Aerodis Space is an innovative platform designed to revolutionize how we interact with drones and model aircraft, enabling live streaming of FPV (First Person View) video and real-time sensor data transmission. Beyond being a powerful tool for the agricultural sector, its versatility makes it ideal for applications in environmental monitoring, infrastructure inspection, public safety, and scientific research, opening a range of possibilities for the exploration and analysis of aerial data.
Desktop and Mobile Integration: Aerodis Space provides a comprehensive experience across both desktop and mobile platforms. On the desktop application, users have the full suite of functionalities including live streaming access, real-time data visualization, and detailed setup configurations for their aircraft models. The mobile application offers streamlined access to viewing streams and monitoring flight data, ensuring users stay connected wherever they go.
Seamless Data Export to CSV: Aerodis Space enhances its data storage capabilities by introducing a feature that allows users to automatically generate and continuously update CSV files with sensor data in real-time. This functionality empowers users to effortlessly capture and analyze flight data, facilitating a deeper understanding of each flight session.
Integration with Commercial Drones: Tailored for enthusiasts who already own a commercial drone, such as a DJI model, Aerodis Space offers a unique solution that bridges the gap between proprietary systems and open-source flexibility. Users can attach a microcontroller equipped with sensors and a radio module to their drone, transforming it into a transmitter. On the ground, a separate microcontroller acts as a receiver, capturing the transmitted data and seamlessly feeding it into the Aerodis Space system for real-time analysis and storage. This innovative approach allows drone owners to enhance their existing models with advanced sensor capabilities without the need for complex modifications, opening up new possibilities for data collection and analysis.
-
Artificial Intelligence for Data Analysis: Incorporates AI algorithms for the automatic processing and analysis of collected data, allowing for the identification of patterns, anomaly detection, and the generation of valuable insights without manual intervention.
-
Customizable Dashboard: Offers an intuitive and customizable control panel, allowing users to monitor the most relevant data for their operations in real time, with the ability to adjust indicators and visualizations as needed.
- Integration with Advanced Sensors: Expands the range of supported sensors to include emerging technologies, such as LiDAR for 3D mapping, thermal cameras for temperature analysis, and air quality sensors, broadening the platform's applications.
-
Integrated Communication System: Implements a real-time communication system that allows users to interact directly within the platform, facilitating collaboration and the sharing of insights among teams.
-
Role-Based Access Control: Enhances security capabilities with a detailed access control system, allowing administrators to configure specific permissions for different users and groups, ensuring that sensitive information is accessed only by authorized individuals.
-
Support for Various Drone and Model Aircraft: Increases the platform's compatibility with a wide variety of drone and model aircraft types, including those used for specific purposes, such as fixed-wing drones for extensive mapping or quadcopters for detailed inspections.
-
Training Modules and Comprehensive Support: Offers integrated training modules and extensive technical support to assist users in configuring, operating, and maintaining their systems, ensuring an optimized user experience.
-
Features for Environmental Monitoring: Integrates specific functionalities for environmental monitoring and conservation, such as wildlife tracking, deforestation monitoring, and ocean health analysis, contributing to sustainability and conservation efforts.
-
Open Platform for Developers: Creates an open ecosystem, allowing third-party developers to create and share plugins or applications that integrate with Aerodis Space, stimulating innovation and the creation of customized solutions.
With these expansions and new functionalities, Aerodis Space establishes itself not just as a platform for FPV video and sensor data streaming, but as a comprehensive solution for the collection, analysis, and sharing of aerial information, opening new horizons for the use of drones and model aircraft across a wide range of applications.
