The L3Harris JAM-11F is an advanced "eye-safe" laser transmitter designed for a variety of applications, featuring a 1.54 μm diode-pumped, passively Q-switched Erbium glass laser. With a pulse energy of over 0.8 mJ and a pulse duration of just 6 nanoseconds, the JAM-11F operates at a frequency of 1-2 Hz, making it suitable for precise and efficient laser operations. This transmitter is certified under ISO 9001:2015, ensuring high-quality manufacturing standards. The JAM-11F is part of a comprehensive range of laser products, including associated laser glass and filters, providing users with reliable solutions for their optical needs in various environments.
The L3Harris Network-Enabled Tactical Link System (NETLS) is an advanced data link buffer, translation, and command management system designed to meet the operational and functional tactical data link requirements of the U.S. and NATO forces. NETLS enables real-time multi-link data exchange, optimizing tactical control and enhancing force coordination across various platforms. This state-of-the-art system ensures seamless interoperability among different communication networks, allowing for efficient information sharing and decision-making in dynamic operational environments. With its robust capabilities, NETLS supports military operations by providing reliable and timely situational awareness to commanders and operators.
The L3Harris ASView™ Control System is an advanced vessel interface manager and autonomy processor designed to enhance the operation of unmanned vehicles. This versatile system allows for both manual control and the ability to follow pre-programmed routes, which can be easily updated through a user-friendly PC-based graphical interface. With proven performance in operational cost efficiencies, ASView facilitates continuous access to remote ocean locations while minimizing human exposure to dangerous environments. It supports various control modes, including waypoint navigation, heading and track hold, station keeping, and remote control. Additionally, ASView features an advanced autonomy system that enables COLREG-aware navigation and path planning, ensuring safe operation. The system is equipped with safety measures such as an emergency stop function and an AIS-based last response system that disengages propulsion when necessary. Since its inception in 2008, ASView has powered over 150 autonomous vehicles at sea, showcasing its reliability and effectiveness in maritime operations.
The L3Harris Battle Damage Control System (BDCS) is a comprehensive solution designed to support officers and decision-makers in managing a wide range of emergency situations, including fire, flooding, smoke, radiation, and chemical hazards. Fully integrated within the Integrated Platform Management System (IPMS), the BDCS distributes critical information across all networked workstations, enabling efficient incident management and plotting. It features a 2D or isometric representation of the ship's General Arrangement Plan (GAP), allowing for infinite layers of ship systems information to be overlaid for enhanced situational awareness. The system works in conjunction with damage-control-related Automatic Sequence Controllers (ASC) to automate incident management tasks and includes automated kill cards for effective response management. Additional capabilities include embedded CCTV support for real-time incident visualization, direct interaction with ship stability calculations, personnel and material resource management, casualty prioritization, and comprehensive logging and reporting of damage control events. The BDCS is also expandable into a full expert system by incorporating the latest L3Harris NBCD advisories, providing an integrated training environment through its connection with the On Board Training System (OBTS).
The L3Harris Computer Interface Module (CIM) is a rugged human-machine interface (HMI) designed for military and harsh environment applications. This durable computer/display combination is engineered to withstand extreme conditions while providing comprehensive monitoring and control capabilities. The CIM integrates with a data acquisition subsystem, offering a low-profile, cost-effective solution for various operational needs. Multiple CIM units can be interconnected over a LAN, enabling the establishment of multiple operator workstations for enhanced operational efficiency and flexibility in demanding environments.
L3Harris Course of Action (COA) Planning and Execution tools are web-based situational awareness solutions designed to enhance operational workflows and improve decision-making processes. These advanced analytic technologies facilitate the identification, prioritization, processing, and delivery of critical information from vast data sets, enabling users to interpret and assess situations effectively. By streamlining the flow of essential data, L3Harris tools accelerate executive decision-making, ensuring that operators have the insights needed to take timely and informed actions in dynamic environments. With a focus on enhancing situational understanding, L3Harris empowers teams to execute their missions with greater efficiency and confidence.
The L3Harris Battle Force Tactical Trainer (BFTT) In-Service Engineering Agent (ISEA) support provides comprehensive engineering and training solutions to enhance fleet warfighting readiness. This support includes a wide range of services such as engineering services, installation hardware fabrication, in-service engineering, integrated logistics support, configuration management, and test and evaluation assistance. Additionally, L3Harris offers operation and maintenance training, training management, and fleet synthetic training exercise support, ensuring that personnel are well-prepared for operational challenges. The ISEA's family of integrated training systems encompasses advanced simulators and trainers, including the AN/USQ-T46 BFTT and the AN/USQ-T47 Battle Force Electronic Warfare Trainer I & II. Staffed by experienced combat systems experts and master training specialists, L3Harris is committed to delivering effective solutions that meet the rigorous demands of military training and operational readiness.
The L3Harris Canadian Value Proposition (VP) is a strategic initiative designed to enhance the competitiveness of bidders in major defense procurement programs by emphasizing the importance of local investment and technological benefits. As a key component of Canada's Industrial and Technological Benefits (ITB) policy, the VP requires bidders to not only demonstrate price and technical merit but also commit to undertaking work within Canada, accounting for at least 10 percent of the overall proposal evaluation score. L3Harris, with its extensive experience and established operations across Canada, offers a robust solution for developing comprehensive value propositions that maximize VP scores. The company boasts a strong and reliable Canadian workforce, facilities nationwide, a solid supply chain of small and medium business suppliers, and ongoing investments in research and development in collaboration with Canadian universities. By partnering with L3Harris, organizations can significantly enhance their value proposition, ensuring compliance with ITB obligations while fostering local economic growth.
The L3Harris Advanced Programmable Electronic Countermeasures (APECS) system represents the latest in electronic warfare technology, utilizing modern deception and noise techniques to enhance naval operational effectiveness. Designed to operate with either TWT-based or solid-state high-power amplifiers housed in a liquid-cooled module, APECS features port and starboard above-decks transmitter assemblies that seamlessly integrate with onboard electronic support systems. This sophisticated countermeasure system is capable of simultaneously engaging multiple threats over a full 360° field of view, jamming up to eight threats at once with seamless quadrant crossover. Its multibeam phased array transmitter generates 60 beams, delivering very high radiated power that can be customized to meet specific operational requirements, ensuring robust protection against diverse threats in complex maritime environments.
L3Harris Agile Guardian is an advanced cyber defense solution designed to shift the advantage in cyber warfare from attackers to defenders. This comprehensive system includes functional modules such as cyber maneuver, which effectively thwarts typical intrusion methods while allowing normal network traffic to flow uninterrupted. Additionally, Agile Guardian employs shadow networking—a sophisticated approach to cyber deception that utilizes shadow identities, honeypots, and other security strategies to isolate and redirect hostile network traffic. This enables thorough security analysis and informed mitigation planning, providing organizations with robust protection against evolving cyber threats while enhancing their overall cybersecurity posture.
L3Harris Acoustic Processing Software and Sensor Enhancements are designed to empower sonar operators with advanced capabilities for detecting, classifying, and localizing underwater targets. By integrating state-of-the-art active sonar processing technology, these solutions provide exceptional flexibility and value to the U.S. Navy. The software leverages modern development methodologies, including generic programming and aspect-oriented programming, alongside traditional object-oriented techniques to optimize performance. The internally developed signal processing engine operates on a distributed real-time platform, significantly reducing the time required to implement new algorithms or performance enhancements in the field. This fast and efficient system is specifically tailored for low-power applications, showcasing L3Harris's multi-disciplinary expertise in adaptive signal processing and detection/estimation techniques, ultimately enhancing operational effectiveness in complex maritime environments.
The L3Harris AO-1010 is a high-performance diode-pumped, solid-state (DPSS) laser designed for advanced applications, featuring a 1.54 μm wavelength and actively Q-switched Erbium glass technology. This high-efficiency sid-pumped laser transmitter is engineered for reliability and precision, making it suitable for a variety of demanding environments. When customers purchase the AO-1010, they receive complimentary technical support from L3Harris engineers, who possess extensive experience in assisting with laser driver needs to ensure projects are implemented quickly and effectively. The AO-1010 exemplifies L3Harris's commitment to delivering innovative solutions that address the toughest challenges faced by its customers across various industries.
L3Harris Replay Studio™ After-Action Review Software is an essential tool for enhancing training effectiveness through structured performance reviews. This software captures every aspect of a trainee's actions during simulation sessions, enabling instructors to provide comprehensive feedback. The Replay Studio™ camera records the nuances of a driver’s physical performance, allowing for simultaneous video playback and scenario analysis after each session. Instructors can annotate the replay, highlighting areas for improvement and suggesting alternative strategies, thus facilitating a deeper understanding of both physical and mental responses to various training scenarios. This innovative approach ensures that valuable lessons are learned, ultimately leading to enhanced training outcomes and performance optimization.
L3Harris Scenario Builder™ Development Software offers an intuitive platform for creating and customizing driving simulator scenarios, enhancing driver training programs. With an extensive library of over 300 objects, including vehicles, pedestrians, and environmental elements, users can tailor scenarios to reflect real-world conditions across various settings such as suburban, urban, and rural landscapes. The software allows for quick scenario creation without the need for programming skills, enabling instructors to build complex training environments in under 30 minutes. Dynamic features such as diverse vehicle types and weather conditions add realism and challenge to the training experience, making it a versatile tool for both new driver screening and ongoing operator training.
The Momentum ICS is an advanced communication system designed for seamless integration and robust performance in various operational environments. It includes essential components such as the Momentum Communication Unit (MCU), VoIP Interface Processor, and multiple control panels, ensuring versatility and ease of use. Weighing between 0.9 to 14 pounds depending on the component, the system is lightweight yet powerful, with power requirements ranging from 7 to 220 watts. The Momentum ICS is engineered for reliability and efficiency, making it an ideal choice for mission-critical applications in defense and aerospace sectors.
