Here you will find information about our projects focused on developing advanced drone apps using DJI’s Mobile SDK (MSDK). MSDK is a software development kit that allows developers to create custom mobile apps for controlling DJI drones, accessing their advanced functions and processing data in real time. This project aims to leverage the capabilities of MSDK to create innovative solutions that enhance the flight control, data capture and functionality of DJI drones in various industrial and commercial applications.
Advanced Flight Control
Using MSDK, we develop applications that enable precise and advanced control of drones. These applications enable the programming of autonomous flights using waypoints, the execution of automatic take-offs and landings, and the execution of complex manoeuvres.
Benefits of advanced flight control:
- Programming of autonomous routes.
- Improved flight stability and precision.
- Automation of complex missions.
Image Capture and Processing
Apps created with MSDK offer full control over DJI drone cameras, making it easy to capture high-quality images and videos. With these tools, it is possible to adjust parameters such as exposure, white balance and focus, ensuring optimal visuals in a variety of conditions. In addition, live video streaming and real-time analytics allow users to make informed and quick decisions during missions.
Real-Time Telemetry
Access to real-time telemetry data is crucial for monitoring and decision-making during flight missions. With MSDK, we obtain continuous information about the drone’s altitude, speed and GPS location, which improves safety and operational efficiency. This data not only allows for more precise control during flight, but is also recorded for later analysis, helping to optimise future missions.
Obstacle Detection and Avoidance
Obstacle detection and avoidance systems developed with MSDK use advanced vision and sensor capabilities to improve drone safety and autonomy. These systems enable drones to navigate safely in complex environments, dynamically adapting to changes in the environment and reducing the risk of collisions. The implementation of these technologies is essential to ensure mission integrity, especially in densely populated urban or industrial environments.
Integration of Customised Payloads
The project includes the development of applications that manage and control specific payloads, such as thermal cameras, LIDAR sensors and other specialised equipment. These solutions extend the capabilities of drones, allowing them to perform diversified and specialised tasks according to the needs of each mission.
Characteristics of the integration of payloads:
- Efficient management of different types of cargo.
- Customisation according to the needs of the mission.
- Real-time monitoring and control of loads.
Surveillance and Security Tasks
We implement surveillance and security applications that allow drones to patrol areas, detect intruders and monitor events in real time. These solutions are ideal for perimeter security and large event management. Drones equipped with these technologies can cover large, hard-to-reach areas, providing continuous, real-time surveillance. In addition, the ability to respond quickly to incidents and suspicious activity makes these applications a valuable tool for improving security and operational management.
Project applications
The technologies developed in this project have applications in multiple sectors, including:
- Infrastructure inspection and maintenance.
- Precision farming.
- Security and surveillance.
- Disaster management and emergency response.
- Environmental monitoring.
- Cartography and 3D modelling.
- Border control and management of major events.
Our RD project on the development of advanced drone applications with DJI’s MSDK represents a significant breakthrough in the integration of advanced technologies to improve efficiency and accuracy in various drone operations. With the continued development of these innovations, we are committed to leading the way to a safer and more technologically advanced future.