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.
Dronlytics Africa is at the forefront of agricultural innovation, harnessing the power of advanced drone technology, big data analytics, and artificial intelligence to revolutionize farming practices. At Dronlytics, we are committed to leveraging cutting-edge drone technology to improve agricultural efficiency and sustainability in the African Continent. We aim to enhance farm yields, reduce poverty levels, provide food security while preserving the environment through prudent use of fertilizers and pesticides.
Our advanced drones are engineered to revolutionize agricultural practices. With capabilities for both autonomous flight and driving, they provide detailed nitrogen, infrared, and ultraspectral mapping. Our patented technology ensures real-time, precise data capture, making farming more efficient and sustainable.
Our drones can fly over fields, land, and drive to specific locations for thorough ground truthing.
Detailed mapping to identify crop health and stress factors
Dronlytics Africa is a precision agriculture Big Data capture company utilizing a new and exciting drone and artificial intelligence to enhance global farming and reduce carbon emissions
Time is of the essence, when crops come under attack from drought, disease and lack of nutrients. Fast and precise data is needed to address each problem before they worsen
Over the past 10 years, global fertilizer usage has increased 12-fold while crop yields have 2 only increased 3 to 4-fold
Synthetic fertilizers and manure emit more carbon than global aviation and shipping combined
✅Equipment Costs:Drone spraying requires an initial investment higher than traditional methods. However, the long-term savings can be significant due to reduced labour requirements and increased efficiency.
✅Labour Requirements: Agri spray drone eliminates the need for manual labour in the field, reducing labour costs. Traditional methods often require a team of operators to operate sprayers.
✅Time Savings: Drones offer faster spraying operations compared to traditional methods. They can cover larger areas in a shorter period, increasing efficiency and productivity.
✅Targeted Application: Drone spraying allows for precise and targeted application of pesticides and fertilizers. With GPS technology and advanced mapping software, drones can accurately identify specific areas needing treatment, minimizing wastage and optimizing resource utilization
✅Reduced Drift and Off-target Effects: Traditional methods are prone to spray drift, which can result in the unintended deposition of chemicals on non-target areas. On the other hand, drones can maintain low-altitude flights and minimize the impact on neighbouring crops, beneficial insects, and the environment
✅Reduction in Chemical Usage: Drone spraying enables precise application, reducing the overall amount of chemicals required. This targeted approach minimizes chemical runoff, potential groundwater contamination, and adverse effects on aquatic ecosystems.
✅Mitigation of Soil Compaction: Traditional heavy machinery methods can lead to soil compaction, affecting soil health and crop growth. Drone spraying eliminates the need for heavy machinery, reducing the risk of compression and preserving soil structure.
✅Impact on Beneficial Insects and Pollinators: Traditional methods may unintentionally harm beneficial insects and pollinators due to spray drift and non-target application. Drone spraying’s targeted approach minimizes unintended impacts, promotes biodiversity, and preserves ecosystem balance.
✅Operator Safety: Drone spraying reduces the direct exposure of operators to potentially hazardous chemicals. Operators can control the spraying process remotely, reducing the risk of inhalation or contact with the sprayed substances.
✅Public Safety: Drone spraying mitigates the risk of chemical drift affecting nearby communities. The targeted application and reduced drift minimize the exposure of surrounding areas and ensure public safety.
✅Coverage of Large Areas: Drones efficiently cover vast areas, making them suitable for large-scale farming operations. Their ability to fly over fields quickly allows for an effective range of extensive agricultural lands.
✅Terrain and Crop Variability: Drones can navigate diverse landscapes and adapt to different crop types. They can access hard-to-reach areas, such as steep slopes or uneven terrains.
Since its inception, Dronlytics Africa has been at the forefront of integrating cutting-edge drone technology and data analytics to transform the agricultural landscape. Our journey is marked by key milestones that showcase our commitment to innovation, sustainability, and efficiency in farming practices. Explore our journey and see how Dronlytics continues to set new standards in agricultural excellence.
Our process ensures that you receive precise, timely, and actionable information .
