Owl AI Applications
Automotive ADAS & Autonomy
What is LWIR Thermal Imaging?
Long Wave Infrared (LWIR) also known as Far IR (FIR)
- LWIR can “see” in bright and blinding light
- Sees in complete darkness; Zero lux illumination
- Visibility not affected by snow, rain or fog
- Requires no active illumination; unlike LiDAR or cameras imaging in the visible or shortwave infrared (SWIR) bands
- Truly passive; operates at 8- 14 um spectral range, detects thermal energy
- Now available in 1280×800 HD
- Cost Effective
- Safety Qualified to AEC Q100 standards
To learn more download our white paper on thermal imaging basics – HERE
Let's bust some myths
about LWIR
Thermal Works Everywhere… All the Time!
Driving Rain
LWIR is not impacted by rain
Fog & Smoke
Used by firefighters for a reason. LWIR is not effected by smoke or fog
Snow Conditions
Works in snow and not affected by frigid temperatures
Hot & Humid
It can be 96F outside and still identify humans
Owl Thermal Imaging Use Cases
Owl AI thermal imaging can create a “circle of protection” for ADAS systems to see and react when driver can’t
Front-Facing Driver’s POV
Owl AI extends the range ahead
Owl’s proprietary thermal HD camera system transforms difficult and dangerous driving environments particularly at night to dramatically increase driving ease, efficiency and safety
Busy Suburban Areas
Owl “sees” and classifies hazards
The Owl AI thermal system reveals many hazards in complex situations driving in low light levels or that occur when driving in the glare
Rear-facing + Mirror Display
Owl anti-glare, blind-spot reveal
Deploying a rear view camera in thermal to remove glare, classify objects and provide enhanced vision expanding the driver’s awareness
