Advanced Navigation Secured 16 Million Euro Contract

The company will supply inertial navigation systems for Kongsberg's counter-drone platforms in Poland.

Updated on Sept. 28, 2026 in Robotics

Close-up of a brushed metal inertial navigation sensor component sitting on an industrial laboratory workbench, focused on geometric engineering details.
Advanced Navigation secured a 16 million euro contract to supply its Boreas inertial navigation systems for Kongsberg's counter-drone platforms in Poland. AI Illustration. Upload story photo >

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Advanced Navigation has signed a 16 million euro agreement to provide its Boreas inertial navigation systems for Kongsberg's PROTECTOR platforms. The technology will be utilized in 18 counter-drone batteries ordered by Poland.

Why it matters

The Boreas systems allow counter-drone platforms to maintain sensor alignment and targeting in contested environments where GPS signals are frequently jammed. This provides critical operational reliability for defense systems operating without satellite or magnetic compass guidance.

The Boreas system uses fiber-optic gyroscopes to sense Earth’s rotation for navigation. It operates entirely independently of GPS or magnetic compass inputs to measure platform movement.

The players

Advanced Navigation

An Australia-based technology firm specializing in inertial navigation and subsea acoustics solutions.

Kongsberg

A Norway-based international technology group that supplies mission-critical systems to the defense and energy sectors.

Advanced Protection Systems

A company responsible for the command-and-control architecture of the Polish counter-drone batteries.

The details

The navigation systems will integrate into the PROTECTOR platform, which employs remotely operated turrets to neutralize aerial threats. This equipment supports the command-and-control operations provided by Advanced Protection Systems within the larger battery project.

Timeline

  1. Poland placed the order for counter-drone batteries in 2026.

The Tech Race

The integration of advanced inertial navigation reflects a broader industry shift toward sensors that bypass vulnerabilities in traditional satellite-based guidance. This development follows a pattern set by the Kongsberg PROTECTOR counter-drone platforms as they move toward autonomy in contested electronic warfare zones.

This deal secures specialized navigation hardware for high-stakes defense applications, potentially stabilizing targeting capabilities in regions facing active signal interference. The increased demand supports Kongsberg's plans to expand its manufacturing capacity directly within Poland.

The takeaway

Reliable navigation remains a critical hurdle for autonomous defense systems operating in electronic warfare environments. Advanced inertial systems provide a necessary fallback for equipment that must remain operational despite the absence of external GPS signals.

Further reading

Learn more about the latest innovations in Robotics.

Source note: This article includes information reported by The Defense Post.

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