Automatic target recognition enhancing operational efficiency
FlySight’s OPENSIGHT Automatic Target Recognition (ATR) system is improving the way that special missions are conducted, reducing workload through the use of advanced A
In today’s critical operational environments, the ability to detect and track targets accurately and in real time is crucial for a variety of missions, from military reconnaissance to law enforcement, disaster relief, and search and rescue (SAR). FlySight’s OPENSIGHT ATR system offers cutting-edge capabilities that enhance situational awareness, allowing operators to focus on their mission with unparalleled precision. At European Rotors 2024, FlySight will demonstrate these advanced ATR capabilities at booth #4032, featuring three live demonstration areas showcasing three different aspects of the OPENSIGHT mission management system. This event presents a unique opportunity for aviation professionals to interact directly with the OPENSIGHT ATR and its seamless integration with the OPENSIGHT Mission Console.
WHAT IS ATR?
ATR refers to the use of complex algorithms and machine learning models to distinguish targets from their surrounding environment. The system enhances human operators’ ability to detect, identify, and track objects from an aerial platform in real time. By analyzing vast amounts of data, ATR minimizes human error and increases the likelihood of detecting targets even in environments filled with distractions and background noise.
OPENSIGHT ATR: PRECISION, FLEXIBILITY, AND INTEGRATION
FlySight’s OPENSIGHT ATR is built with an open, flexible architecture that allows it to operate either as a standalone system or integrated into larger mission management systems, such as the OPENSIGHT Mission Console. This adaptability enables it to be deployed in a variety of operational environments, from aerial missions conducted by helicopters and drones to complex ground operations.
One of the standout features of OPENSIGHT ATR is its real-time data processing capability. The system can collect video and sensor data and immediately display detected targets on a unified interface, such as a tablet or console. This information can then be shared with ground operators, enabling better coordination across teams and improving mission success rates.
OPENSIGHT ATR also operates seamlessly with enhanced reality tools like augmented reality (AR) and mixed reality (MR), which further increases situational awareness. Additional features, such as fog suppression and super-resolution, allow operators to maintain high levels of accuracy even in challenging conditions. These capabilities are particularly important in time-sensitive and life-critical missions.
LIVE DEMONSTRATIONS AT EUROPEAN ROTORS
At European Rotors, visitors to FlySight’s booth will experience OPENSIGHT ATR in three live demonstration areas that showcase different operational capabilities.
• Local ATR demonstration: In this area, attendees will interact with a drone capturing live footage of the area near the booth. The OPENSIGHT Mission Console, equipped with a local ATR module, will process the drone’s video feed in real time. The detected targets will be displayed on a tablet that runs the OPENSIGHT Mission Console. This feature showcases the ability of OPENSIGHT to integrate AI modules directly into the device itself, offering a compact yet powerful onboard solution with computing capabilities for real-time target recognition
• Remote ATR demonstration: This second demonstration allows participants to test a remote ATR system running on a dedicated edge device. The ATR communicates detections in real time to the OPENSIGHT Mission Console, highlighting the system’s flexibility to operate across different platforms and share information efficiently. This configuration is ideal for operators looking to maximize both on-site and remote capabilities, ensuring that information is relayed quickly and accurately across the team
• Gimbal sensor simulator: The third demonstration immerses users in a fully simulated environment. Equipped with a gimbal sensor simulator, attendees can experience the full scope of OPENSIGHT Mission Console’s features. The simulation allows users to experience the comprehensive capabilities of the system, such as customized situational awareness for operational and critical missions. With the latest integrated features like Automatic Dependent SurveillanceBroadcast (ADS-B) data and a Data Distribution Service (DDS), the simulation offers a deep dive into how OPENSIGHT optimizes mission success in real-world conditions.
INNOVATIVE FEATURES AND ENHANCEMENTS
Among the key innovations integrated into the OPENSIGHT Mission Console is the addition of a mini-map within the video feed. This functionality and that of split-screen allows operators to view both live video and map data simultaneously, reducing the need for screen switching during critical moments. The system also includes a footprint heatmap and ground image scanning capabilities, particularly useful for SAR missions. These improvements not only enhance operational efficiency but also provide an intuitive user experience for both seasoned operators and newcomers.
With its open architecture, real-time data processing, and integration with enhanced reality tools, the OPENSIGHT ATR system offers an advanced precision and situational awareness in a wide range of operational environments. At European Rotors, attendees will have the opportunity to experience firsthand how OPENSIGHT ATR can enhance their missions, whether they are conducting aerial surveillance, SAR, or law enforcement operations
November 2024
Issue
In the AirMed&Rescue November 2024 edition
Special missions often fly in challenging conditions covering large areas, so sensors are used to narrow the search, highlight targets of interest, and perform safer flights, among other benefits; aerial firefighting is facing greater demands upon its resources, so operators and organizations are expanding their assets and abilities with drones that can be flown at a low cost with a high safety margin, allowing the conventional crewed craft to focus on other roles; and the complexity of rear crew winching requires equally complex and involved training to ensure that live missions are conducted successfully and safely.
Plus, we have all of our regular content to keep you informed of the events relating to worldwide special missions.
Editorial Team
The AirMed&Rescue Editorial Team works on the website to ensure timely and relevant news is online every day. With extensive experience and in-depth knowledge of the air medical and air rescue industries, the team is ready to respond to breaking industry news and investigate topics of interest to our readers.