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.
The Global Broadcast Service Transportable Ground Receive Suite (GBS TGRS) by General Dynamics Mission Systems is a versatile, portable solution for receiving and processing high-bandwidth broadcast data and video from Ka-band or Ku-band SATCOM systems. Designed for both classified and unclassified streams, this system features a compact, modular design with a One-Way Antenna (OWA) and a Receive Broadcast Manager (RBM) for local data processing and secure distribution. The GBS TGRS supports seamless network integration via IP-based connections and ensures cost efficiency through the use of Commercial Off-The-Shelf (COTS) technology, which also allows for remote upgrades. Ideal for rapid deployment, the system enables simultaneous processing of two broadcast carriers and offers secure data decryption for classified transmissions.
General Dynamics Mission Systems specializes in the design and manufacture of high-performance radomes for commercial and military aircraft, including Ku, K, Ka, Tri-band, and Quad-band systems. These radomes enhance in-flight connectivity by providing greater bandwidth and faster speeds for passengers and flight crews. With expertise in designing radomes for Active Electronically Scanned Array (AESA) antennas, they offer low-risk, high-performance solutions that ensure optimal system performance and durability. Their facilities, including FAA Repair Station Certification, support a comprehensive range of tests and certifications, ensuring the reliability and safety of the radomes under various environmental conditions.
The Advanced Mission Computer (AMC) by General Dynamics Mission Systems is an integrated, high-performance processing system designed for platforms such as the F/A-18 Super Hornet. Featuring an open systems architecture, it supports mission processing, sensor management, display processing, and stores management. The AMC includes modular hardware with scalable configurations and a robust software suite that ensures adaptability and future technology integration. Key features include advanced communication interfaces like Fibre Channel and Ethernet, as well as a real-time operating system that facilitates seamless upgrades. Built for reliability in extreme conditions, the AMC guarantees precision, flexibility, and long-term mission readiness across various aerospace and defense applications.
The Open Systems Processing product line from General Dynamics Mission Systems provides high-performance, rugged, and reliable solutions for demanding environments. Featuring the advanced Open Systems Processor 4 (OSP4) and Open Systems Processor 3R (OSP3R), these 6U, single-board computers offer optimal power performance, enhanced operational availability, and customizable Input/Output (IO) expansion options. The 6U Adaptable ISR Module (6UAIM) supports real-time sensor and video processing for various platform applications, while the Graphics Processor Mezzanine (GPM) ensures superior 2D and 3D graphics and video performance in extreme conditions. Integrated with the Trusted Security Engine Core (TSEC), these systems enable secure, multi-level communications, ensuring operational efficiency for next-generation networking.
General Dynamics Mission Systems' Training & Simulation solutions offer advanced capabilities for live, virtual, and constructive (LVC) training environments. With over 30 years of expertise, their offerings include modular systems like MIMIC™, designed to simulate adversarial battlefield scenarios for realistic Multi-Domain Operations training, and IEWTPT, the U.S. Army's primary system for training military intelligence analysts. The LT2 Product Line supports live training at over 150 ranges globally, enabling scalable exercises from individual soldiers to full brigades, improving readiness and operational performance. These solutions enhance training realism, reduce costs, and provide comprehensive support for military operations worldwide.
MIMIC™ is an advanced, scalable family of unattended passive or active nodes developed to simulate adversarial battlefield capabilities, providing realistic training in Multi-Domain Operations (MDO). Using common components and COTS software-defined radios, MIMIC nodes are versatile, supporting RF surveillance, radar signal simulation, GPS countermeasures, and EO/IR video detection. These nodes leverage 5G, SATCOM, and mesh networks, powered by solar or battery systems, ensuring rapid deployment and remote control for training at home stations, combat training centers, and deployed ranges. MIMIC enables cost-effective, adaptable, and persistent threat emulation, enhancing training and test environments globally. For more information, visit [General Dynamics MIMIC](gdmissionsystems.com/services/training-and-simulation/mimic).
The Landsat Mission, managed by General Dynamics Mission Systems in collaboration with NASA and the USGS, plays a pivotal role in Earth observation and deep space exploration. With over 28 years of experience, General Dynamics operates the Landsat 8 and 9 satellites, ensuring continuous, reliable satellite operations for monitoring agriculture, geology, forestry, and global changes. The company built the advanced Landsat Multi-Satellite Operations Center (LMOC) to manage both missions, providing essential data for environmental research, emergency response, and disaster relief. The Landsat program has been a vital resource for governments, educational institutions, and industries worldwide, offering unparalleled remote sensing data since 1966.
General Dynamics Mission Systems' Military Aircraft Radomes are designed to meet the needs of next-generation air dominance platforms and collaborative combat aircraft. These advanced radomes provide optimal performance for integrated sensors and multi-function arrays across ultra-wideband frequency ranges, supporting critical military applications such as fire control, electronic warfare, SatCom, and radar systems like AESA. Built with expertise in RF design, structural engineering, lightning protection, and non-destructive testing, these radomes ensure exceptional reliability. The radomes are manufactured using state-of-the-art facilities, including large autoclaves and RF test ranges, for platforms such as the F-35, C-130, and EA-18G.
The Advanced INFOSEC Machine (AIM) by General Dynamics Mission Systems is a state-of-the-art cryptographic solution designed for secure communications across various platforms. Certified by the NSA, it features a multi-security level architecture and supports up to 500 Mbps of data throughput. AIM combines low power consumption with high performance and full programmability, making it ideal for a range of applications including software-defined radios, Type 1 and non-Type 1 radios, and homeland security systems. Its extensible design ensures compatibility with both legacy and future systems, offering seamless integration and long-term adaptability.
The KIV-78 Mode 4/Mode 5 IFF Crypto Appliqué from General Dynamics Mission Systems is a compact, NSA-certified cryptographic solution designed for secure Identification Friend or Foe (IFF) operations. Supporting both Mode 4 and Mode 5 interrogations and transponder operations simultaneously, it complies with AIMS 04-900 standards and offers features such as black key management for up to three months, encrypted key storage, and flexible key loading options via DS-101 devices. The removable appliqué form factor ensures that host equipment remains unclassified when detached. Built to endure harsh environments, the KIV-78 adheres to MIL-STD-810F and MIL-STD-461E, ensuring reliable performance even in extreme conditions.
The GEM One Encryptor Manager by General Dynamics Mission Systems is an advanced enterprise encryption management solution designed to enhance network security for organizations of all sizes. It provides real-time network visualization and centralized device management for up to 2,000 devices, including TACLANE and Sectéra vIPer products. The platform supports key features such as automatic device discovery, topology views, key management, and integration with RESTCONF API for improved situational awareness. GEM One ensures streamlined operations through multi-platform heartbeat functions and enterprise-level RBAC, making it compatible with both Windows and Linux systems. A free GEM One Basic version is available for smaller networks, offering a scalable and efficient encryption management solution.
The Generic Discovery Server (GDS) from General Dynamics Mission Systems is an advanced solution designed to optimize secure network management. Supporting over 40,000 network and device addresses, GDS offers enhanced efficiency with features such as optimal routing, redundancy, and seamless integration with GEM® One Encryptor Management Software. It is compatible with both IPv4 and IPv6 and supports Windows® and Solaris operating systems. The GDS enables effortless network prefix management, HAIPE registration, event log monitoring, and automated updates, ensuring a streamlined and cost-effective encryption management experience. Additionally, its robust interoperability with encryption devices and user-friendly interface simplifies network administration.
The Sectéra BDI Terminal from General Dynamics Mission Systems is a compact, lightweight encryption solution for secure voice, data, and fax communications. Designed for use with satellite phones such as Iridium®, Inmarsat®, Globalstar, and Thuraya, it ensures NSA-certified security for Top Secret communications and below. The terminal supports both analog and digital interfaces, is software-upgradable, and is approved by TSG and TEMPEST. Its rugged design resists thermal shock, vibration, and extreme temperatures, making it ideal for use in challenging environments. The Sectéra BDI Terminal provides high-quality secure communications, with robust security and authentication features, ensuring reliable operation for critical missions.
The Sectéra Cube by General Dynamics Mission Systems is a versatile secure communication accessory designed to enhance the functionality of the Sectéra vIPer Universal Secure Phone. It supports both VoIP and analog networks, enabling secure voice and data communication. The device allows connection of up to five handsets or headsets when two Sectéra Cubes are combined, ensuring multi-user access. Compatible with the Sectéra Approved Product List (APL) devices, the Sectéra Cube is easy to install and offers reliable integration with existing Sectéra vIPer phones. It is a trusted solution for secure communications, reducing risks related to interoperability and warranty coverage.
