We see a future where agricultural science, drone technology, and data analytics come together in
the form of a productive, efficient and cost effective process to solve numerous problems.
Enhance your agricultural insights with our ground-based data capture services. Utilizing hybrid drone technology, we capture detailed soil and crop data directly from the field. This close-up analysis provides critical information on soil composition, nutrient levels, and crop health, enabling precise and informed decision-making.
Key Features
Soil Sampling
Collection of soil samples for
analysis of nutrient levels and
soil composition
Microclimate Monitoring
Measure microclimatic factors such as temperature, humidity, and light intensity.
Understand the local environmental conditions affecting your crops.
Maturity Detection
Use AI models to detect crop maturity and determine optimal harvesting times.
Improve harvest efficiency and crop quality.
The hybrid drone technology allows for both aerial mapping and ground-based data capture, enabling discreet inspection and analysis
How It Works
1. Drone Deployment
Our hybrid drones are deployed to your fields, capable of both flying and driving.
Drones land and navigate the fields, collecting soil and crop data.
2. Data Collection
Soil probes and sensors gather data on soil composition, nutrient levels, and microclimatic conditions.
High-resolution cameras capture detailed images of crops for close-up inspection.
3. Analysis and Reporting
Advanced software processes the collected data to generate detailed reports.
Reports provide actionable insights on soil health, crop maturity, and microclimatic conditions.
4. Implementation:
Use the insights to make informed decisions on fertilization, irrigation, and harvesting.
Implement targeted interventions to address specific issues and optimize crop management.
Benefits:
Enhanced Soil Health: Identify and address soil nutrient deficiencies and composition issues.
Precise Crop Management: Gain detailed insights into crop health and maturity for optimized harvesting.
Improved Efficiency: Make informed decisions based on accurate ground-level data.
Reduced Costs: Optimize resource usage by targeting interventions where they are needed most.
Higher Yields: Enhance crop health and productivity through precise management practices.