The SMD-55 from Leonardo is a high-performance display system designed for military and aerospace applications, providing critical information in real-time to enhance situational awareness. This advanced display features a large, high-resolution screen that supports various input formats, ensuring compatibility with multiple data sources. The SMD-55 is built to withstand harsh operational environments, offering robust durability and reliability. Its intuitive interface allows operators to easily navigate through complex data sets, making it an essential tool for mission planning and execution. With its cutting-edge technology and user-friendly design, the SMD-55 significantly improves decision-making capabilities in the field.
The Aircraft Gateway Processor (AGP) by Leonardo is a cutting-edge avionics solution designed to enhance communication and data management in modern military aircraft. This advanced processor acts as a central hub, facilitating seamless data exchange between various onboard systems and external networks, thereby improving situational awareness and operational efficiency. With its robust architecture, the AGP supports a wide range of applications, including mission planning, sensor integration, and real-time data analysis. Its high reliability and adaptability make it suitable for integration into both new aircraft designs and upgrades of existing platforms, ensuring that military forces can maintain a technological edge in complex operational environments.
The Symphony® Communications Manager by L3Harris is an advanced solution that enables a single operator to effectively manage complex communications from a mission perspective, significantly enhancing vessel performance while reducing costs. This innovative system features multiple high-level views accessible from anywhere on the network, ensuring critical mission-support functionality. With a secure, platform-independent design and modern open architecture software, Symphony® allows deployed vessels to import communications plans seamlessly from shore facilities. This capability not only streamlines operations but also ensures that naval forces can maintain optimal communication effectiveness in dynamic maritime environments.
L3Harris Visualization Framework (VF) is an open architecture display application environment designed to facilitate the collaborative development of geographic-based displays and decision aids. This innovative framework abstracts the complexities of map implementation, allowing content developers to focus on higher-level functionalities through a simplified application programming interface. The VF employs a plug-in architecture, enabling seamless integration of various modules and tools that enhance situational awareness and decision-making capabilities. By providing a flexible and user-friendly platform, L3Harris ensures that organizations can effectively visualize data and support command and control operations in dynamic environments, ultimately improving operational efficiency and response times.
L3Harris' Steering Gear Control System (SGCS) is an essential component of the Ship Navigation and Control System, designed to ensure safe and effective management of a ship's steering capabilities. The SGCS features multiple levels of redundancy and a 'hard-wired' backup mode, guaranteeing full control of the steering system even in casualty situations. With an intuitive user interface, the system minimizes the risk of operator error, allowing for seamless operation under various conditions. This robust design enhances navigational safety and operational reliability, making the SGCS a vital asset for modern naval vessels.
The L3Harris Radio Frequency Distribution System (RFDS) is designed to enhance system efficiency for the U.S. Coast Guard's National Security Cutter (NSC). This innovative system utilizes a compact set of remote, fully compliant antennas for each transmit and receive band, strategically positioned on both the port and starboard sides of the ship. By optimizing signal routing, the RFDS provides the flexibility needed to accommodate various military and Commercial-Off-The-Shelf (COTS) communication requirements. This advanced solution ensures reliable and efficient communications, supporting the Coast Guard's critical missions in maritime safety and security.
The L3Harris Picasso is an advanced quadcopter platform specifically designed for marine environments, featuring autonomous navigation and automatic detection and recognition capabilities. This versatile drone supports automatic search area and path planning, allowing it to efficiently track ship movements and gather environmental data. With real-time imaging and onboard recording, operators can monitor the entire mission through a control unit, maintaining the ability to take direct control of the drone at any moment. The robust structure, frame, and fitting of the Picasso ensure durability and reliability in challenging maritime conditions, making it an invaluable tool for a wide range of applications in maritime surveillance and reconnaissance.
L3Harris provides advanced radar solutions for naval undersea imaging and communications, enhancing situational awareness and operational effectiveness for maritime forces. Our cutting-edge submarine imaging masts are designed to deliver high-resolution imagery and critical data in challenging underwater environments, ensuring reliable performance for various naval applications. Recently, the U.S. Navy exercised an option on a contract with L3Harris to produce enhanced submarine imaging masts and spares, underscoring our commitment to supporting military readiness and technological advancement. With a focus on innovation and quality, L3Harris continues to lead the way in undersea imaging and communication technologies.
L3Harris SeaPort Next Generation Mac (SeaPort NxG) is a comprehensive contracting vehicle designed to support the U.S. Navy's engineering and technical needs. Awarded on December 3, 2018, by the Naval Surface Warfare Center, Dahlgren Division, this initiative brings together a robust workforce that serves as a stable national resource for Navy Systems Commands throughout the duration of the SeaPort NxG contract. The program encompasses a wide range of service categories and functional areas, including engineering services, program management, and logistics support, ensuring that the Navy has access to the expertise and innovative solutions necessary for mission success in an evolving operational landscape.
L3Harris Ship Navigation Control Systems are custom-designed solutions tailored to meet the unique requirements of our clients and their vessels. These advanced systems integrate a wide array of control, sensor, and indicator technologies, setting new standards for functionality and operational efficiency. With a focus on ergonomic support for operators, our navigation and bridge systems enhance situational awareness and decision-making capabilities. L3Harris provides comprehensive turnkey solutions that encompass program management, project engineering, hardware and software engineering, as well as system selection and integration. This commitment to innovation ensures that our clients receive reliable and effective navigation solutions for their maritime operations.
L3Harris Multi-Intelligence Architectures and Systems provide collaborative, cross-discipline solutions designed for intelligence-driven operations. Our advanced software fuses mission-relevant data and information with the evolving battlefield situational picture, enabling users to assess the type, quantity, and quality of data most urgently needed to support operational scenarios. This integrated approach enhances decision-making and situational awareness by delivering a comprehensive view of critical information in a single common operating picture. L3Harris is committed to equipping military and intelligence personnel with the tools necessary to navigate complex environments effectively and efficiently.
L3Harris Operations Center Integration offers comprehensive solutions designed to enhance the performance of operation centers while bolstering cybersecurity measures. Utilizing a commercial off-the-shelf (COTS) framework, this system empowers customers with the flexibility to select their software applications and maintain control over the system post-installation, allowing for dynamic modifications as needs evolve. Whether for Emergency Operation Centers or Command Centers, L3Harris ensures that users can operate efficiently and securely in high-stakes environments. This integration not only streamlines workflows but also fortifies critical infrastructure against emerging cyber threats, making it an essential component for modern operational readiness.
The L3Harris Orchid® IX is an incredibly accurate 3D immersion system that transforms how teams collaborate and visualize complex environments. This innovative display technology allows users to walk into a digital replica of their facility, created with precise dimensional and visual accuracy, making it feel as though they are truly present in the space. Unlike traditional virtual reality systems, Orchid® IX does not require cumbersome headsets, enabling seamless interaction among colleagues. Users can not only view the exact visual representation of their environment but also superimpose additional data and models, enhancing decision-making and operational planning in a collaborative setting. This cutting-edge solution redefines immersive experiences, making it an invaluable tool for various industries.
The L3Harris Orchid® Total Development & Simulation Environment features the advanced Orchid® Instructor Station, a state-of-the-art modular facility designed to enhance simulator training environments. This innovative instructor station allows educators to effectively control and monitor all aspects of trainee performance and simulator functionality, ensuring a comprehensive training experience. With its intuitive interface and robust capabilities, the Orchid® Instructor Station facilitates seamless management of training scenarios, enabling instructors to adapt to the needs of their students in real-time. This system is essential for delivering high-quality simulation-based training across various applications, enhancing the effectiveness of educational programs and operational readiness.
L3Harris Multi-Domain Operations Tactical Data architecture is designed to enhance joint, multi-domain operations by providing a comprehensive framework that spans from enterprise-level systems to tactical applications. This innovative solution encompasses robust communication networks and essential tools for warfighters, ensuring that critical data is visible, accessible, understandable, trusted, interoperable, and secure. By prioritizing these key attributes, L3Harris creates a solid foundation for delivering actionable intelligence that empowers military personnel to make informed decisions in dynamic operational environments. This commitment to excellence in data management and communication positions L3Harris as a leader in supporting modern defense strategies.
