The Multifunctional Information Distribution System (MIDS) Interface Simulator (MIS) is designed to enhance the integration testing of operational flight hardware and software. This advanced simulation tool allows for seamless testing of MIDS components in a controlled environment, ensuring that system performance aligns with mission requirements. By simulating real-world scenarios, the MIS enables thorough validation of MIDS interfaces, improving reliability and efficiency in complex, high-stakes operations. For more information, visit [MIDS Interface Simulator](www.baesystems.com/en-us/product/multifunctional-information-distribution-system-mids-interface-simulator-mis).
The TacNet™ Tactical Radio (TTR) is a secure, high-performance communication system designed to provide robust, real-time voice and data exchange capabilities across diverse military environments. It enables seamless connectivity among various platforms, ensuring mission-critical communications in complex, rapidly changing operational scenarios. Supporting multiple frequency bands and advanced encryption, the TacNet™ TTR ensures interoperability and operational flexibility, making it ideal for integration into both manned and unmanned systems. With a focus on tactical effectiveness, it enhances situational awareness, mission coordination, and decision-making, ensuring that warfighters stay connected and informed throughout their missions. For more information, visit [TacNet™ Tactical Radio](www.baesystems.com/en-us/product/tacnet-tactical-radio).
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Rapid Integration, Validation, and Engineering Technologies (RIVETS) is a cutting-edge solution that enables the rapid integration of third-party software, sensors, and subsystems. Designed to streamline the development and deployment of complex systems, RIVETS provides efficient validation and engineering capabilities, ensuring seamless interoperability and optimized performance. By accelerating the integration process, RIVETS helps reduce operational downtime and enhances the adaptability of military platforms, providing a strategic advantage in dynamic environments. For more details, visit [RIVETS](www.baesystems.com/en-us/product/rapid-integration-validation-and-engineering-technologies-rivets).
The Multi-Vehicle Mission Control System (M2CS) is a revolutionary solution that integrates real-time mission planning and control, optimizing the assignment, scheduling, and low-observable autorouting for diverse teams of manned and unmanned vehicles. Designed to enhance decision-making, M2CS reduces the need for operators to manage complex route and payload instructions, allowing them to focus on mission objectives. The system adapts to a variety of communication topologies, from centralized ground control to fully decentralized vehicle avionics, and supports a wide range of mission types, including intelligence, surveillance, reconnaissance, electronic attack, and air defense suppression. With its advanced capabilities, M2CS ensures mission effectiveness, resource optimization, and multispectrum survivability in complex operational environments. For more information, visit [Multi-Vehicle Mission Control System (M2CS)](www.baesystems.com/en-us/product/multivehicle-mission-control-system-m2cs).
The Multi-INT Analytics for Pattern Learning & Exploitation (MAPLE) system leverages advanced machine learning technology to analyze and exploit multi-intelligence (Multi-INT) data for pattern recognition and decision-making support. Designed to enhance situational awareness, MAPLE integrates various intelligence sources, providing operators with actionable insights to identify trends and predict future threats. With its cutting-edge analytics capabilities, MAPLE supports critical defense and intelligence operations, helping to uncover complex patterns in vast amounts of data. This innovative system enables faster, more accurate decision-making, improving mission outcomes in dynamic and high-stakes environments. For more information, visit [Multi-INT Analytics for Pattern Learning & Exploitation (MAPLE)](www.baesystems.com/en-us/product/multi-int-analytics-for-pattern-learning-and-exploitation).
The Mission Effectiveness Augmentation System® (MEAS®) Software is a powerful real-time, automated mission management solution designed to optimize the coordination of distributed, heterogeneous resources in dynamic battle spaces. MEAS software integrates the assignment, scheduling, and routing of vehicles, sensors, effectors, and communication systems, ensuring that operations are continuously optimized for mission effectiveness. Whether deployed on individual vehicles or large vehicle constellations, MEAS software provides precise estimation and control to adapt to rapidly changing conditions. Unlike traditional mission planning tools, MEAS acts as an outer loop feedback-control system, similar to the flight control systems of modern aircraft, enabling both centralized and decentralized mission management. For more information, visit [Mission Effectiveness Augmentation System® Software](www.baesystems.com/en-us/product/mission-effectiveness-augmentation-system).
Maritime Sensing by BAE Systems focuses on the development of advanced technologies and systems that enhance naval detection and response capabilities in both above-water and underwater environments. By integrating innovative sensors, processing payloads, and systems, Maritime Sensing supports military strategies, helping warfighters execute missions with greater efficiency. These technologies leverage the unique aspects of the ocean environment, providing critical capabilities to counter adversarial threats. With cutting-edge research and development, BAE Systems' Maritime Sensing solutions strengthen naval operations and improve situational awareness in complex maritime scenarios. For more information, visit [Maritime Sensing](www.baesystems.com/en-us/product/maritime-sensing).
The Fox Shield™ platform cyber resilience suite offers a comprehensive solution for preventing, detecting, and recovering from cyber-attacks targeting critical defense systems. Designed to be integrated into various platforms, it protects warfighters and equipment from cyber threats aiming to compromise mission capabilities. The suite includes advanced hardware and software components that provide real-time cyber-attack detection, alert operators, and implement effective mitigation measures. Leveraging BAE Systems’ extensive experience in network defense, Fox Shield™ is platform-agnostic, allowing for seamless integration onto new systems with minimal impact on size, weight, and power. For more information, visit [Fox Shield platform cyber resilience suite](www.baesystems.com/en-us/product/fox-shield-platform-cyber-resilience-suite).
The Adaptive Radar Countermeasures (ARC) system developed by BAE Systems is a cutting-edge technology designed to enhance electronic warfare (EW) capabilities by effectively deceiving and jamming enemy radar systems. ARC is specifically engineered to counter threats from Integrated Air Defense Radars (IADS) by using advanced techniques to disrupt radar signals, ensuring that friendly assets can operate with greater survivability and mission success. The system continuously adapts to changing radar environments, providing dynamic protection in complex operational scenarios. With its ability to operate in real-time, ARC is a vital component in modern defense systems, enhancing tactical advantage and ensuring the safety of high-value platforms. For more information, visit [Adaptive Radar Countermeasures (ARC)](www.baesystems.com/en-us/product/adaptive-radar-countermeasures-arc).
The All-Source Track and Identity Fuser (ATIF) developed by BAE Systems is an advanced data fusion system designed to enhance the tracking and identification of adversary combat capabilities across various domains, including surface, ground, air, missile, maritime, and space. Utilizing artificial intelligence (AI) and autonomy technology, ATIF fuses multiple intelligence sources such as radar, image intelligence (IMINT), signals intelligence (SIGINT), and video, providing a comprehensive and accurate picture of the adversary's resources. The system improves track continuity, kinematic state estimates, and target identification, allowing for better situational awareness and decision-making. ATIF's modular design enables rapid integration into various platforms, supporting defense, intelligence, and security operations. For more information, visit [All-Source Track and Identity Fuser (ATIF)](www.baesystems.com/en-us/product/all-source-track-and-identity-fuser-atif).
The Advanced Microwave Products (AMP) Center at BAE Systems, located in Nashua, New Hampshire, specializes in delivering defense-critical microwave circuits, modules, and subsystems. With a focus on innovation and precision, the AMP Center provides advanced solutions that support a wide range of military applications, ensuring reliability and performance in mission-critical systems. For more information, visit [AMP Center](www.baesystems.com/en-us/product/amp-center).
The Family of Weapon Sights – Crew Served (FWS-CS) from BAE Systems is a cutting-edge system designed to enhance the precision and effectiveness of crew-served weapons. This versatile sighting system provides advanced targeting capabilities in both day and night conditions, using infrared and visible light sensors. Built to withstand the demands of modern combat, the FWS-CS improves situational awareness and accuracy, making it a vital tool for military forces operating in dynamic environments. It seamlessly integrates with a variety of weapons platforms, offering flexibility and superior performance. For more information, visit [Family of Weapon Sights – Crew Served](www.baesystems.com/en-us/product/fws-cs).
XTS® Guard 7 is a high-assurance cross-domain solution (CDS) designed to securely facilitate data sharing across networks with varying security classifications and enclaves. With a proven track record and hundreds of deployments, it ensures the protection of sensitive information for the U.S. Department of Defense, Intelligence Community, Coalition Partners, and foreign military organizations. XTS Guard 7 plays a vital role in maintaining data security and supporting seamless communication in high-stakes environments. For more information, visit [XTS® Guard 7](www.baesystems.com/en-us/product/xts-guard-7).XTS® Guard 7 is a high assurance cross-domain solution (CDS) designed to facilitate secure data sharing across networks with varying security classifications and enclaves. With its robust architecture and proven reliability, XTS Guard 7 has been successfully deployed in hundreds of environments, ensuring the protection of sensitive information while maintaining compliance with stringent security protocols. This innovative solution is ideal for organizations that require seamless and secure communication between disparate systems, making it a trusted choice for safeguarding critical data.
STOP™ High Assurance GPOS is a secure, high-assurance operating system designed to protect sensitive information across various classified networks. It provides robust protection and allows secure data sharing and communication between systems of differing security levels. Developed to meet stringent security requirements, STOP™ ensures that critical data remains protected from cyber threats while supporting complex defense and intelligence operations. Its advanced security features and proven track record make it an ideal solution for military, intelligence, and government applications. For more information, visit [STOP™ High Assurance GPOS](www.baesystems.com/en-us/product/stop-os).
