Field tests can be fun and productive using PANACEA Field Test, an autonomous receiver performance and vulnerability test system that captures meaningful data. Home • Products • GNSS Testing & Simulation • PANACEA Field Test PANACEA Field Test PANACEA Field Test PRODUCT | GNSS TESTING & SIMULATION Optional Hardware Accessories Frequency counter, Pulse Per Second (PPS) relay switch PPS Accuracy Supports measurement of up to 16 receivers simultaneously ANY QUESTIONS? GET QUOTE About PANACEA Field Test (PANACEA FT) is a software tool designed to allow for easy data collection from multiple receivers in a real-world environment where the GNSS receivers are connected to an antenna. All the data is logged, time-stamped, and automatically compared to the configured truth source. Real-Time Visualization By configuring a truth source, position, time, velocity, date, and other error plots and tables can be automatically generated for all receivers. The PANACEA FT GUI plots receiver's position in real time overlaid on open street maps. This allows real-time visualization of how all connected receivers are performing in the environment compared to the truth source Builder and Runner The Builder allows you to configure hardware that is connected to your computer such as GNSS receivers, a frequency counter, PPS switch, Signal Hound or time interval counter. You can also specify LLA coordinates used as truth locations. While PANACEA simultaneously communicates with up to 32 Units Under Test (UUT), the Runner shows real-time UUT information while recording all receiver data in files for post-processing. Instant Visual Analysis PANACEA Field Test is ideal for applications requiring data collection from multiple GPS/GNSS receivers simultaneously while instantly providing visuals for analysis and error calculation. Typically this software is used in field testing environments where the GPS/GNSS receivers and other equipment are configured inside of a mobile vehicle or at a building on the test range. Hardware Accessories Power resources, space, and equipment are often limited which means having efficient tools can be the difference between collecting data from 2 receivers and collecting data on 20 receivers. Having the right equipment is critical. PANACEA FT comes with optional hardware accessories such as a frequency counter and Pulse Per Second (PPS) relay switch, which are integrated into the software suite. Accuracy Made Effortless Measuring a receivers PPS accuracy is easier than ever with PANACEA FT, as it controls the frequency counter and PPS relay switch, supports the measurement of up to 16 receivers simultaneously, and the user never worries about configuring the system. The PPS measurement dwells on each channel for 1 second before jumping to the next channel (e.g. 4 Rx’s = 1 PPS measurement every 4 seconds for each Rx). Putting it All Together Equipment Needed Without Time Measurement Laptop GPS/GNSS receivers GPS/GNSS antenna Data cables to connect the receivers to your computer For multiple UUTS: RF splitter/combiner For multiple UUTS: RF cables to connect receivers Equipment Needed With Time Measurement Everything listed adjacently, plus: Agilent 53230 frequency counter For multiple UUTS: 16-port PPS switch Click to download the PANACEA Field Test data sheets. VIEW DATA SHEET

Orolia’s PRSS1b Personnel Recovery Device will be among the first to deliver second-generation Cospas-Sarsat signaling for advanced military rescue operations... Orolia Defense & Security to Deliver Second-Generation Beacons to US Army ROCHESTER, NY, October 04, 2022 Orolia Defense & Security has received initial production authorization to provide PRSS1b Personnel Recovery Devices to the U.S. Army, with shipment beginning in September 2022. The order will fulfill the first contract line item (CLIN) complying with the current IDIQ (Indefinite Delivery/Indefinite Quantity). Orolia’s PRSS1b PRD will be the first device of its kind to provide Second Generation Cospas-Sarsat signaling that delivers faster and greater location accuracy than any other previously fielded tactical location device. Cospas-Sarsat is an international, humanitarian search and rescue system that uses space-based technology to detect and locate 406 emergency beacons carried by ships, aircraft, or individuals venturing into remote areas, often inaccessible by mobile phone. The system consists of a network of satellites, ground stations, mission control centers ( MCCs ), and rescue coordination centers ( RCCs ) that work together when a 406 beacon is activated. Following its successful demonstration of Second-Generation signaling in October 2022 , Orolia Defense & Security is expected to be the first to receive Cospas-Sarsat certification. Michael Stout, Director of Government Programs at Orolia Defense & Security said Orolia’s partnership with the Army is built on trust and leverages Orolia’s market-leading experience in Resilient Positioning, Navigation and Timing. Through collaboration, a dedicated team and a critical certification process, Orolia has produced a robust, user-friendly and highly reliable device to locate personnel who become isolated, missing, detained or captured. “This is truly a milestone for Personnel Recovery capability,” Stout said. “Orolia’s commitment to our customer has resulted in one of the most capable devices, delivering unparalleled quality and reliability in a small form factor. Orolia Defense & Security looks forward to the future in fielding this capability to the Army and other services within the Department of Defense.” For the most critical, remote and high-risk operations, Orolia Defense & Security is your trusted resilient PNT mission partner. Learn more at www.OroliaDS.com/personnel-recovery-device. Visit Orolia Defense & Security at AUSA 2022 Orolia will be stationed at the Safran Optics 1 booth (No. 2209) Oct. 10 –12, 2022. To inquire about Orolia’s products and experience for search and rescue devices, please email Michael Stout at michael.stout@OroliaDS.com . About Orolia Defense & Security Orolia Defense & Security provides resilient PNT solutions and custom engineering services to U.S. government agencies, defense organizations and their contractors. Orolia Defense & Security is authorized to work on the full spectrum of U.S. government classified and unclassified projects, in addition to supporting strategic partnerships for key defense PNT technologies. www.OroliaDS.com Orolia Defense & Security operates as a proxy-regulated company and wholly-owned subsidiary of Orolia. Contact: Rachael Smith 614-736-3736 rachael.smith@oroliaDS.com VIEW PDF

Stay informed with our warranty-information guide. View now! Home • Support • Warranty Information Warranty Information If you are considering a purchase, it's important to be aware of our warranty details. Limited Warranty Safran Federal Systems warrants each new standard product to be free from defects in material, and workmanship for the duration of the warranty period after shipment in most countries where these products are sold, EXCEPT AS NOTED BELOW (the “Warranty Exceptions”, “Warranty Exclusions” and "Country Variances"). Five Year Limited Warranty SecureSync Products* Three Year Limited Warranty GSG-5/6 Family of GNSS Simulators Two Year Limited Warranty VersaSync Rugged Time Server Rubidium Oscillators One Year Limited Warranty GSG-8 Advanced GNSS/GPS Simulator BroadSim, BroadSense, ThreatBlocker, PANACEA, Valiant 153M GPS antenna system components, cables, other accessories INS and IMU Products Bus-level Timing Boards (TSync-VPX, TSync-PCIe) 90 Day Warranty Other Software Products Warranty Exceptions This warranty shall not apply if the product is used contrary to the instructions in its manual or is otherwise subjected to misuse, abnormal operations, accident, lightning or transient surge, or repairs or modifications not performed by Safran authorized personnel. Any Rubidium oscillator's warranty is two-years even when integrated into products (*) with a greater warranty period. Warranty Exclusions Batteries, fuses, or other material contained in a product normally consumed in operation, shipping and handling, labor & service fees EXCEPT FOR THE LIMITED WARRANTY STATED ABOVE, SAFRAN DISCLAIMS ALL WARRANTIES OF ANY KIND WITH REGARD TO SAFRAN PRODUCTS OR OTHER MATERIALS PROVIDED BY SAFRAN, INCLUDING WITHOUT LIMITATION ANY IMPLIED WARRANTY OR MERCHANTABILITY OR FITNESS FOR A PARTICULAR PURPOSE. Safran shall have no liability or responsibility to the original customer or any other party with respect to any liability, loss, or damage caused directly or indirectly by an Safran product, material, or software sold or provided by Safran, replacement parts or units, or services provided, including but not limited to any interruption of service, excess charges resulting from malfunctions of hardware or software, loss of business or anticipatory profits resulting from the use or operation of the Safran product or software, whatsoever or howsoever caused. In no event shall Safran be liable for any direct, indirect, special or consequential damages whether the claims are grounded in contract, tort (including negligence), or strict liability. Extended Warranty Coverage Extended warranties can be purchased for additional periods beyond the standard warranty. Contact Safran no later than the last year of the standard warranty for extended coverage. Warranty Claims Safran's obligation under this warranty is limited to the cost of in-factory repair or replacement, at Safran's option, of the defective product or the product’s defective component. Safran's Warranty does not cover any costs for installation, reinstallation, removal or shipping and handling costs of any warranted product. If in Safran's sole judgment, the defect is not covered by the Safran Limited Warranty, unless notified to the contrary in advance by customer, Safran will make the repairs or replace components and charge its then current price, which the customer agrees to pay. In all cases, the customer is responsible for all shipping and handling expenses in returning product to Safran for repair or evaluation. Safran will pay for standard return shipment via common carrier. Expediting or special delivery fees will be the responsibility of the customer. Warranty Procedure Safran highly recommends that prior to returning equipment for service work, our technical support department be contacted to provide trouble shooting assistance while the equipment is still installed. If equipment is returned without first contacting the support department and “no problems are found” during the repair work, an evaluation fee may be charged. Safran shall not have any warranty obligations if the procedure for warranty claims is not followed. Customer must notify Safran of a claim, with complete information regarding the claimed defect. A Return Authorization (RMA) Number issued by Safran is required for all returns. Returned products must be returned with a description of the claimed defect, the RMA number, and the name and contact information of the individual to be contacted if additional information is required by Safran. Products being returned on an RMA must be properly packaged with transportation charges prepaid.

Geonyx™ is an inertial navigation system capable of operating under the most demanding artillery systems & can be hard-mounted in any orientation on devices. Home • Products • Inertial Navigation Systems • Geonyx ™ Geonyx™ Land true-inertial navigation Geo nyx ™ PRODUCT | INERTIAL NAVIGATION SYSTEMS Azimuth accuracy < 0.5 mils at 70° Full alignment time in GNSS denied environment < 5 min Size 8.1/9.6 x 6.2 x 6.6 in MTBF > 100,000 h ANY QUESTIONS? GET QUOTE About Geonyx™ family is designed for three main applications: Navigation Target geolocation Artillery pointing Capable of operating under extreme conditions and in a full GNSS denied environments, Geonyx™ is highly reliable. Pointing accuracy < 0.5 mils thanks to HRG Crystal™ technology Quick & flexible alignment in GNSS denied environment The most compact, robust & reliable on the market and hard-mounted Operational efficiency Flexible systems integration Robustness and reliability Geonyx™ pointing accuracy is first-of-class under the harshest conditions and offers the market’s shortest alignment time in any configuration (with or without hybridization). Geonyx™ is the most compact INS for its class of performance and can be mounted on any orientation on vehicles, turrets and artillery weapons. Thanks to HRG Crystal™ technology, Geonyx™ is totally unaffected by vibrations and shocks of artillery guns, giving it a virtually unlimited and maintenance-free lifespan. Tailored to meet every need GEONYX™ One : 4 mils heading, 1 mils pitch & roll GEONYX™ SP : 2 mils heading, 0.75 mils pitch & roll GEONYX™ HP : 1 mils heading, 0.5 mils pitch & roll GEONYX™ XP : 0.9 mils heading, 0.35 mils pitch & roll GEONYX™ XP+ : < 0.5 mils heading, 0.20 mils pitch & roll Click to download the Geonyx ™ data sheet. VIEW DATA SHEET

Succeeding Together: Q&A With VP of Human Resources As we celebrate Women’s Month, we take this opportunity to recognize the women who are paving the way for future generations— especially in fields where they have been underrepresented. In this special feature, we sit down with Holly Cicconi-Eggleston, Vice President of Human Resources, where she shares valuable advice on advocating for yourself in the workplace, how we can help cultivate the next generation of women, and what Women's Month means to her. Get ready to grab a pen and paper because this Q&A will leave you with great advice and a different perspective you don't want to miss out on! Women often juggle many responsibilities, both in the workplace and personally. What can companies do to better support women in their work-life balance? "I am not a parent, but I have many friends who are parents or single parents. I cannot imagine the challenges they face every day or the difficult decisions that must be made in balancing family and work. While not every woman is a parent, women who choose to be a parent do have additional responsibilities just strictly because of biology. I read a post on LinkedIn several years back that resonated with me. I cannot recall the author’s name, but the topic stuck. While we strive for work-life balance, and as companies try to offer work-life balance, it is still a challenge for many. The author talked about work-life integration instead of work-life balance. In this regard, it identified that all our needs are different. Parents may need to leave early to get kids off the bus or to take the kids to soccer practice. An employee who doesn’t have kids may have an exercise class that is only offered at noon. Another employee may want to take classes that are only offered in the morning. The point was that whether you are a parent or not, our lives and what we fill our days with vary, and the integration of work and personal is more meaningful than just working less hours within the week. While companies must comply with statutory requirements, I think that shifting the mindset to work-life integration will be beneficial to all employees, not just women." What advice would you give to women who are trying to advocate for themselves—whether it's for promotions, equal pay, or leadership roles? "First and foremost, do it! My experience has been that most women are less likely to do this. While there may be many reasons, it is important to advocate for yourself! While I say this, this is also something that I have had to work on throughout my career. Early in my career, I was hesitant at times for various reasons. I thought I’d be seen as aggressive, ungrateful, impatient – all things that I perceived but were not the reality. As I grew in my career and having experiences that helped to shape who I am, I realized that the only person who can control my destiny is … me. While it certainly helps to have managers to support you in your career, you have to put yourself out there and be your loudest cheerleader. Stay true to yourself, always. If you remain authentic, you will not have regrets." What qualities do you believe will define the next generation of women leaders, and how can we help cultivate them? "This is a great question. I’m not sure that there will be different qualities in the next generation, but I do think that each generation is more courageous . When I look back at what was considered the “norm” when I was in high school versus what I see in today’s youth, I see more openness, acceptance, and perhaps advocacy. It is refreshing to see the growth in each generation and my hope is that this continues in a positive direction. We are still experiencing “first’s” which conveys that while progress has been made, there is still work to do. For the next generation of women leaders, we need to collectively support the advancement of women in fields that have been predominantly held by men. We need to nurture girls at an early age who express interest in STEM, as an example. We need to normalize that different styles of leadership and perspective are not only ok, but encouraged. Ultimately, it doesn’t matter what we want to do, the important consideration is to ensure we have mentors to help guide us in the path forward." What does National Women’s Month mean to you, and how do you hope it continues to evolve in the corporate world?   "National Women’s Month is a time to reflect on the past, understand where we are today, and see the road ahead of what still needs to be. My personal belief is that each of us needs to have mentors, and then, when in a position to do so, mentor others. I am fortunate to have had many great mentors in my career – both women and men and have worked diligently to make sure that I give back whenever I can. This helps us to succeed together. In corporate settings, it’s important to highlight accomplishments of the women who came before us – without them, we may not have succeeded. It’s also important to ensure that company practices are inclusive and evolve as the needs of the workforce evolve." Feeling inspired? Explore career opportunities at Safran Federal Systems CAREERS

Ensure mission-critical time synchronization with SecureSync 2400 time server. Military-grade, resilient PNT for navigating GNSS disruptions. Learn more! Home • PNT Library • SecureSync 2400 Ensuring Mission-Critical Time Synchronization SecureSync 2400 Ensuring Mission-Critical Time Synchronization DOWNLOAD PDF By Safran Federal Systems Time Synchronization Data is Foundational to PNT Performance Fundamentally, time synchronization is the alignment of independent clocks to the same time and frequency. It provides critical functionality for services that depend on precise, synchronized timing to manage device security, availability, and efficiency and supports a wide array of business and infrastructure systems. Defense time synchronization applications directly support warfighters in theater through vital Positioning, Navigation, and Timing (PNT) functionality. PNT applications leverage GNSS/GPS location data for navigation and precise timekeeping to support operational efficiency and seamless communications. As satellites continuously broadcast their own time and position information, receivers trilaterate, calculating the distance between the receiver and each satellite to determine position and time details for the end user and their equipment. This supports mission-critical communication, movement, and collaborative processes. In military PNT applications, time synchronization for defense requires the highest levels of accuracy and consistency for real-time operational support. In modern theaters, as Electronic Warfare (EW) domains become both more prevalent and more contested, warfighter operations dependent upon PNT functions are increasingly at risk. Escalating AI and machine-to-machine communications capabilities provide new tools for adversaries to disrupt PNT systems and operations and must be accounted for. Figure 1: GPS data provides continuous precise positioning and timekeeping. SecureSync 2400 Delivers Reliable PNT Data Across Domains As industry leaders in the PNT space, Safran Federal Systems (SFS) has developed the SecureSync 2400 - a GNSS time server with a layered-defense approach to address GNSS threats and maintain PNT integrity. In the SecureSync platform, threats are mitigated by building redundancy into the timing system architecture. Redundancy is achieved through the integration of high-performance internal oscillators and strong modularity with a choice of customizable input interfaces. This design approach makes the SecureSync 2400 highly resilient and adaptable. Figure 2: SFS Oscillator Performance Key capabilities of the SecureSync 2400 include: Multi-GNSS receiver built-in M-Code supported Multi-reference failover reliability Modular and scalable with option cards Built-in networking capabilities Comprehensive management and monitoring interfaces High availability with hot swap redundant power supply option Figure 3: SecureSync as an NTP Server and PTP Grandmaster. The platform leverages both Network Time Protocol (NTP) and Precision Time Protocol (PTP) for a diverse suite of use cases and applications. NTP applications are cost effective and software-driven internet solutions for general IT networks and database servers with millisecond accuracy . PTP applications are high-performance hardware solutions cast on local area networks (LAN) with much tighter tolerances offering microsecond accuracy. They are used for RF communications, radar systems, data transmission, power synchronization, and scientific instrumentation. In military applications, the SecureSync 2400 supports fundamental Command and Control and Datacenter operations. Command and Control : Requires resilient and accurate time and frequency to synchronize systems monitoring and control elements over the network, along with low phase noise frequency references for RF transmitters (radar). May also provide time and frequency for communications and test equipment (radio communications). Datacenter: Resilient and accurate network timing for single or multi-tenant networks. When defense time synchronization and PNT efforts are disrupted, warfighters can suffer communications failure, lose sight and tracking of equipment and personnel, and fail to execute. This risk becomes more pronounced without resilient PNT tools. A secure time server for defense applications, like the SecureSync 2400, mitigates the risk of disruption through an ecosystem of solutions to GNSS threats. Military-Grade Time Synchronization for Resilient PNT Performance For military- and defense-focused applications, time servers need to offer additional performance features beyond commercial NTP and PTP functionality. Resilient Securing time reference acquisition and timescale keeping during GNSS interference differentiates military from commercial applications. Military time servers need varied solutions to address dynamic threats in theater without performance loss. The SecureSync Interference Detection and Mitigation (IDM) suite builds an operational awareness into the solution to mitigate threats. Modular In military use cases, individual time servers generally need to be dynamic and customizable to support evolving threats and requirements while offering field serviceability. This is achieved through modular, open-system designs, like SecureSync, which provides more than 40 installable option cards for additional power and functionality. M-Code Enabled Encrypted M-Code signals provide unique operational benefits to warfighters including strengthened jamming resistance and anti-spoof capabilities. As such, M-Code integration has become a key feature of contemporary military time servers. The SecureSync 2400 is engineered to integrate with M-Code inputs for enhanced protection in challenged environments. Evolution of the SecureSync Platform As both the need for comprehensive time synchronization tools and GNSS threats evolve, the SecureSync time & frequency platform continues to develop. The SecureSync 2400 represents a step forward in resilient timing. The upgraded platform maintains compatibility with the previous SecureSync option card set and emphasizes a renewed focus on critical operations through: Network capability, security, redundancy, & monitoring to support critical operations An advanced SoC system architecture with increased processing capability Improved internal frequency performance and distribution Additionally, the SecureSync 2400 supports multiple NTP and PTP option cards and an ALTNAV module that are unavailable on the SecureSync 1200. Conclusion Warfighter domains are constantly evolving, bringing about new risks to communications and operations through GNSS threats. In order to mitigate these risks, operating forces can leverage military-grade time servers like the SFS SecureSync 2400. This reliable and resilient time server supports complex objectives in GNSS-challenged domains by providing accurate time signals that are critical for mission success. Equipped with powerful oscillators and a proven architecture, the SecureSync 2400 ensures time accuracy and continuity even in the face of GNSS disruptions. With its adaptable and redundant threat detection and mitigation strategy, this time server keeps operations secure and mission-critical tasks running smoothly. In conclusion, the SecureSync 2400 is designed to be Secure , Resilient , Monitored , and Scalable to perform now but also adapt to future GNSS challenges, making it an invaluable asset for military operations. DOWNLOAD PDF

RxStudio is an easy to use software platform that enables users to monitor and log GNSS receiver data in real-time, and quickly visualize receiver performance. Home • Products • GNSS Testing & Simulation • RxStudio RxStudio Real-time GNSS receiver data collection, control, and display RxStudio PRODUCT | GNSS TESTING & SIMULATION Real-time and Logged Data Outputs GPS, GLONASS, Galileo, Beidou, SBAS, NavIC, Alternative Navigaton, LEO Navigation, Custom Signals Supported Receiver Manufacturers Honeywell, L3, Microsemi, NovAtel, Trimble, uBlox, and many more ANY QUESTIONS? GET QUOTE About RxStudio is an easy to use software platform that enables users to monitor and log GNSS receiver data in real-time. RxStudio was developed as a plug-and-play architecture compatible with over 100 GNSS receivers outputting and logging receiver data in a common format. Our engineers are constantly integrating new receivers increasing the number of supported receivers every month. RxStudio enables users to quickly visualize how their receivers are performing in real-time through data fields, color-coded tables, and position maps overlaid with google maps. RxStudio is a versatile tool that can be used in almost every single test environment. From field tests to classified laboratories, RxStudio increases performance and efficiency while reducing risk and complexity. Features You've Always Wanted RxStudio can monitor and log data from multiple receivers simultaneously. All of the data logged from connected receivers are saved to 20+ .csv files and the raw output data is saved as a binary file (.bin). The binary file that is created at the beginning of the session and closed when the receiver is disconnected, can be played back offline without the receiver being connected. Comprehensive Data Sets RxStudio provides a comprehensive set of data users to view, which is organized into several tabs. Nav Data Frame Typically where most users focus their attention within RxStudio. This tab provides the user with a real-time view of the GNSS receiver’s position, time, velocity, estimated errors, quality, DOP, key status, and SV tracking status. The SV tracking status shows what each active channel in the receiver is doing whether that be acquiring, tracking code, tracking code and carrier, or re-acquiring. Along with the track state, users can also see the SV#, code type being used, C/No, used, Azimuth, Elevation, Frequency, Assurance, PR residuals, Doppler, and phase of the tracking channel. This data is typically updated at a 1Hz rate (receiver depending) and is continuously logged for post-processing. Nav Data Plots Contains plots based on the receiver output over time. These plots include a position plot which is overlaid by google maps (while connected to the internet), velocity North-East-Down (NED), altitude, clock bias and drift graphs as well as a constellation color coded Satellite sky map. SV Books Shows the downlink data for the specific code and constellation your receiver is using: GPS, GLONASS, M-Code, Galileo, and BeiDou. Note, many of the integrated receivers do not make this information available to the users and therefore this tab would not populate. When receivers do make this data available, the tables will populate with new information in real time at a 1Hz rate. For C/A code GPS, the tab requires 12.5 minutes to fully populate (the length of time it requires to receive the full almanac). Each tab within the SV tab is slightly different depending on the data. Almanacs + Ephemeris Used to display the raw data the receiver is receiving from the satellites. This data is populated real-time and stored until new data for that SV is received. Similar to the SV books tab, only certain receivers make this information available and therefore only certain receivers will populate this tab. Debug Where users can go to see the messages received from the receiver, messages sent to the receiver, connection protocol and baud rate in which connection was established, and many other things that are typically not relevant for normal applications. Built-In Commands Along with being able to receive copious amounts of data from the receiver, users can also control receivers with one or many of the built-in command buttons. Cold Start GNSS device dumps all information, attempts to locate satellites and then calculates a GNSS lock. Pause Pauses the playback of a *.bin file for a GNSS Receiver Zeroize Erases and destroys all cryptographic keys and stored information within the receiver. Initialize time and/or position - Allows users to set the time and position for when the receiver comes on line either at startup or after cold start. This assists in a quicker position lock. Fast Forward Fast forwards through the playback of a *.bin file for a GNSS Receiver. Warm Start GNSS device remembers its last calculated position, almanac used, and UTC time, but not which satellites were in view. Key Receiver Allows the user to key a receiver (military) for access to precise position services and codes. Play Continues playing the recorded *.bin file for a selected GNSS Receiver. Write Message Allows users to send a custom message to the receivers. This operates as a catchall for any functionality that is not currently within RxStudio. Messages must be entered in the format specific to that receiver. Time Slide Jumps forward and backward in the file by moving the slider to the left or right. Click to download the RxStudio data sheets. VIEW DATA SHEET

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Explore our MS Series Rate Gyro Units, a stabilizing system designed for reliability. Discover how our stabilizing system enhances performance. Home • Products • Inertial Navigation Systems • MS Series MS Series Rate Gyro Units MS Series PRODUCT | INERTIAL NAVIGATION SYSTEMS Rate range Up to 300°/sec Scale factor accuracy +/-1% (-40°C to +85°C) Noise (0.1-100Hz) <0.015 deg/sec rms) ANY QUESTIONS? GET QUOTE About The MS series is well adapted for defense applications which offers the best noise performance, very low bias stability and experienced robustness. Stabilization gyroscopes are available in both kit version or in a block version, catering to different user needs and preferences. The kit version is composed of 1 or 2 electronic boards, 1, 2, or 3 Quapason sensors and flexible cable (optional). Rugged, reliable gyros More than 40 years of experience Solid state vibrating gyroscope Best noise performance Robust & compact Flexible & reliable Proven technology 200,000 sensors produced Click to download the data sheet. VIEW DATA SHEET

Did you know that all BroadSim users can easily and automatically adjust the signal power of any code type for the satellites in your scenario? This free Flex Power feature can come in handy when creating scenarios for your unit under test. Home • PNT Library • BroadSim Flex Power Application Note BroadSim Flex Power Application Note DOWNLOAD PDF By Jaemin Powell BroadSim has the capabilities! Did you know that all BroadSim users can easily and automatically adjust the signal power of any code type for the satellites in your scenario? This free Flex Power feature can come in handy when creating scenarios for your unit under test. For example, if you want to increase the P-code signal power by 6 dB and decrease the M-Code signal power by 43.5 dB in all GPS Satellites, simply go to the Signal Level tab in the Skydel user-interface then adjust the GPS L1 P and the GPS L1 M signal powers appropriately (see Figure 1 ). OR you can automate this process using our Python API framework with the help of our quick-start automation feature. Figure 1: P Code Signal Power Adjustment Did I mention that no update is needed? Because our simulators share the same Skydel Simulation Engine, the Flex Power feature is available on all BroadSim systems (i.e., BroadSim, BroadSim Solo, BroadSim Wavefront, BroadSim Anechoic). The best part about being in the BroadSim Product Family is that these scenarios can easily transfer to any of our BroadSims! Don’t let the capabilities of your simulator hold you back from testing your applications requirements. For more information on the Flex Power feature and other BroadSim Product Family capabilities, please contact Safran Federal Systems . DOWNLOAD PDF

This guide discusses applications and use cases for CRPAs, and methods for testing them. It explores various test solutions available today, and helps you choose the right solution for your specific application. Home • PNT Library • An Engineer’s Guide to CRPA Testing An Engineer’s Guide to CRPA Testing DOWNLOAD PDF By Tim Erbes Introduction In the ever-evolving landscape of GPS navigation and positioning, Controlled Reception Pattern Antennas (CRPAs) are revolutionizing defense and critical infrastructure. These advanced systems are crucial for protecting against jamming and spoofing threats, which can disrupt operations in high-stakes environments. We are providing a comprehensive overview of CRPA testing methods, technologies, and best practices based on the insights from Safran Federal Systems' white paper, Engineer’s Guide to CRPA Testing. For the full white paper and in-depth analysis, download the PDF . Who Should Read This White Paper? • GNSS/RF Test Engineers • GNSS/RF Systems Engineers • PNT Engineers • Navigation Engineers • NAVWAR Engineers • Signal Processing Engineers • Avionics Engineers • Program Managers What Are CRPAs, and Why Are They Important? CRPAs, or Controlled Reception Pattern Antennas, are multi-element antenna systems designed to reduce RF interference. By forming nulls in the direction of jammers or spoofers, CRPAs ensure that GPS receivers only process true satellite signals. These antennas are increasingly common in the defense sector, where robust anti-jamming and anti-spoofing capabilities are essential. Key benefits of CRPAs include: • Dynamic Threat Adaptation : Nullifies interference in real-time. • Enhanced Navigation Security: Maintains signal integrity under adverse conditions. • Wide Application: Used in UAVs, ground vehicles, and naval systems. Why Is CRPA Testing Critical? Rigorous testing ensures that CRPAs perform reliably in real-world scenarios. Without proper validation, these systems may fail to counteract advanced jamming and spoofing threats. Testing not only validates the design but also identifies performance limits and areas for improvement. CRPA Testing Methods 1. Record Replay Testing This cost-effective method uses recorded GPS data for simulations. While realistic, it lacks flexibility since recorded data cannot be modified. 2. GNSS Simulation GNSS simulators, like Safran’s Skydel-powered systems, allow for fast iteration speeds and high flexibility. These simulators support: • Threat simulations (jammers and spoofers). • Encrypted signals for classified defense systems. • Scalable architecture for multi-element testing. 3. Anechoic Chamber Testing An anechoic chamber provides a controlled environment for over-the-air (OTA) testing of CRPAs. It evaluates both antennas and electronics, ensuring comprehensive system performance validation. However, it requires significant upfront investment and setup. 4. Field Testing Field testing replicates real-world conditions by introducing actual threats. While effective, this method is costly and limited by environmental variables and regulations. Wavefront Simulation: A Game-Changer for CRPA Testing What is Wavefront Simulation? Wavefront simulation uses software-defined radios to simulate GNSS signals and threats, delivering unmatched precision and scalability. Key features include: • Phase Alignment: Ensures accurate signal timing across antenna elements. • Real-Time Jamming and Spoofing: Simulates hundreds of threats simultaneously. • Scalability: Supports up to 16 antenna elements and thousands of signals. • Automation: Enables quick setup and repeatable tests with minimal manual intervention. Advantages Over Traditional Methods Wavefront systems are lab-ready and do not require complex installations like anechoic chambers. They allow for dynamic simulations, enabling engineers to test under extreme conditions without leaving the lab. Key Features of a Robust CRPA Testing System When selecting a testing system, look for the following: • Built-In Jamming and Spoofing: Essential for simulating real-world threats. • Encrypted Signal Support: Critical for classified defense applications. • Scalability: The system should adapt to future needs, including additional elements or signals. • Automation: Streamlined calibration and testing workflows to save time. • Cost Efficiency: Long-term savings through software-defined, upgradeable systems. Common Questions About CRPA Testing How do CRPAs counter jamming and spoofing? CRPAs dynamically nullify interference using null steering and beamforming techniques, isolating true satellite signals while ignoring others. What’s the best way to test CRPAs? The ideal approach combines methods. GNSS simulation offers flexibility and speed, while anechoic chambers provide comprehensive OTA testing for full systems. How scalable are modern CRPA testing systems? Safran’s wavefront systems are highly scalable, supporting additional elements, signals, and future updates with minimal hardware changes. Is it possible to convert scenarios from my legacy platform? Short answer—Yes! Switching systems can be overwhelming—we feel you. Let us handle the heavy lifting: we make it easy to migrate your scenarios so you can transition seamlessly—without starting from scratch. Conclusion Testing CRPAs is no longer an optional step—it’s a critical process to ensure navigation security in high-threat environments. Safran Federal Systems’ innovative solutions, including wavefront simulation and Skydel technology, provide defense professionals with the tools needed to validate performance, identify vulnerabilities, and prepare for evolving threats. DOWNLOAD PDF

New to using our products? Explore our product and digital terrain tutorials with our expert guidance! Home • Support • Product Tutorials Product Tutorials New to using our products? Our product tutorial videos will help you become a pro in no time! GNSS Testing & Simulation All Categories Play Video Play Video 01:57 Safran Federal Systems Terrain Modeling with BroadSim powered by Skydel Orolia Defense & Security Applications Engineer Supervisor, Jaemin Powell, gives a behind-the-scenes view of the new terrain modeling feature supported across our BroadSim platform. The example Jaemin gives directly correlates to a real-world scenario that can be completed in any type of field test as a more cost-effective alternative. Learn more about BroadSim: 🔗https://www.oroliads.com/broadsim Play Video Play Video 06:27 Safran Federal Systems Wavefront Calibration Tutorial Thanks to the Skydel Simulation Engine, Skydel’s Wavefront Systems have eliminated the calibration inefficiencies by autonomously time, phase and power aligning the signals for you. Using real-time monitoring the CRPA signals are assured to be synchronized within 1° for the duration of the simulation. This continuous calibration is imperative to keep your signals aligned through temperature fluctuations on the wavefront system. Now you can focus on the more important tasks of testing, verifying, and validating your CRPA navigation system’s performance without calibration concerns. Check out this video to learn more about Skydel’s Wavefront Systems capabilities! The Next Generation of CRPA Testing Reimagined for the User: https://www.youtube.com/watch?v=ae3tzko3vac&list=PLIPe8ACXJUl3OPp_bCgEU_zxD9244Fkdl For more information, visit https://www.oroliads.com/ Play Video Play Video 06:08 Safran Federal Systems Skydel Real Time Performance Tutorial For more information, visit https://www.oroliads.com/. Play Video Play Video 14:18 Safran Federal Systems Advanced GNSS Spoofing Simulation Tutorial Contact us today to learn more or to add this capability to your BroadSim: sales@OroliaDS.com Discover the endless possibilities of spoofing testing. Advanced Spoofing is a powerful, intuitive tool that allows users to quickly create and automate a multitude of dynamic spoofing scenarios. This feature is available now with BroadSim, powered by the Skydel Simulation Engine. https://www.oroliads.com/broadsim #PNT #GNSS #GPS #Spoofing #BroadSim #Orolia --- Music: https://icons8.com/music/author/moroza-knozova Play Video Play Video 09:05 Safran Federal Systems Panorama Tutorial Learn more about Panorama by visiting → https://www.oroliads.com/panorama This video was created using Panorama Version 2.6 release. Play Video Play Video 05:24 Safran Federal Systems PANACEA Field Test - Part 3 (Simulation Example) Learn more about PANACEA Field Test by visiting → https://www.oroliads.com/panacea-field-test Load More GPS Jamming & Spoofing Detection All Categories Play Video Play Video 04:00 Safran Federal Systems GPS Jamming and Spoofing Detection Sensors – Custom Notifications and Logging Orolia Defense & Security applications engineer Jaemin Powell gives an example of how to use the output data from our BroadSense Nano and Threatblocker in a threat-filled environment. When a jammer or spoofer threat is detected by either the BroadSense Nano or the Threatblocker, notifications are sent outputting the threat that has been detected. If the threat is a jammer it will also output the J/S level. Python scripts can be made available for customers. Learn more about ThreatBlocker, our GPS Jamming and Spoofing Protection device: 🔗 https://www.oroliads.com/threatblocker Learn more about BroadSense Nano, our GPS Jamming and Spoofing Detection Sensor: 🔗 https://www.oroliads.com/broadsense Play Video Play Video 12:00 Safran Federal Systems BroadSense Nano (GPS Jamming Sensor) This video introduces BroadSense Nano - the smallest size, weight and power configuration of Orolia's patented BroadSense technology. www.oroliads.com/broadsense Play Video Play Video 00:21 Orolia Defense & Security Jamming Scenario Our engineers used open source code made available by Kerbel's space program, and integrated our BroadSim code and signals generated by Skydel's software engine. In the video, the pilot is flying through various "jammers", represented by the red spheres. As the aircraft gets closer and passes through, you'll notice the activity in the spectrum in the bottom right corner. Resilient Position, Navigation and Timin... All Categories Play Video Play Video 01:34 Safran Federal Systems CMOSS PNT Card Demo Orolia Defense & Security Director of Business Development, Conrad Meyer, introduces our CMOSS PNT Card coming to market next year. The CPNT Card is compliant with C5ISR/EW Modular Open Suite of Standards and provides Assured Positioning, Navigation, and Timing through its full set of capabilities including GNSS, signals of opportunity, IMU, precision timing, threat detection, and M-Code all powered by our FlexFusion Engine. Learn more about our CMOSS PNT Card: 🔗https://www.oroliads.com/cpnt Looking for more answers? Join Safran's online community. GO TO FORUM