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Veterans Day: Steven St. John What branch of the military did you serve in, and for how long? I served 22 years in the Air Force and Space Force, started as an enlisted member, and finished as a Major. What were your duties? I was a Satellite Operator, an Electronic Warfare Operator, a GNSS and SATCOM Aggressor, a Nuclear ICBM Officer, an Intelligence Analyst, and various held leadership positions. What inspired you to join the military? I wanted to serve my country and be part of missions that mattered. The chance to work worth amazing people and at the cutting edge of space, intelligence, and electronic warfare kept me motivated to stay. What does Veterans Day mean to you personally? It’s a day to honor the people I served with and the sacrifices they made. For me, it’s also about carrying forward the lessons of teamwork and resilience. What drew you to Safran? I knew Safran’s products from my time as an Aggressor on the buying side, and I saw firsthand how they could close real gaps for operators. I wanted to help bridge the gap between technology and warfighters, especially in replicating realistic NAVWAR threats. What skills or values from your service do you apply in your role here? I bring real‑world experience as an EW operator in conflict, creating GNSS‑denied environments and training joint forces how to operate through the effects, and an in-depth understanding how threats apply to our systems. I served in the Special Operations community, which is part of our end-user customer base, and I was the go‑to person for troubleshooting SOF systems in GNSS‑denied environments. I also bring credibility and relationships in the operational community that help connect Safran’s technology to real user needs. In your opinion, what do Veterans bring to the workplace? Veterans bring perspective from operating in tough, high‑stakes environments. We know how to adapt quickly, work as a team, and keep the mission in focus. We also bring instant rapport with our end-users because we walked in their shoes. What’s a memorable experience from your time in service? Flying out to the USS Ronald Reagan at sea, getting hooked, living onboard for five days, training sailors on GNSS and SATCOM jamming before their deployment and being catapulted off the carrier afterward…I’ll never forget how amazing it was to see the “lightbulb” come on when they understood the threat and how to mitigate it. Also, briefing the Secretary of the Air Force in his office on how our TTPs held up against real threats and feeling the passion he had for the lowest level warfighters. What’s your proudest accomplishment — either in or out of uniform? Building the Digital Threat Portal. I saw a serious gap, had almost no resources, and still found a way to deliver a capability to thousands of warfighters in just months and at no cost to the government. We had a great team that rallied around each other and the mission to get it out the door. One of our “Safran Together” values is Succeeding Together. How do you embody this in your role? I focus on connecting technology with operators, making sure their voices shape what we deliver so they come home safe. Success is never about one person, it’s about making the whole team, and ultimately the warfighter, stronger. Feeling inspired? Explore career opportunities at Safran Federal Systems CAREERS

An Inertial Navigation System (INS) that provides reliable position and heading data is a unique backup solution because it allows vehicles to stay on course and maintain awareness of where they are without a GPS connection Home • PNT Library • Land Vehicle Navigation in GNSS-Denied Environments for Defense Applications Land Vehicle Navigation in GNSS-Denied Environments for Defense Applications DOWNLOAD PDF By Anthony Full Problem We Solve In order to safely travel from one location to another during an operation, or maintain navigation capabilities in a contested environment, ground vehicle crews need ways to protect against GPS satellite signal threats and ensure that they reach their intended destination. Operating in a GNSS-denied environment presents challenges to most navigation systems, because they can either be jammed, or deceptively guided off course via spoofing attacks. An Inertial Navigation System (INS) that provides reliable position and heading data without the aid of GPS satellite signals is a unique backup solution because it allows vehicles to stay on course and maintain awareness of where they are as if they never lost connection with GPS. An INS can provide the critical current-location data and ensure that other navigation equipment continues to operate during the mission. Why Is It Important Precise location and navigation capabilities are essential for mission planning, execution and coordination with other units. Inaccurate navigation can lead to mission failure, unintended engagements, or even friendly fire incidents. Ground vehicles in defense operations often navigate in challenging environments where traditional GPS signals are contested or unreliable. This includes dense urban areas, heavily forested regions, or any areas where enemies employ electronic warfare to disrupt GPS signals. Navigating accurately in such conditions is crucial for mission success and the safety of personnel. Therefore, having a robust navigation system that can provide both location of the vehicle real time as well as its precise orientation and direction/heading is of paramount importance for defense applications. In the figure above, we can see that when a vehicle passes through an GNSS-denied area, its navigation system might be thrown off and report a different location compared to the true position. However, with an accurate INS, it can continue along the intended route as well as stay free from excessive drift. Drift occurs when the navigation system is not using external signals for navigation, but rather evolving in pure inertial conditions and over time, the accuracy worsens. Of course, there are different grades of accuracy for navigation depending on your needs. And we’ll cover the most relevant solutions next. How We Solve it Safran has developed a dependable inertial navigation system – The Geonyx – that provides route guidance in GNSS-denied environments. The Geonyx ensures that the vehicle can navigate effectively in spite of satellite signal interference. It incorporates HRG technology and, unlike GPS, INS does not rely on external satellite signals for navigation and heading. Instead, it uses motion sensors and rotation sensors to calculate the position, orientation and velocity of the vehicle based on internal data. The Geonyx will output coordinates of the vehicles current location as well as the data on its intended position to the vehicle’s battle management system (BMS). The Geonyx is able to maintain an outstanding level of accuracy of a couple meters after tens of miles of pure inertial navigation. GEONYX INERTIAL NAVIGATION SYSTEM Geonyx is a combat-proven INS solution for ground vehicles, augmenting battle management systems. With its ruggedized design, it offers a virtually unlimited and maintenance-free lifespan. It can achieve a heading accuracy as good as 0.5 mils thanks to HRG Crystal technology. It has quick and flexible alignment – even in GNSS-denied environments. DOWNLOAD PDF

Safran Federal Systems is always improving its products by adding new features and enhancing functionality. Stay in-the-know with software-releases. Home • Support • Software Releases Software Releases Access all the information you need about your product, and upgrade to new releases when they become available. Only verifiable customers with an active license for BroadSim, BroadSense, PANACEA, or RxStudio c an access release notes and user documentation via ownCloud. IMPORTANT: For inquiries related to SecureSync or other product lines, please reach out through the form on our support page . Sign In Now Have an account and forgot your username or password? Please contact support@safranFS.com . Are you a user with an active license for BroadSim, BroadSense, PANACEA, or RxStudio, and need an account? Request one by contacting support@safranFS.com.

Providing resiliency, high performance, and continuous operation in the field. Discover our assured pnt modular systems that are made to be secure and rugged. Home • Products • Assured PNT Assured Positioning, Navigation, and Timing Assured PNT is the convergence of positioning, navigation and timing technology with non-traditional and emerging technology to improve the reliability, performance and safety of mission-critical applications in the air, on land, in the sea, and in space. Assured PNT solutions are used where even the smallest discrepancy in data accuracy, availability and stability can result in a mission failure, loss of life, battlefield disadvantages, and significant economic loss. From essential timing & synchronization, to all-in-one PNT. Modular solutions based on open standards; Products made to be secure and rugged. Providing resiliency, high performance, and continuous operation in the field. M-Code available and shipping today. Support that Scales With Your Needs When your request demands faster turnaround or hands-on assistance, our Premium and Enhanced Support Packages deliver—exclusively for A-PNT solutions: SecureSync, VersaSync & VersaPNT . Get faster response times, quick-turn-on-site support, and troubleshooting visits for your A-PNT solutions because even the most resilient systems deserve backup. We're here to help, every step of the way. Downtime Eliminated Priority Service On-site support EXPLORE SUPPORT PACKAGES Browse Products PRODUCT | SecureSync® M-Code Mission Timing and Synchronization SecureSync® M-Code is an advanced mission timing and synchronization solution that offers exceptional reliability, security and flexibility to support Resilient Positioning, Navigation and Timing (PNT). It combines Safran's precision time and frequency technology with an ultra-secure M-code GPS receiver. SECURESYNC M-CODE LEARN MORE PRODUCT | SecureSync® 2400 Time and Frequency Synchronization Platform The SecureSync product ecosystem offers a number of solutions to address GNSS threats. With a layered-defense approach, each protective layer increases the sophistication required to compromise, minimizing chances for successful attack. SECURESYNC 2400 LEARN MORE PRODUCT | VersaSync M-Code Rugged GPS Time & Frequency Reference VersaSync is a high-performance GPS master clock and network time server that delivers accurate, software-configurable time and frequency signals in harsh environments, including GPS-denied areas. Now with M-Code, VersaSync easily integrates into your systems architecture. VERSASYNC M-CODE LEARN MORE PRODUCT | VersaPNT M-Code All-in-one Positioning, Navigation and Timing VersaPNT is the first all-in-one Resilient Positioning, Navigation and Timing (PNT) solution that harnesses the power of our FlexFusion™ engine with M-Code to deliver accurate, software-configurable position, navigation, altitude, time, and frequency signals under any circumstances. VERSAPNT M-CODE LEARN MORE PRODUCT | TSync Time Code Processors Complete, synchronized time code reader/generator boards and peripheral slot cards, offering flexibility and easy integration for mission-critical embedded applications. Available in PCI Express, and VPX form factors. TSYNC LEARN MORE PRODUCT | CPNT CMOSS PNT Card CPNT fuses GNSS, inertial measurement, and high-performance timing oscillators with GNSS jamming and spoofing detection and CRPA/AJAS antenna compatibility in a flexible, configurable device to provide PNT assurance in threat-filled environments. Aligned with the C5ISR/EW Modular Open Suite of Standards. CPNT LEARN MORE

Safran takes pride in helping you make your purchasing decision quicker and easier. Fill out our form and we will get in touch with you as quickly as we can. Speak To An Expert We're here to help - no commitment required. Whether you're exploring options or moving forward, our team is ready to answer your questions and guide you through the next steps. Complete the form below, and a member of our sales team will be in touch shortly. For product support inquiries, submit a support ticket here . First Name* Last Name* Business Email* Phone Position* Company* Country* Choose one Area of Interest* Choose one Select an Area of Interest or choose 'Don't Know'. How did you hear about us?* Choose one Add a message To better assist you, please provide details about your application, end-user, specific requirements, or any questions you may have. SUBMIT

CRPAs are a very useful antenna system for platforms that need to operate in environments where interference is commonly present. Uncover its power in testing. Home • Applications • CRPA Testing CRPA Testing Controlled Reception Pattern Antenna Testing What is a CRPA? • Testing a CRPA • Anechoic • Wavefront • Videos • Documents What is a CRPA? The acronym stands for Controlled Reception Pattern Antenna. CRPAs are designed to reduce the effects of RF interference or establish signals’ angle of arrival. Using multiple antenna elements, they minimize jamming signals, using null generation or null steering or maximize “truth” signals using beam forming or beam steering. CRPAs are a very useful antenna system for platforms that need to operate in environments where jamming and interference are commonly present. For this reason, CRPAs are becoming increasingly common, particularly in the Defense sector. They are an extremely effective anti-jam/spoof solution, because they adapt dynamically in response to jamming or spoofing signals. WHAT IS A CRPA What Makes a CRPA? CRPAs begin with some sort of multi-element antenna, but the real magic happens within the antenna electronics, where the RF then proceeds downstream to the GPS receiver. These items can be connected to each other in-line or in a single enclosure. Single-enclosure antennas are sometimes called “integrated CRPAs”. Fundamentally, they work the same way. Ways to Test a CRPA Testing a CRPA prior to fielding is critical − especially in applications like defense, where the stakes are high. There are several test methods for testing CRPA antennas. You should evaluate these methods, their costs and suitability for the use case to ensure that your needs are fully met. Record Replay Realistic, actual recorded data – not generated. Unable to make changes, limited test cases. Difficult to find a suitable recording environment. To record threats, you have to go where threats are. GNSS Simulator Lowest cost option due to advances in technology. Previously very expensive and complex equipment. Innovation now allows us to do some cool things. Flexibility to cover multiple test cases quickly. Anechoic Chamber A complete anechoic chamber system, including simulation equipment and an actual physical chamber. Very expensive, high effort. Physical limitations and building standards. Several potential unknowns Field Testing Bring device out in the field Staged environment and generated threats. Facilitates tangible conditions. Costly: must employ event staff, obtain threat licenses. Little control as attendee. TESTING A CRPA BroadSim Anechoic The anechoic method is the only way to test an entire system as-is, because it allows testing of both the antenna and the antenna electronics integrated in a single package without modification. Still, it requires that the chamber be an optimal size to accommodate the device or system under test, and you could be limited by the antenna setup in the chamber. Skydel auto-calibrates the system, maps the antennas, and is designed to streamline chamber setup and reduce the multiplication of hardware systems. Interference can be integrated with Skydel software or an external generator. VIEW PRODUCT ANECHOIC BroadSim Wavefront The wavefront method brings all signals for each antenna element to the antenna electronics via cables. It prioritizes the ability to have dynamic trajectories for the receiver and for the interference transmitter, which lets you do a great deal of testing. You can essentially model any scenario with an unlimited number of interferences. A wavefront system is packaged lab-ready. Although it doesn't test the antenna, the important part to test is the antenna electronics, making it a good solution for testing CRPAs. It is the lowest-cost option considering all the variables. Be aware of any limitations such as signals, jammers and spoofers, and scalability for future needs. Skydel Wavefront is scalable from two to sixteen elements, is phase coherent, performs real-time automated phase synchronization, and has built-in jamming and spoofing. VIEW PRODUCT WAVEFRONT Play Video Play Video 360 in 180 The Next Generation of CRPA Testing Reimagined for the User Play Video Play Video Generating Threats With BroadSim Wavefront Play Video Play Video The Next Generation of CRPA Testing Reimagined for the User VIDEOS Documents DOCUMENTS Want more info? Ask one of our experts. We'll respond within one business day. EMAIL US

We work with you to accommodate your mission requirements with customized solutions. Our open architecture approach allows for so many possibilities! Home • Products • Custom Solutions Custom Solutions We work with you to accommodate your mission requirements. Our open architecture approach allows for so many possibilities, no idea is out of the question. Browse Solutions SOLUTION | Personnel Recovery Device World's First Cospas-Sasat Certified Second-Generation Beacon Our Personnel Recovery Device is the world’s first personal locator beacon built specifically for the US Army that utilizes the Second Generation Cospas-Sarsat signaling technology for the most demanding search and rescue environments. It’s an innovative robust, ruggedized, dual-mode, user-friendly beacon. PERSONNEL RECOVERY DEVICE SOLUTION | VersaSync Flex Flexible Time and Frequency Reference Built on the Versa platform, the VersaSync Flex has an expanded chassis that is ideal for land, sea and airborne applications. Its design can be outfitted to match your needs, no matter the mission. Built to endure the most demanding conditions, the VersaSync Flex delivers reliable, uninterrupted signals. VERSASYNC FLEX SOLUTION | Open Systems PNT Card Open-architecture framework delivering A-PNT A modular, open-architecture approach for delivering assured Positioning, Navigation, and Timing (PNT) within threat-filled environments. This Open Systems PNT Card demonstrates how PNT assurance can be achieved using MOSA-aligned, standards-based building blocks rather than proprietary, monolithic solutions. OPEN SYSTEMS PNT CARD SOLUTION | PSPT Portable Survivable Precision Time Clock Founded on Safran’s SecureSync® precision time and frequency technology. The PSPT provides a portable precision master clock capabilities that can be easily transported. PSPT Integration Options Our layered, modular platform allows you to pick and choose which elements to integrate into your system. Our experts will help you decide what is needed based on your requirements. Work with our team to customize a solution by reaching out today.

Founded on Safran’s SecureSync® precision time and frequency technology, the PSPT provides an easily portable and reliable master clock. View its full benefits! Home • Products • Custom Solutions • PSPT PSPT Portable Survivable Precision Time Clock PSPT PRODUCT | RESILIENT PNT Multi-GNSS Synchronization GPS, GLONASS, Galileo, Beidou, QZSS Modularity Built-in functions extendable with up to 2 optional input/output module Networking 2 1-Gigabit Ethernet ports, NTP and PTP ANY QUESTIONS? GET QUOTE About Founded on Safran’s SecureSync® precision time and frequency technology. The PSPT provides a portable precision master clock capabilities that can be easily transported. Use cases include locations that require a temporary GNSS based time and frequency synchronization due to a system failure or lighting strike. Portable Jamming and Spoofing detection capabilities (optional). In addition, the PSPT can also be utilized as a test tool to validate remote site timing and frequency synchronization against UTC traceable time. Features – Multi-GNSS synchronization (GPS, Galileo, GLONASS, BeiDou, QZSS) – GPS jamming and spoofing detection option – Internal prevision timekeeping via Rubidium Oscillator – Supports a wide variety of available input/output signals Modularity Built-in time and frequency functions are extended with up to 2 optional input/output modules. The PSPT unit provides configurable Input/Output timing interfaces (TTL pulse, RS232/RS485, IRIG AM/DCLS), in addition to 10 MHz and 1 pps outputs. If more interfaces are needed, the base unit supports 2 option cards, enabling multiple combinations of frequency, phase, NMEA or Have Quick time codes, or network synchronization. Networking The PSPT provides strong and scalable networking capability, thanks to higher embedded processing power. Two, 1 Gigabit Ethernet ports (one RJ45, one SFP) are available on the base unit enabling flexible network synchronization as a NTP server or PTP master/slave as a NTP stratum 2 server, or as a PTP slave/boundary clock. Click to download the PSPT data sheets. VIEW DATA SHEET

Test a wide range of applications with advanced GNSS simulators and helpful tools that generate basic scenarios all the way to complex threat environments. Home • Products • GNSS Testing & Simulation • The Skydel Simulation Engine The Skydel Simulation Engine Skydel PRODUCT | GNSS TESTING & SIMULATION Constellations All major global constellations and frequencies API Python, C#, C++ Iteration Rate 1000 Hz ANY QUESTIONS? GET QUOTE About Test a wide range of applications with advanced GNSS Simulators and helpful tools that generate basic scenarios all the way to complex threat environments, leveraging the power and scalability of the Skydel Simulation Engine. Skydel powers each of Safran Federal Systems' advanced software-defined simulators including BroadSim, BroadSim Anechoic and BroadSim Wavefront. Applications – Differential GNSS – Spoofing – Multi-antenna vehicles – Attitude measurement – Arrays of GNSS receivers – Directional/Adaptive antennas Key Features Navigation message modification/corruption On-the-fly scenario re-configuration & raw data logging Antenna position, angular offset and patterns Hardware In The Loop (HIL) simulation Differential GNSS and multi-vehicle simulation (RTK) Open source plugin architecture Signal dynamics information Wide dynamic range, up to 0dBm transmit power All-in-view simulation Easy configuration with intuitive UI and automation Supports jamming, spoofing, and repeating Comprehensive API Advanced signal customization and scenario creation Easy upgrades - no additional hardware IQ file generation and playback Record and export user interactions as Python script Orbit modification and custom fixed position Unlimited pseudorange attitude ramps Multiple Trajectories The software-defined nature of Skydel enables multiple instances of the GNSS simulator to run on the same or multiple computers. This brings research and test labs interesting possibilities to create advanced simulation setups. When synchronizing simulators, parameters such as radio and antenna settings, vehicle trajectories or interference transmitters are shared between all instances. SDX provides a fine level of control on how each instances connect to each other to perform the synchronization. Quick Start Automation 48.3 RESOURCES Looking for more answers? Button Join Skydel's online community!

Pre-trained on operational data, HyperReveal SERVER AI/ML solution enables real-time processing of EO/IR FMV data to detect, classify, and track military objects of interest. Home • Products • Artificial Intelligence • HyperReveal SERVER HyperReveal SERVER A unique AI/ML solution processing full-motion video HyperReveal SERVER PRODUCT | ARTIFICIAL INTELLIGENCE Input Format mpeg-ts (4609 STANAG) Output Format 4609 STANAG video Pixels HD / Full HD / 4K Camera Angle 0-45° Ground screen width 10m to ~3km (- 30 to ~10,000ft) Vectors Geojson, Shapefile, KML ANY QUESTIONS? GET QUOTE About Pre-trained on operational data, HyperReveal AI/ML solution enables real-time processing of EO/IR FMV data to detect, classify, and track military objects of interest. Decrease the operator cognitive load Narrow down research of high-value targets Accelerate video forensics Man-Machine Teaming Enrich the vehicle’s metadata with speed, direction, GPS coordinates, etc. Alert on any potential threat (static or mobile) Highlight relevant information by filtering vehicle types (trucks, motos, military, etc.) Convert into vector format every detection and its associated tracks within a basemap layer AI Detectors EO and IR Detect, classify, and track Real-time processing Operational Environments Deployed in Global Critical Access and Influence Zones Multiple Sensors Pre-trained on operational data from MQ-9 Reaper MST-B, MX-15, MX-20, FLIR 350, DJI, etc. Robust to Mode Sensors Robust to changes in sensor fields (narrow/wide) and changes in acquisition mode (EO/IR) Deployment Configurations GROUND CONTROL STATION PROCESSING TOWER SERVER OR RUGGED LAPTOP ONBOARD PROCESSING RUGGED LAPTOP OR JETSON ORIN TYPE Sensor FMV Stream AI Processing Dissemination Click to download the HyperReveal SERVER data sheet. VIEW DATA SHEET

Explore CMOSS and the SOSA Initiative with Safran Federal Systems. Learn about SOSA aligned systems and key acronyms. Discover our aligned solutions now! Home • Applications • MOSA & CMOSS MOSA & CMOSS: Advancing PNT Through Open Systems Architecture What is MOSA? • What is CMOSS? • What is CMFF? • Why CMOSS? • How is CMOSS Being Implemented? • CMOSS Architecture What is MOSA? The Modular Open Systems Approach (MOSA) is a DoD-mandated strategy that ensures interoperability, scalability, and rapid modernization across defense platforms. CMOSS is a direct implementation of MOSA, enabling cross-service compatibility and vendor-agnostic solutions. MOSA prioritizes open standards, such as: CMOSS – Standardized architecture for C5ISR/EW systems SOSA™ – Sensor Open Systems Architecture for joint-service interoperability VITA 65 / OpenVPX™ – Open hardware standards for embedded systems By aligning CMOSS with MOSA principles, the DoD ensures that future systems are: More affordable due to vendor competition More flexible through plug-and-play technology More resilient with built-in cybersecurity & anti-obsolescence strategies What is CMOSS? CMOSS is a suite of open standards designed to reduce size, weight, power, and cost (SWaP-C) of C5ISR and Electronic Warfare (EW) systems. By enabling hardware and software interoperability, CMOSS enhances flexibility , adaptability , and modularity across military platforms. CMOSS moves away from traditional “stove-piped” systems that require separate, proprietary hardware. Instead, it leverages a modular, standards-based approach that allows multiple vendors to develop interoperable solutions. What is CMFF? The CMOSS Mounted Form Factor (CMFF) expands CMOSS-based architectures for mounted vehicle platforms, providing: Compact, ruggedized hardware for combat vehicles & mobile platforms Seamless integration of communications, EW, & SIGINT functions Standardized interfaces for rapid capability upgrades CMFF ensures that ground vehicles benefit from the same CMOSS-based advantages seen in other military domains. Key Acronyms MOSA = Modular Open Systems Approach EW = Electronic Warfare CMOSS = C5ISR/EW Modular Open Suite of Standards CMFF = CMOSS Mounted Form Factor C5ISR = Command, Control, Communications, Computers, Cyber, Intelligence, Surveillance, and Reconnaissance CMOSS and the SOSA Initiative CMOSS is a foundational component of the Sensor Open Systems Architecture (SOSA)™ initiative, which the U.S. Military actively participates in. SOSA aligns with MOSA (Modular Open Systems Approach), ensuring common standards for open, adaptable, and rapidly upgradable military systems. LEARN MORE Safran Federal Systems is a proud member of the Sensor Open Systems Architecture™ Consortium. Why CMOSS? Historically, C5ISR and EW systems have been developed independently, leading to incompatibility and inefficiencies. CMOSS creates a unified architecture that integrates these technologies into a single, interoperable framework, delivering key advantages: Reduces Integration Costs & Risks Standardized interfaces simplify development and deployment Extends System Lifespan Modular upgrades prevent costly full-system replacements Facilitates Interoperability & Reuse Multiple vendors can contribute to a common ecosystem Accelerates Fielding & Deliveries Open architecture speeds up new technology adoption By converging multiple functions into a shared hardware and software ecosystem, CMOSS provides military forces with a future-proof, scalable solution for modern battlefield operations. How is CMOSS Being Implemented? CMOSS is actively shaping next-generation military systems by standardizing hardware, software, networking, and data sharing across platforms. There are several key components of CMOSS implementation: Universal A-Kit Enables plug-and-play fielding of new capabilities via modular cards in a common chassis Pooled RF Resources Shared antennas & amplifiers for Communications, Electronic Warfare (EW), and Signals Intelligence (SIGINT) systems Integrated Processing & Displays Shared computing resources enhance situational awareness & decision-making Common PNT Data Services Standardized Position, Navigation & Timing (PNT) services for all mission-critical systems CMOSS Architecture Software Layer • Enables portability of software applications across hardware platforms • Allows mission-specific software framework Functional Decomposition • Enables resource sharing (e.g., RF components, antennas, amplifiers) • Defines standardized interfaces for seamless integration • Supports best-of-breed rapid technology upgrades Hardware Layer • Enables capabilities to be fielded as cards in a common chassis • Standardizes physical, electrical, and environmental specifications Network Layer • Provides connectivity and defines interfaces within the platform • Enables legacy systems to integrate with the converged architecture U.S. Army Selects Safran Federal Systems as a Top-5 Winner in XTech CMOSS PNT Plugfest Competition Safran Federal Systems (formerly Orolia Defense & Security) was recognized for its outstanding technology achievements at the 2021 xTech Plugfest competition. Selected as a Top-5 Winner, the company demonstrated the potential of CMOSS-based Positioning, Navigation, and Timing (PNT) solutions to impact military operations within the United States Army and Department of Defense Read the Full Press Release Open Systems PNT Card Open-Architecture Framework Delivering Assured PNT LEARN MORE WHITE PAPER Addressing Assured PNT Needs through Open Standards This white paper guides engineering staff, integrators, and decision makers in recognizing the need for assured PNT in modernized systems. The benefits of assured PNT can be realized and addressed through the adoption of open standards. Read the White Paper

This Open Systems PNT Card represents a modular, open-architecture approach for delivering assured Positioning, Navigation, and Timing (PNT) within threat-filled environments. Home • Products • Custom Solutions • Open Systems PNT Card Open Systems PNT Card Open Systems PNT Card SOLUTION | CUSTOM SOLUTIONS Accurate Multi-Constellation GNSS capability, GNSS spoofing and jamming detection Flexible Highly versatile and software configurable, easy CMOSS/MOSA integration ANY QUESTIONS? INQUIRE About This Open Systems PNT Card represents a modular, open-architecture approach for delivering assured Positioning, Navigation, and Timing (PNT) within threat-filled environments. It integrates GNSS, inertial sensing, precision timing oscillators, and advanced jamming/spoofing detection while maintaining compatibility with CRPA/AJAS antennas. The design demonstrates how PNT assurance can be achieved using MOSA-aligned, standards-based building blocks rather than proprietary, monolithic solutions. RPNT Architecture for CMOSS/MOSA Environments Developed as a reference implementation for CMOSS and broader MOSA principles, this PNT card illustrates how resilient navigation, a master clock, and network time service can be realized within SOSA-aligned hardware profiles. The architecture is adaptable to a variety of CMOSS/OpenVPX chassis and serves as a guide for system developers exploring how assured PNT can be integrated into future modular platforms. Key Capabilities ARCHITECTURE LEVEL M-Code Ready Secure GPS Precision Timing Sources (CSAC, OCXO) IMU Signals of Opportunity FlexFusion Engine GNSS Receiver BroadShield Threat Detection Accurate PNT ASSURANCE Multi-constellation GNSS capability High-performance internal time base and inertial sensing for holdover during GNSS degradation GNSS-derived timing and frequency with NTP/PTP distribution Open pathway for integration of future PNT sources within a MOSA framework GNSS jamming and spoofing detection Safran Federal Systems was recognized by PEO IEW&S, PM-PNT for its innovative CMOSS-based PNT solutions and potential impact to the U.S. Army and DoD. Flexible MOSA-CENTRIC INTEGRATION Software-defined and modular, built around CMOSS, SOSA, and VICTORY standards Network-based synchronization, configuration, and system management Compatible with external IMUs and additional MOSA-compliant PNT sensor modules Designed for straightforward insertion into CMOSS slot profiles Low phase-noise oscillators supporting precision timing applications Powered by the FlexFusion® Sensor Fusion Engine The Open Systems PNT Card uses the FlexFusion® engine to demonstrate a MOSA-compatible approach to resilient PNT. FlexFusion merges complementary PNT sources to achieve precise, robust performance without requiring large, high-cost IMUs. By consolidating functions traditionally distributed across multiple LRUs into a standards-based, modular PNT architecture, this card highlights how future platforms can reduce SWaP-C, increase interoperability, and maintain long-term adaptability through incremental technology insertion rather than full-system replacement. Inquire to learn more information. GET MORE INFO