EO/IR

Peregrine is an Open Mission System (OMS)-compliant infrared sensor system emulator that integrates a high-fidelity digital twin of your IR mission system. It features industry-leading, physics-based camera and environmental modeling to enable accurate, mission-representative simulation and analysis.

End 2 End toolkit links state-of-the-art government, commercial, and Resonant Sciences-developed physics-based Modeling & Simulation tools to enable survivability assessments and parametric exploration of the entire IR kill-chain.

We provide advanced radiometric, intrinsic, and extrinsic calibration services for infrared cameras, helping you unlock the full performance of your sensor. Our approach combines a novel laboratory-based radiometric calibration method that improves in-flight stability and uniformity with a fast, fully automated intrinsic calibration process built on proven machine vision best practices. For extrinsic calibration, we use a rapid, field-deployable technique that relies on the camera’s own imagery to determine its true as-installed 6-DoF position with sub-pixel accuracy—eliminating the need for complex, intrusive measurements or reliance on the camera’s physical housing instead of its actual imaging performance.