Precision Optics.
Intelligent Sensing.
Limitless Vision.
Global Optronics Inc. engineers advanced electro-optical and infrared solutions that redefine what's possible in detection, imaging, and photonic intelligence.
Engineering the Future of Optronic Intelligence
Global Optronics Inc. designs modular LWIR thermal imaging engines and AI vision systems for defense, automotive, industrial, and autonomous platforms.
We build the CVE platform — compact thermal engine cores with onboard image processing that serve as the foundation for every thermal product, from weapon sights to autonomous vehicles. Our AI models are trained on the world's largest range-tagged LWIR dataset, giving them range-aware detection capabilities no competitor can replicate.
Led by Asher Maor, Ph.D., our team brings deep expertise in electro-optical system architecture, defense technology, and data-driven sensing — turning complex science into field-ready products.
The World's Largest LWIR AI Dataset
Every frame range-tagged by integrated laser rangefinder. Hundreds of object classes across automotive, hunting, military, and industrial domains. The foundation that makes our AI see further and classify better than anything else on the market.
Range-Tagged LWIR Dataset
Every object in our dataset carries precise LRF distance — not estimated depth, real laser-measured range. This produces AI models that understand not just what, but how far.
- Largest tagged LWIR dataset in existence
- LRF ground-truth range per object
- Multi-environment, multi-season capture
Multi-Domain Class Libraries
Purpose-built class sets for automotive (pedestrians, cyclists, vehicles), hunting (deer, elk, boar), military (combatants, drones, vehicles), and industrial applications.
- Automotive, hunting, military, industrial
- Hundreds of annotated object classes
- Application-specific model variants
Integrated LRF Sensing
Laser rangefinder fused with every thermal frame provides real-time distance to target. Enables ballistic computation, range-gated detection, and depth-aware AI inference.
- Real-time range overlay
- Ballistic and lead-angle computation
- Depth-aware object detection
Event-Based Sensing
Neuromorphic event cameras output only pixel changes — microsecond latency, extreme dynamic range, zero motion blur. Combined with LWIR for multi-modal threat detection.
- Microsecond-level temporal resolution
- 120+ dB dynamic range
- LWIR + event camera fusion
Let's Build the Future Together
Headquarters
Global Optronics Inc.
Brooklyn, NY
United States
Phone
Business Inquiries
info@optronics.ai
Technical Support
support@optronics.ai