Sensonor

Sensonor is part of Safran Navigation & Timing, and it focuses on resilient positioning, navigation, and timing, which is often abbreviated to PNT. Its business centers on products and solutions that help customers obtain precise timing, synchronization, simulation, inertial sensing, and navigation capabilities in operating environments where GNSS signals may be vulnerable or disrupted. The company serves both commercial and defense industries, and it works across a broad set of application areas including aerospace, automotive, data centers, defense, finance and fintech, high energy physics, public safety, quantum, and space. In that context, the company's role is not limited to one device or one market; it spans timing infrastructure, GNSS simulation, inertial navigation, and anti-jamming technologies across a wide range of operational uses. A distinctive part of the business is resilient PNT, which is an approach that adds redundancy and diversity to systems so that they remain dependable despite GNSS vulnerabilities. Its field-proven portfolio takes in time servers, simulators, atomic clocks and oscillators, inertial measurement and navigation systems, accelerometer sensors, gyroscopes, and GPS anti-jamming receivers. Specialized offerings such as White Rabbit solutions, PCIe timing boards, and GPS disciplined oscillators round out a business that covers both standalone products and integration-oriented components. The company also supports testing and development through GNSS simulation systems that are able to reproduce many real-world conditions, including multi-vehicle and multi-antenna scenarios, jamming, spoofing, multipath, and atmospheric interferences. Those simulation systems are put to work in development, NavWar testing, integration projects, and space launch applications, as well as in applications that require very high performance, multiple constellations, or precise synchronization. Taken as a whole, Sensonor is built around assuring accurate position, navigation, and timing for systems that depend on reliable signals and a reliable time reference, with products spanning hardware, software, and simulation across both commercial and defense settings.