Apps using Dji

DJI, short for Da-Jiang Innovations, is a world-renowned technology company specializing in drone and camera technology. The DJI SDK (Software Development Kit) is a powerful suite of tools and resources designed to enable developers to create innovative applications and solutions using DJI's cutting-edge drone technology. This comprehensive SDK allows developers to harness the full potential of DJI's unmanned aerial vehicles (UAVs) and camera systems, opening up a world of possibilities for various industries and applications. The DJI SDK provides a robust set of APIs (Application Programming Interfaces) that allow developers to integrate DJI's drone technology into their own software applications. These APIs cover a wide range of functionalities, including flight control, camera operation, gimbal manipulation, and real-time data streaming. By leveraging these APIs, developers can create custom applications that can control DJI drones, capture and process aerial imagery, and perform complex autonomous missions. One of the key features of the DJI SDK is its support for multiple programming languages and platforms. Developers can choose to work with popular languages such as Java, Objective-C, and Swift, making it accessible to a wide range of programmers with different skill sets. Additionally, the SDK supports both mobile and desktop platforms, allowing for the creation of applications that can run on smartphones, tablets, and computers. The DJI SDK also includes a variety of sample projects and code snippets, providing developers with practical examples and best practices for integrating DJI technology into their applications. These resources help accelerate the development process and ensure that developers can quickly get up to speed with the SDK's capabilities. For those interested in developing applications for specific industries, the DJI SDK offers specialized modules tailored to various sectors. These include modules for agriculture, construction, public safety, and surveying, among others. These industry-specific modules provide additional functionalities and tools that are particularly relevant to each sector, enabling developers to create highly targeted and efficient solutions. The DJI SDK also includes support for advanced features such as waypoint navigation, obstacle avoidance, and intelligent flight modes. These features allow developers to create sophisticated applications that can perform complex tasks autonomously, enhancing the efficiency and safety of drone operations. Security is a crucial aspect of the DJI SDK, and the company has implemented robust measures to ensure the safety and reliability of applications developed using their technology. The SDK includes built-in safety features and protocols that help prevent unauthorized access and ensure compliance with local regulations and flight restrictions. To further support developers, DJI provides comprehensive documentation, tutorials, and developer forums. These resources offer valuable insights, troubleshooting tips, and a community-driven knowledge base that can help developers overcome challenges and optimize their applications. The DJI SDK is continually evolving, with regular updates and new features being added to support the latest DJI hardware and software innovations. This ensures that developers always have access to the most up-to-date tools and capabilities, allowing them to stay at the forefront of drone technology development.

• DJI SDK (Software Development Kit) provides developers with tools and APIs to create applications for DJI drones and other products, enabling customization and integration of DJI technology into various software solutions.
• The DJI Mobile SDK allows developers to build mobile applications for iOS and Android devices, offering features like flight control, camera operation, and real-time data streaming from DJI drones.
• DJI's Windows SDK enables the creation of desktop applications for Windows-based computers, providing similar functionality to the Mobile SDK but with additional capabilities for more complex operations and data processing.
• The DJI Payload SDK allows third-party developers to create custom payloads and integrate them seamlessly with DJI drones, expanding the possibilities for specialized applications in industries such as agriculture, surveying, and inspection.
• DJI's Onboard SDK provides low-level access to drone hardware and systems, allowing for advanced automation and control of DJI drones through onboard computers or embedded systems.
• The DJI UX SDK offers pre-built user interface components and widgets that developers can easily integrate into their applications, ensuring a consistent and user-friendly experience across DJI-powered apps.
• DJI's Ground Station SDK enables the development of custom ground control applications for fleet management, mission planning, and autonomous flight operations.
• The DJI Windows UWP SDK allows developers to create Universal Windows Platform applications for Windows 10 devices, including tablets, laptops, and desktop computers.
• DJI's Video Decoding SDK provides tools for efficient decoding and processing of video streams from DJI drones, enabling real-time video analysis and computer vision applications.
• The DJI Simulator SDK allows developers to create realistic drone flight simulations for training, testing, and demonstration purposes without the need for physical hardware.
• DJI's Enterprise SDK offers additional features and capabilities specifically designed for commercial and industrial applications, including enhanced security, data management, and integration with enterprise systems.
• The DJI Thermal SDK provides developers with tools to access and manipulate thermal imaging data from DJI's thermal cameras, enabling advanced temperature analysis and visualization in various industries.
• DJI's FlightHub SDK allows for the development of centralized drone fleet management solutions, offering features like real-time monitoring, flight logging, and data analysis for multiple drones and pilots.
• The DJI GEO SDK provides geofencing capabilities, allowing developers to implement location-based restrictions and safety features in their applications to ensure compliance with local regulations and airspace restrictions.
• DJI's Mission SDK enables the creation of complex, multi-waypoint flight missions with customizable actions and triggers, allowing for automated data collection and inspection routines.
• The DJI RTK SDK provides access to high-precision positioning data from DJI's Real-Time Kinematic (RTK) systems, enabling centimeter-level accuracy for mapping, surveying, and other precision applications.
• DJI's AirSense SDK allows developers to integrate ADS-B receiver functionality into their applications, providing real-time awareness of nearby manned aircraft for enhanced safety and situational awareness.
• The DJI Waypoint SDK offers advanced waypoint mission planning capabilities, including curved flight paths, altitude variations, and gimbal control, for creating complex automated flight routines.

• DJI SDK can be used to develop custom flight control applications for drones, allowing developers to create specialized solutions for industries such as agriculture, construction, and search and rescue operations.
• The SDK enables developers to integrate DJI drone functionality into existing enterprise software systems, streamlining workflows and enhancing data collection processes for large-scale operations.
• Using the DJI SDK, developers can create autonomous flight paths for drones, enabling precise and repeatable aerial surveys for mapping, infrastructure inspection, and environmental monitoring projects.
• The SDK allows for real-time video streaming from DJI drones to custom applications, enabling remote monitoring and decision-making in various scenarios such as emergency response and live event coverage.
• Developers can leverage the DJI SDK to create specialized camera control applications, allowing for advanced photography and videography capabilities in fields like cinematography and aerial photography.
• The SDK enables the creation of custom obstacle avoidance algorithms, enhancing drone safety and allowing for more complex flight patterns in challenging environments.
• Using the DJI SDK, developers can integrate drone data with AI and machine learning models to create intelligent systems for tasks such as crop analysis in agriculture or defect detection in infrastructure inspection.
• The SDK allows for the development of custom payload control systems, enabling the integration of specialized sensors and equipment for scientific research, environmental monitoring, and industrial applications.
• Developers can use the DJI SDK to create mission planning and fleet management applications, optimizing the use of multiple drones for large-scale operations in industries such as logistics and security.
• The SDK enables the creation of custom geofencing solutions, allowing organizations to define and enforce no-fly zones and flight restrictions for safety and regulatory compliance.
• Using the DJI SDK, developers can create applications that automate drone maintenance and pre-flight checks, improving operational efficiency and reducing the risk of equipment failure during missions.
• The SDK allows for the development of custom data processing and analysis tools, enabling real-time insights from drone-collected data for applications in urban planning, environmental conservation, and disaster response.
• Developers can leverage the DJI SDK to create specialized training and simulation applications, helping drone operators improve their skills and prepare for complex missions in a safe, virtual environment.
• The SDK enables the creation of custom drone swarm control applications, allowing for coordinated flight of multiple drones for tasks such as light shows, large-scale surveying, or search and rescue operations.

• Parrot AR.SDK: This open-source software development kit provides developers with tools to create applications for Parrot drones, offering features like flight control, camera access, and data streaming. It supports multiple programming languages and platforms, making it versatile for various drone-related projects.
• Intel RealSense SDK: While primarily focused on depth-sensing cameras, this SDK can be used for drone applications, particularly in areas like obstacle avoidance and 3D mapping. It offers cross-platform support and includes libraries for computer vision, making it suitable for advanced drone projects.
• PX4 Autopilot: An open-source flight control software for drones and other unmanned vehicles, PX4 provides a comprehensive set of tools for drone development. It includes flight modes, navigation capabilities, and supports various hardware platforms, making it a flexible alternative for drone programming.
• ArduPilot: Another open-source autopilot software, ArduPilot supports a wide range of vehicle types including multi-rotors, fixed-wing aircraft, and rovers. It offers advanced features like waypoint navigation, geofencing, and sensor fusion, making it a powerful alternative for drone development.
• Skydio SDK: Designed for Skydio's autonomous drones, this SDK allows developers to create custom applications that leverage the drone's advanced AI and computer vision capabilities. It's particularly useful for projects requiring sophisticated autonomy and obstacle avoidance.
• Yuneec SDK: This SDK provides developers with tools to create applications for Yuneec drones, offering features like flight control, camera access, and telemetry data. It supports multiple programming languages and platforms, making it a viable alternative for various drone projects.
• AirMap SDK: While not a comprehensive drone SDK, AirMap focuses on airspace intelligence and provides tools for integrating airspace data, flight planning, and compliance features into drone applications. It's particularly useful for developers working on drone operations in complex airspaces.
• DroneKit: An open-source API for drone application development, DroneKit allows developers to create Python applications for drones and other unmanned vehicles. It provides a high-level interface for vehicle control and mission management, making it accessible for developers new to drone programming.
• Auterion SDK: Based on the PX4 ecosystem, Auterion's SDK offers tools for enterprise drone development. It includes features for fleet management, data analysis, and integration with cloud services, making it suitable for large-scale commercial drone operations.
• OpenCV: While not specifically a drone SDK, OpenCV is a powerful computer vision library that can be used in conjunction with drone platforms for tasks like object detection, tracking, and image processing. It's often used in drone projects requiring advanced visual capabilities.
• ROS (Robot Operating System): Though primarily designed for robotics, ROS can be adapted for drone development. It provides a flexible framework for creating complex robotic systems, including tools for navigation, mapping, and sensor integration, making it a versatile option for advanced drone projects.
• MAVSDK: An open-source SDK for drone development, MAVSDK supports multiple programming languages and provides a high-level API for drone control. It's compatible with vehicles using the MAVLink protocol, offering features like mission planning, telemetry, and camera control.
• Vuforia SDK: While primarily known for augmented reality applications, Vuforia can be used in drone projects involving computer vision and object recognition. It's particularly useful for drones involved in tasks like inventory management or visual inspection.
• Crazyflie SDK: Designed for the Crazyflie nano quadcopter, this open-source SDK provides tools for controlling and programming small drones. It's particularly useful for educational purposes and prototyping, offering a low-cost entry point into drone development.
• Bebop SDK: Developed by Parrot for their Bebop drones, this SDK allows developers to create applications that control the drone's flight, access its camera, and retrieve sensor data. It supports multiple platforms and programming languages, making it a versatile option for Parrot drone development.