Exosens Unveils Its Multi-Sensor Strategy for Military Tactical Vision
On Monday, Exosens detailed its approach to tactical vision in degraded environments, based on three complementary imaging technologies: low-light visible vision, near-infrared (SWIR), and thermal infrared (LWIR). The French specialist positions this multi-sensor strategy as a response to the operational challenges of modern forces.
A Step-by-Step Approach: Detect, Identify, Decide
Exosens structures its defense needs vision around a three-step decision-making chain: early detection, reliable identification, and rapid action. According to the press release, each spectral technology plays a distinct role in this sequence. Low-light visible vision provides a natural rendering and aids in navigation, SWIR allows for precise identification in conditions of degraded visibility (fog, smoke, dust), while thermal infrared ensures detection by thermal signature, even through obscurants.
Three Product Ranges for Specialized Uses
Exosens details its portfolio around three ranges. Low-light vision covers night vision applications (iLumos RED 5G and Nocturn series), including maritime surveillance and perimeter security. SWIR (Wildcat+ series) targets reconnaissance, discreet observation, and laser designator detection. Thermal infrared (Dione XP, Crius XP, MicroCube XP series) addresses thermal sights, handheld systems for light infantry, and enhancement of tactical vehicle drivers' vision.
Modular Integration on Modern Platforms
The press release emphasizes that Exosens' solutions are designed to integrate on various defense platforms: dismounted systems, weapon sights, armored vehicles, drones, airborne payloads, naval and coastal systems, and fixed or mobile observation posts. Exosens highlights modular flexibility, stating that forces can mix spectra based on operational priorities (visual context, material identification, early detection) without imposing a single approach.
