Exail has launched a new deployable navigation solution designed to sustain operational continuity for armed forces operating in GNSS-denied environments.
According to the company, housed in a ruggedised, transportable case, the plug-and-play system can be rapidly deployed without dedicated infrastructure, enabling ground and naval forces to maintain accurate positioning and navigation capabilities when satellite signals are jammed, spoofed, or unavailable.
"Navigation requirements don't wait for logistics cycles. This system was built so that the time between identifying a need and being operational is measured in minutes, not days. It gives field units the ability to immediately counter GNSS unavailability and maintain operational continuity in contested environments,” Land Defense Demo & Tests Manager at Exail, Gérard Page, stated.
“As defense forces increasingly face electronic warfare threats and rapidly evolving operational conditions, the ability to deploy trusted navigation capabilities wherever they are needed becomes a critical factor for mission success."
Designed for immediate front-line deployment, the system enables defence forces to rapidly redeploy high-precision navigation capabilities across platforms as the mission requirements evolve, Exail claims.
It is compatible with any wheeled, tracked, or waterborne platforms, with no vehicle modification or host-power connection required. The company claims that it also enables units to bring platforms equipped with legacy systems up to current navigation warfare standards without taking them out of service.
Both cases are directly relevant to Multi Domain Operations (MDO), where ground units, naval assets, and air-inserted forces must operate in coordination across rapidly evolving theatres.
The new navigation deployable system features a modular architecture that accommodates a range of Exail inertial units, allowing forces to scale from tactical-grade to high-performance navigation according to specific mission requirements, without disrupting theatre logistics.
It has been built using Exail's high-precision fiber optic gyroscope (FOG) technology.