Exail, a company trusted by over 70 navies and armies worldwide for its navigation and robotics solutions, is expanding its focus to space quantum communication missions. The global leader in ocean technologies now provides a comprehensive range of solutions for ground, air and space operations, building on a foundation of reliability and safety. Exail empowers photonics engineers with innovative optical solutions that have proven their relevance for laser, quantum, sensing, or space applications, the company says. This diversification signals an investment in rapidly advancing technologies beyond its established maritime and defense work.
Exail’s Inertial Systems for Space & Launchers
Exail provides inertial systems specifically designed for satellite and launcher integration, catering to the demands of increasingly complex space missions. These systems, encompassing inertial measurement units and gyroscopes for satellites, are recognized by leading aerospace manufacturers and operators for their reliability and efficiency. The company’s expertise extends beyond basic components. It delivers complete solutions ensuring safety and performance throughout ground, air and space operations, according to Exail.
Exail’s participation at the International Conference on Space Optics (ICSO) 2026 highlights its commitment to advancing photonics for both space science and quantum technologies. Beyond quantum communication, Exail’s inertial systems are used in a broad range of applications, including mine countermeasures, unmanned vehicle navigation and land/air pointing systems. The company also offers stabilized platforms and positioning/rate tables, which are important for testing and calibrating inertial systems under controlled conditions. This diverse application base demonstrates the adaptability of Exail’s technology across multiple sectors, using a core competency in high-performance inertial sensing.
Photonics for Quantum Communication & Metrology
Exail offers a propagation channel emulator. Exail also manufactures lithium niobate electro-optic modulators and associated driver electronics, enabling precise control of light signals for quantum applications, the firm reports. “Power Photonics, Sensors and PICs” are key areas of focus, according to company materials. The company’s commitment to space-grade components is evident in its development of rad-hardened fibers and modulators specifically designed to withstand the extreme conditions of the space environment. Exail provides integrated micro-optics benches and custom free-space optical systems, offering flexible platforms for building and testing complex quantum experiments.
Exail Solutions for Naval & Land Defense
The company’s involvement centers on providing critical components for secure data transmission, a rapidly growing area of space-based infrastructure. The company’s offerings for defense extend to a comprehensive suite of mine countermeasures systems, encompassing unmanned surface and underwater vehicles alongside advanced sonar technologies. Exail also provides inertial navigation systems and data distribution units integral to the operation of these platforms, ensuring precise positioning and data relay. Land-based applications include unmanned ground vehicles and inertial measurement units for navigation and pointing systems, supporting both military and civilian operations.
Advancing Photonics in Oceanographic & Civil Engineering
Exail is contributing to the CNES CARIOQA Pathfinder Mission Preparation project through the delivery of an engineering model ultracompact laser source. This source supports cold-atom interferometry, generating the frequency-stabilized laser beams required for trapping, cooling, and interrogating atoms, a key component for advancing quantum sensing capabilities in space. The development signifies a move beyond traditional oceanographic and defense applications into the rapidly evolving field of space-based quantum technologies, building on established space heritage with current photonic developments.
The company is also developing a space-grade component for a US integrated photonics company, further demonstrating its expansion into the quantum realm, Exail reports. This component builds on Exail’s expertise in specialty optical fibers, including those designed for harsh environments and photonic crystal fibers, as well as lithium niobate electro-optic modulators and related RF modulator drivers.
These advancements are not limited to space applications; the same technologies support civil engineering operations, encompassing mining, tunneling, mobile mapping and rail industries, where precision and reliability are paramount. Positioning and rate tables are also offered for these land-based applications.
Exail’s involvement extends to directed energy laser facilities and atom cooling/manipulation technologies, indicating a broad portfolio of photonic solutions, by the company’s account. “From fiber-optic gyroscopes to quantum communication and cold-atom sensing,” the company states, “Exail combines established space heritage with advanced photonic developments.” This combination allows for the creation of integrated micro-optics benches, polarization division multiplexing emulators, and variable optical delay lines, all key for advanced optical systems.
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