The Function Sensor Display Unit (FSDU) by BEL is an advanced data communication terminal designed for flight control systems in Light Combat Aircraft (LCA). This robust unit features a user-friendly interactive visual interface that connects the pilot with the aircraft's avionics, ensuring efficient command execution from the mission computer. The FSDU is equipped with 15 front panel keys, each corresponding to three programmable legends displayed on an LCD panel, allowing pilots to easily monitor and manage various aircraft functions and sensor configurations. With its reliable burst transmission capability, the FSDU minimizes radio channel occupancy time, effectively reducing the likelihood of interference and jamming during critical operations.
Leonardo's Video Analytics solution harnesses advanced artificial intelligence and machine learning technologies to enhance surveillance and security operations across various sectors. This innovative system automatically analyzes video feeds in real-time, identifying and alerting operators to potential threats or unusual activities, thereby improving situational awareness and response times. With capabilities such as object detection, behavior analysis, and incident reporting, Video Analytics enables organizations to optimize their security measures and resource allocation effectively. By integrating seamlessly with existing surveillance infrastructure, this solution not only enhances safety but also provides valuable insights for operational improvements, making it an essential tool for modern security management.
Bana lütfen sadece 1 paragraflık İngilizce kısa urun profili yaz, link ya da url embed etme gosterme sadece text ıstıyorum, sadece profil olsun text olarak yani kopyalama ve yapıştırmaya yönelik olsun başka bir başlık ya da senin yorumunu istemiyorum işte bir paragraflık ürün profili diye: Veriler: Bana lütfen sadece 1 paragraflık İngilizce kısa urun profili yaz, link ya da url embed etme gosterme sadece text ıstıyorum, sadece profil olsun text olarak yani kopyalama ve yapıştırmaya yönelik olsun başka bir başlık ya da senin yorumunu istemiyorum işte bir paragraflık ürün profili diye: Veriler: cybersecurity.leonardo.com /en/security-cyber/operation-control/control-rooms Control Rooms 2-3 minutes Leonardo logo Leonardo logo Cyber & Security There are no results. There are no results. About Cookies On This Site In this site, we use technical cookies, own and third party, and other technologies that collect your browsing data to analyse use, improve your experience and personalize the content and advertising. Click here to learn more about our Cookie Policy. By clicking on "Accept", you allow the use of all cookies. By closing the banner, navigation will continue with the installation of only strictly necessary and anonymous analytical cookies. Close and Accept Required Cookies only Previous
The OTS90 from Leonardo is a sophisticated optical targeting system designed for use in military applications, providing enhanced targeting accuracy and situational awareness. This advanced system features high-resolution imaging capabilities and advanced processing algorithms that enable operators to detect, identify, and track targets effectively in various operational environments. The OTS90 is lightweight and compact, making it suitable for integration into a wide range of platforms, including helicopters and unmanned aerial vehicles (UAVs). Its robust design ensures reliable performance under challenging conditions, making it an essential tool for modern military operations that require precision targeting and real-time intelligence.
The ATOS (Airborne Tactical Observation and Surveillance) system from Leonardo is a cutting-edge solution designed for real-time intelligence, surveillance, and reconnaissance (ISR) missions. This advanced airborne system integrates high-resolution electro-optical and infrared sensors to provide comprehensive situational awareness in various operational environments. The ATOS is engineered for versatility, allowing seamless integration onto a range of platforms, including helicopters and unmanned aerial vehicles (UAVs). Its robust design ensures reliable performance during day and night operations, making it an essential tool for military and security forces that require accurate and timely information for effective decision-making in complex scenarios.
The Cockpit Mission Display Processor (CMDP) from Leonardo is a sophisticated system designed to enhance situational awareness and operational efficiency in military aircraft. This advanced processor integrates and manages various data sources, providing pilots with real-time information on navigation, mission status, and sensor outputs through a user-friendly interface. The CMDP is engineered for flexibility, allowing it to be customized for different aircraft platforms and mission profiles. Its robust architecture ensures reliable performance in demanding environments, making it an essential component for modern avionics that require high levels of data integration and processing capabilities to support effective decision-making during missions.
The LOAM V2 (Laser Obstacle Avoidance and Monitoring) from Leonardo is a next-generation dual-use obstacle warning system designed specifically for small and medium-sized helicopters. Weighing only 13 kg and measuring 22x25x29 cm, this compact system provides timely detection and warning for small obstacles, including wires as thin as 5 mm, poles, and other structures. Utilizing advanced laser-based radar (LADAR) technology, the LOAM V2 actively scans the area around the intended flight path to gather critical environmental data. This innovative design builds on operational feedback from the original LOAM system used in various helicopter models, ensuring enhanced safety and situational awareness during flight operations.
L3Harris Tactical Airborne Remote Sensing Solutions provide cutting-edge capabilities for aerial surveillance, integrating advanced technologies such as electro-optical, infrared, multispectral, hyperspectral, and LiDAR systems. These solutions enable real-time data collection and processing onboard aircraft, delivering actionable intelligence for persistent ISR missions. With nearly 40 years of experience, L3Harris excels in transforming sensor data into reliable information, offering lightweight LiDAR sensors for high-resolution terrain mapping and automated hyperspectral detection for rapid material identification. The Wide-Area Motion Imagery (WAMI) systems enhance situational awareness by enabling analysts to track patterns of life and anticipate behaviors in complex environments.
The VAMPIRE™ (Vehicle Agnostic Modular Palletized ISR Rocket Equipment) is a versatile and innovative suitcase-type APKWS launcher and designator kit developed by L3Harris. Designed to provide rapid armament solutions for non-tactical and various tactical vehicles, the VAMPIRE system enhances ground forces' capabilities by enabling engagement of targets beyond the range of conventional weapons typically carried by special operations and light forces. Its modular and palletized design allows for quick installation—approximately two hours with common tools—making it adaptable to customer-specific requirements. The system integrates seamlessly with common non-tactical vehicles, eliminating the need for a 24-volt alternator, and can be equipped with APKWS or other laser-guided munitions, ensuring effective weapon deployment in diverse operational environments.
L3Harris Signals Intelligence (SIGINT) Systems provide a comprehensive suite of scalable solutions designed to meet diverse communications intelligence (COMINT) and electronic intelligence (ELINT) requirements. The BlackRock™ COMINT System offers a flexible architecture for small to large operations, supporting multiple operators and enabling integration with larger systems. The Rio™ Signals Intelligence System is tailored for both manned and unmanned platforms, allowing for effective interception and monitoring of communication signals through a common software interface. Meanwhile, the Olympia ELINT System delivers advanced radar detection and geolocation capabilities, leveraging commercial off-the-shelf (COTS) hardware for enhanced situational awareness. Additionally, the NYFR ELINT System employs patented techniques to ensure a 100% probability of intercept, functioning independently or as part of a broader ELINT suite. Together, these systems exemplify L3Harris's commitment to delivering cutting-edge SIGINT solutions across various operational contexts.
The RF-7400E-VP Tactical Video Processor (TVP) is a lightweight and powerful solution designed for tactical ISR (Intelligence, Surveillance, Reconnaissance) applications. It efficiently captures and delivers high-quality video with minimal bandwidth and storage requirements, ensuring optimal performance in the field. When paired with the Falcon C2View Video Management Application, users can manage up to four video streams and archive data for playback and analysis. The device features user-friendly browser-based programming that allows for seamless operation via a USB connection, eliminating the need for additional software. Leveraging the proven capabilities of the Falcon III system, the RF-7400E-VP provides a comprehensive C4ISR solution while combining video processing and recording in a ruggedized unit.
L3Harris is a leading expert in In-Field Image Analysis and Post Processing, specializing in missile defense test operations from launch to post-intercept data imagery collection, reduction, and analysis. Our dedicated team of mission specialists and data analysts meticulously plans and executes test events to capture critical data, ensuring that test objectives are met while providing time-phased, calibrated, radiometrically accurate object signatures. Equipped with advanced tools for mission planning, data capture, and metric generation, we deliver real-time and near real-time data processing capabilities. Our comprehensive software development environment utilizes agile methodologies to manage software versions and facilitate upgrades through rigorous testing. With specialized expertise in sensor capabilities and physics-based data analysis, we simulate missions in our Systems Integration Lab and conduct local test flights to prepare for actual test events, ensuring that we consistently bring back objective data for evaluation.
VideoScout® is an advanced video exploitation and management solution designed for military and tactical operations, enabling users to create derivative video files and still images while annotating geo-referenced data. This powerful tool enhances mission planning, execution, and post-mission analysis by transforming vast amounts of video data into concise, shareable intelligence. It supports real-time analog and digital full-motion video transmission, improving situational awareness with a portable solution that can be deployed across various platforms. VideoScout-Insyte software provides an intuitive interface for operators, allowing for seamless control of multiple hardware systems and the processing of diverse metadata formats. With its robust capabilities, VideoScout is essential for frontline warfighters seeking faster analysis and improved operational effectiveness.
The GVR5 Dual Band Wave Relay MANET by General Dynamics Mission Systems is a cutting-edge mobile ad hoc networking solution that provides seamless dual-band operations across multiple frequency bands including L/S, L/C, and S/C. Featuring 3x3 MIMO antennas, it optimizes communication range, data throughput, and signal penetration, ensuring robust connectivity even in challenging environments. The system supports SATCOM and LTE modem integration for global beyond-line-of-sight communications, while its embedded Cloud Relay™ technology and multicast capabilities enhance real-time video and voice transmission. Built for durability, the GVR5 is MIL-STD-810 certified, offering optional ballistic shock mounting for extreme conditions, making it an ideal choice for military and critical operations.
CACI’s multi-mission payload technologies connect sensors and deliver converged effects. We optimize platforms with electro-optical/infrared (EO/IR) sensors and multi-mission EW payloads – helping customers sense, listen, jam, communicate, and apply cross-domain effects.Learn More
