Opiris
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Opiris
Multimodal optical sensing that enables machines to perceive where conventional cameras fail — in degraded, complex, and mission-critical environments.
About OPIRIS
OPIRIS develops advanced multimodal optical imaging technology that enables machines to perceive information that conventional cameras simply cannot capture. By extracting multiple physical properties of light simultaneously, our systems deliver a deeper, richer understanding of the visual world.
Our technology is designed for high-performance machine vision in the most demanding environments — where fog, smoke, reflections, and low-light conditions cause standard vision systems to fail. OPIRIS gives machines the ability to see clearly when it matters most.
Where We Apply It
Current vision systems fail when conditions are difficult. Fog, smoke, strong reflections, and low-light environments cause conventional cameras to lose critical information. OPIRIS technology is built to operate reliably where others cannot.
Detection and identification of objects in complex, obscured, and contested environments. OPIRIS imaging provides reliable situational awareness where standard sensors are degraded by environmental conditions.
Advanced quality control and inspection for manufacturing environments where surface reflections, heat haze, or particulate matter challenge standard imaging. Greater precision with fewer false rejections.
Enhanced perception for autonomous and intelligent transport systems. OPIRIS sensing improves object classification and scene understanding in adverse weather and degraded visibility scenarios.
Integration into existing sensing infrastructure to dramatically extend detection capability. OPIRIS components add a new perceptual layer without requiring full system replacement.
Rooted in academic research, OPIRIS collaborates with research institutions and universities to advance the fundamental science of optical sensing, polarimetry, and computational imaging.
The OPIRIS optical module is designed for compact integration alongside standard cameras. We work directly with system integrators and OEMs to tailor the technology to specific operational requirements.
How It Works
Our system captures physical properties of light invisible to conventional cameras, then processes that information to provide machines with a richer understanding of the scene.
Advanced optical components capture multiple physical properties of light simultaneously — including polarization states invisible to standard sensors.
Computational imaging algorithms extract structured information from raw optical data — revealing material properties, depth cues, and contrast hidden from RGB cameras.
Machine learning models interpret the enriched data to detect, classify, and segment objects with greater accuracy — even under fog, smoke, or complex reflections.
Downstream systems receive richer, more reliable visual context — enabling better automated decisions in security, industrial, and mobility applications.
Technology in Action
Partners & Affiliates
OPIRIS has demonstrated a genuinely differentiated capability in polarimetric imaging. Their technology addresses a real gap in machine vision for degraded environments — and the team brings both rigorous scientific depth and a clear path to industrial deployment.
Work With Us
Whether you are an investor, industrial partner, research institution, or system integrator looking to integrate advanced optical sensing into your platform — we would like to hear from you. Every collaboration starts with a conversation.