each zone to increase yield or to save on inputs

⭐️ Compare the yield, productivity zones, and prescription maps to understand your field better

💻 Upload and visualize soil test results

⭐️ Create a prescription map for soil sampling based on productivity zones

⭐️ Mark points for soil sampling

⭐️ Generate prescription maps for fertilizer application based on soil test results

⭐️ Conduct and analyze field trials based on soil test results

📱 Plan the timing for fertilizer application based on the Precipitation Map

💻 Check the quality of fertilizer application

⭐️ Determine if the field is suitable for variable-rate fertilizer application based on historical productivity zones

⭐️ Create a prescription map for variable-rate application of nitrogen, potassium, or phosphorus based on historical productivity zones, NDVI zones, or soil sampling results

⭐️ Conduct a variable-rate fertilizer application experiment

⭐️ Measure the effectiveness of variable-rate fertilizer application, determine the best rate for each zone, and draw conclusions about how to approach fertilizer application in the next season