Aerobotics is a precision agriculture platform that leverages artificial intelligence, drone imagery, and satellite data to help farmers monitor crops, identify early-stage problems, and improve yield outcomes. Designed for orchard and tree crop farmers, Aerobotics provides actionable insights through aerial analytics, pest and disease detection, and per-tree health tracking.
Founded in South Africa, Aerobotics now supports growers and agronomists in over 18 countries. The platform is tailored to permanent crops such as citrus, almonds, apples, and vineyards, helping growers make data-driven decisions throughout the season.
By combining cutting-edge computer vision with remote sensing, Aerobotics turns complex farm data into practical insights that optimize farming operations.
Features
Aerobotics offers a comprehensive set of features built around aerial intelligence and per-tree crop analysis.
A standout feature is per-tree insights, which provide growers with health scores and growth data for individual trees across the orchard. These insights are powered by AI models trained to assess vegetation health from multispectral drone imagery.
The platform offers flight planning and drone image processing. Growers or drone service providers can use Aerobotics’ tools to capture high-resolution aerial images, which are then uploaded and analyzed through Aerobotics’ cloud platform.
Canopy maps show the size, density, and health of each tree’s canopy. These maps help farmers understand growth patterns and identify underperforming areas.
Aerobotics provides scouting tools, which guide users to specific trees flagged as unhealthy or at risk. GPS-guided mobile apps assist in on-site inspections, pest scouting, and issue resolution.
The Yield Management feature uses tree counts, health metrics, and historical data to forecast expected yield and estimate losses, enabling better planning and inventory management.
With the Aeroview app, users can access farm insights from any device, including iOS and Android smartphones and tablets.
All data is visualized in intuitive dashboards, maps, and reports that can be easily shared with farm managers, agronomists, or external consultants.
How It Works
Aerobotics works by combining drone imagery, satellite data, and AI algorithms to deliver precise insights about crop health and farm performance.
First, growers or Aerobotics drone partners fly over the orchards using drones equipped with multispectral or RGB cameras. The imagery is then uploaded to Aerobotics’ cloud platform for processing.
AI algorithms analyze the data to detect vegetation stress, canopy volume, pest and disease indicators, and growth trends. Each tree is identified and evaluated individually, and its health metrics are recorded.
Growers can log into the Aerobotics web platform or mobile app to view per-tree health maps, canopy trends, and scout zones. The system prioritizes the most critical areas to investigate, saving time and improving in-field decision-making.
Data is updated with each drone flight, creating a time-series view of orchard development over the season. This enables tracking of tree recovery, evaluation of interventions, and more accurate yield forecasting.
Integration with other farm management platforms allows for seamless coordination between data insights and farm operations.
Use Cases
Aerobotics serves a wide range of stakeholders in the agriculture industry, particularly those focused on high-value permanent crops.
Tree crop farmers use Aerobotics to monitor orchard performance, detect early signs of disease or water stress, and guide treatment decisions.
Agronomists and consultants use the platform to support clients with tailored advice, based on accurate, AI-generated insights and field data.
Farm managers use Aerobotics to identify productivity gaps, plan interventions, and justify operational changes with visual data.
Cooperatives and exporters use yield estimates and tree inventory data to forecast supply and manage logistics.
Insurance providers and investors can use Aerobotics data to validate claims, assess risk, or measure asset performance over time.
Drone service providers partner with Aerobotics to deliver image capture and processing services to growers who do not operate drones themselves.
Pricing
Aerobotics does not publish fixed pricing on its website, as pricing depends on factors such as farm size, crop type, image frequency, and service region.
Pricing is typically influenced by:
Number of hectares or acres covered
Frequency of drone flights and image updates
Data processing and analysis level
Access to advanced features like yield forecasting or historical trend tracking
Support services or partnerships with drone operators
Aerobotics offers customized plans based on the specific needs of each grower or service provider. Interested customers can request a demo and personalized quote through the official website.
Strengths
Aerobotics’ core strength lies in its per-tree analysis, which provides unmatched detail and precision compared to field-level monitoring tools.
The platform is specifically built for permanent crops, making it highly relevant for orchard managers and fruit producers.
Its AI-powered health detection allows growers to take action before visible signs of damage appear, helping to reduce loss and improve yield.
Aerobotics supports mobile scouting, reducing time in the field and increasing diagnostic accuracy.
The platform enables seasonal tracking, showing how trees perform over time and helping validate the effectiveness of interventions.
Its international reach and drone partner network make it accessible to growers worldwide.
Drawbacks
One limitation is that Aerobotics is optimized for tree crops only, and is not suitable for row crops like wheat, corn, or soybeans.
The platform depends on drone imagery, which requires either owning a drone or working with a third-party provider—something that may be a barrier for smaller growers.
Access to advanced features may require frequent imaging, which can increase costs and logistical complexity.
Because pricing is customized, potential users must contact the company for a quote, which may delay purchasing decisions.
Comparison with Other Tools
Compared to general-purpose agricultural platforms like Climate FieldView or John Deere Operations Center, Aerobotics is more specialized, offering tree-level analysis rather than field-level summaries.
While DroneDeploy and Pix4D provide drone mapping tools, Aerobotics adds AI-driven analytics and agronomic insights tailored to orchard crops.
Platforms like CropX focus on soil sensors and irrigation, while Aerobotics emphasizes aerial health monitoring and scouting support.
In contrast to Agremo, which also uses aerial imagery, Aerobotics offers greater detail with per-tree tracking, canopy health over time, and yield estimation tools.
Customer Reviews and Testimonials
Growers and partners around the world report positive outcomes from using Aerobotics.
Testimonials highlight improved scouting efficiency, early detection of problems, and higher yields due to data-informed interventions.
Users value the accuracy and clarity of health maps, as well as the platform’s ease of use and mobile accessibility.
Drone partners praise Aerobotics for providing a full-stack solution that allows them to deliver value-added services to their farming clients.
Case studies on the website detail results such as reduced disease spread, better resource allocation, and more effective harvest planning.
Conclusion
Aerobotics is a powerful precision agriculture platform that transforms drone imagery and AI into actionable insights for tree crop growers. With detailed per-tree monitoring, early issue detection, and yield forecasting, it enables smarter decisions that lead to healthier crops and higher profits.
For orchard managers, agronomists, and farming businesses focused on permanent crops, Aerobotics offers a specialized, scalable solution to enhance every step of the growing cycle.
