The SABR™ M-Code GPS Receiver by BAE Systems is a highly advanced navigation solution designed for military applications, offering precise and secure positioning capabilities. With its M-Code capability, the SABR™ receiver ensures resistance to jamming and spoofing, providing enhanced security in GPS-denied environments. It delivers superior performance in critical defense and aerospace systems, enabling accurate tracking and navigation in complex and contested operational conditions. The SABR™ GPS receiver is a reliable and essential tool for military forces, ensuring operational continuity and mission success in the most demanding environments.
BAE Systems' Mission Systems provide integrated flight and fire mission solutions designed for high reliability in demanding environments. Leveraging expertise in mission-critical electronic systems, flight controls, and computers, these systems are engineered to enhance mission effectiveness and efficiency. With advanced integration capabilities, BAE’s mission systems ensure seamless operation across various defense and aerospace platforms, enabling precise control and effective response during complex operations. Built to endure harsh conditions, these solutions support a wide range of military and aerospace missions, ensuring optimal performance in the most challenging environments.
BAE Systems' Cyber Resilience Platform with Intrusion Detection offers an advanced solution to combat modern cyber threats by leveraging its innovative Resilience in Depth™ technology. This platform is designed to adapt and respond to today’s sophisticated, targeted cyber-attacks, including zero-day threats. Unlike traditional "Defense in Depth" strategies, BAE's approach actively tracks, hunts, and neutralizes threats, providing real-time protection. The system utilizes highly realistic network personas generated by AVATAR, enabling effective defense and testing of cyber techniques. By focusing on resilience, BAE Systems ensures that critical systems remain secure, even in the most complex and dynamic cyber environments.
The Advanced Gun System (AGS) by BAE Systems is a cutting-edge 155-mm naval artillery solution designed for the U.S. Navy’s DDG 1000 destroyer. Offering superior firepower and precision, the AGS is capable of engaging a wide range of targets at extended ranges, providing unparalleled support for surface combat operations. Its advanced automation and advanced gun technology ensure rapid and effective firing, improving mission success rates while reducing the need for extensive crew involvement. The AGS exemplifies BAE’s commitment to developing state-of-the-art naval armament solutions that enhance the operational capabilities and effectiveness of modern naval fleets.
The AN/ASN-157 Doppler Navigation Set by BAE Systems is a highly reliable, advanced navigation solution designed for military and aerospace applications. Utilizing Doppler radar technology, it provides precise and real-time navigation in challenging environments, ensuring consistent performance even in GPS-denied or cluttered conditions. The AN/ASN-157 is engineered to deliver accurate positioning, velocity, and direction information, making it essential for tactical operations, air navigation, and military platforms. Its robust design and integration capabilities allow for seamless operation in a variety of defense systems, enhancing overall mission effectiveness and operational efficiency.
BAE Systems' Unmanned SIGINT/Electronic Warfare solutions provide advanced, adaptable capabilities for signals intelligence and electronic warfare. These software-defined products feature an open architecture, enabling seamless integration and quick adaptation to evolving threats. Designed for unmanned platforms, they offer enhanced situational awareness and electronic attack capabilities, supporting critical defense operations in complex and contested environments. With their cutting-edge technology, BAE's SIGINT solutions ensure that military forces can effectively detect, analyze, and neutralize emerging electronic threats, enhancing mission success and operational efficiency.
The Hawk Advanced Jet Trainer by BAE Systems is a high-performance training aircraft designed to meet the demanding needs of modern air forces. With its advanced avionics, versatile training capabilities, and outstanding maneuverability, the Hawk provides a comprehensive training platform for pilots transitioning to more complex fighter jets. Its real-world operational capabilities, combined with cutting-edge systems and training tools, allow for effective preparation of pilots in both basic and advanced phases of training. The Hawk continues to serve as a reliable and cost-effective solution for air forces worldwide, offering exceptional value and performance in military flight training.
Fairchild Imaging's Low Light Imaging technology delivers exceptional performance for security and surveillance applications, enabling clear and detailed imaging in low-light environments. Utilizing advanced CMOS sensor technology, this solution enhances the ability to detect and monitor targets even in challenging conditions. With a global presence, Fairchild Imaging ensures responsive customer support, offering expert assistance for the selection, integration, and service of its cutting-edge sensors. This technology is essential for applications where visibility is critical, providing superior clarity and reliability in security operations worldwide.
Geospatial eXploitation Products™ (GXP®) is a comprehensive suite of software solutions designed to support geospatial intelligence analysis and decision-making. Offering advanced tools for the integration and analysis of geospatial data, GXP® enables users to process, exploit, and share complex intelligence from a wide variety of sources. With its powerful capabilities, GXP® supports critical missions in defense, intelligence, and national security, helping analysts quickly turn data into actionable insights. The platform’s flexibility and scalability make it an essential tool for agencies and organizations that rely on geospatial information to inform their operations and strategies.
The Vertical Launching System (VLS) Mk 41 is a highly advanced and versatile system designed for modern naval platforms. With over 30 years of development, production, and operational support, it provides the ability to launch a wide variety of missiles, including surface-to-air, anti-ship, and strike missiles, ensuring flexibility and effectiveness in combat. The Mk 41 VLS is compatible with both new and existing ships, offering modularity and scalability to meet evolving mission requirements. Its proven performance, reliability, and adaptability make it a key component of naval defense systems worldwide, enhancing operational capability in multi-threat environments.
The Integrated GPS Anti-Jam System (IGAS) from BAE Systems provides advanced protection for GPS receivers, ensuring uninterrupted positioning, navigation, and timing (PNT) data in contested environments. Designed for military and defense applications, IGAS utilizes state-of-the-art technology to counter jamming and spoofing threats, maintaining reliable and accurate GPS signals even in the most challenging electronic warfare scenarios. By seamlessly integrating with existing systems, IGAS enhances operational effectiveness, providing critical resilience to GPS-dependent platforms and ensuring mission success.
The MicroGRAM™ GPS Receiver is the world’s smallest, lightest, and most power-efficient embedded GPS receiver, designed specifically for micro-applications. It is based on the advanced Selective Availability Anti-Spoofing Module (SAASM) technology, providing highly secure and reliable GPS performance. Its compact size makes it ideal for use in a variety of military, aerospace, and other demanding environments where space, weight, and power are critical. The MicroGRAM™ offers seamless integration into systems requiring precise navigation, positioning, and timing, making it an essential component for modern defense and security applications.
The Resilient Ground Systems offer advanced mission management solutions designed to enable automated decision-making and integrated intelligence for military and defense applications. These systems provide critical support for activity-based intelligence, ensuring high-level operational effectiveness in complex and demanding environments. Built to withstand diverse challenges, they integrate seamlessly with existing infrastructures, enhancing situational awareness and decision-making capabilities. By leveraging cutting-edge technologies, Resilient Ground Systems empower defense forces with the tools needed for quick, precise, and informed responses in real-time operations.
Threat Detection Solutions offer next-generation detection systems designed to protect pilots and aircrews from modern and emerging threats. These advanced solutions maximize the effectiveness of countermeasures, ensuring superior protection in challenging environments. By leveraging cutting-edge technologies, these systems provide real-time threat identification, enhancing situational awareness and enabling rapid response. With a focus on resilience and adaptability, Threat Detection Solutions are engineered to meet the evolving demands of defense and aviation sectors, safeguarding personnel and improving operational success in both current and future mission scenarios.
BAE Systems' Cybersecurity Products Portfolio offers a comprehensive suite of solutions designed to protect critical data, systems, and networks across various industries. Their Cybersecurity Cross Domain Solutions are specifically engineered to address complex security challenges, ensuring secure data transfer across different domains without compromising safety or performance. These solutions provide robust protection against evolving cyber threats, enhancing operational security while facilitating seamless and secure communication between disparate systems. Designed for versatility and reliability, BAE's cybersecurity products help organizations safeguard sensitive information and maintain the integrity of their operations in increasingly digital and interconnected environments.
