Immersal — Visual Positioning Software for European Defence Autonomy

Immersal develops software for spatial mapping and visual positioning that allows a device to determine its position and orientation by comparing camera input to machine-readable maps. This computer-vision positioning layer is architecturally relevant to augmented reality, navigation, and “indoor–outdoor” continuity where satellite navigation can be constrained by urban canyons, infrastructure, or deliberate interference.

In European defence-industrial terms, vision-based positioning is best understood as a dual-use enabling technology whose value is upstream of platforms and downstream of sensors, contributing to digital situational awareness and resilient mobility.

This analysis answers: What is Immersal's spatial mapping and visual positioning software and how does it determine device position and orientation by comparing camera input to machine-readable maps? How does vision-based positioning provide indoor-outdoor continuity where satellite navigation is constrained by urban canyons, infrastructure or deliberate interference? How does this dual-use enabling technology sit upstream of platforms and downstream of sensors to support digital situational awareness and resilient mobility? What readiness, institutional-positioning and capability-gap factors characterise Immersal's relevance to European defence autonomy?