Multimodal optical imaging enabling machines to sense across UV, visible, NIR, SWIR, and LWIR, where conventional cameras fail.
Opiris
Multimodal optical imaging enabling machines to sense across UV, visible, NIR, SWIR, and LWIR, where conventional cameras fail.
LAB-GRADE PRECISION
Instantaneous acquisition of high-resolution multimodal data without the need for scanning or mechanical modulation.
Unprecedented material characterization by combining phase-contrast and polarization state analysis in a unified optical path.
Extended spectrum detection for penetrating degraded environments and revealing hidden sub-surface characteristics.
Deterministic physical data optimized for edge computing and industrial machine-vision neural networks.
Strategic Applications
Advanced target detection and classification in degraded visual environments. OPIRIS provides high-contrast identification where conventional systems fail.
Non-destructive metrology for metasurface and semiconductor manufacturing. High-resolution phase data enables sub-nanometer defect detection at production speeds.
Transforming rheumatology and oncology with non-invasive digital biopsies. Quantitative physical data integration for clinical decision support and drug discovery.
Why OPIRIS
By integrating high-resolution phase and polarization imaging into a single-shot optical path, our system eliminates the footprint of multi-camera arrays without sacrificing spectral purity or spatial resolution.
Streamlined hardware requirements reduce calibration overhead and maintenance cycles. OPIRIS's unified capture logic provides robust multimodal imaging solutions that are easier to integrate across industrial production lines.
We bridge the gap between research-grade polarization analysis and real-world deployment. OPIRIS delivers precision physical data directly in defense and industrial metrology environments, overcoming atmospheric noise and vibration.
Our data output is natively optimized for machine-vision pipelines. By embedding physical constraints into the data structure, we enable faster feature extraction, classification, and target identification for next-generation autonomous systems.
Born from Singular Imaging Research
OPIRIS originates from the research work conducted within the Singular Imaging Team at SPPIN, where advanced optical methods for phase and polarization analysis are developed and experimentally validated.
Our technology is rooted in rigorous photonics research focused on extracting physical information beyond conventional intensity imaging. Over years of laboratory development, we engineered a unified optical architecture capable of capturing multimodal data in a single shot, eliminating the need for sequential acquisition or mechanical modulation.
What was once a complex laboratory setup has been redesigned into a compact, deployable imaging system. OPIRIS represents the translation of fundamental optical science into robust industrial hardware, preserving measurement fidelity while enabling real-world operational use.
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.