RAPTOR_V4
JANUS’ Rapid Target Predictor (RAPTOR) rapidly generates synthetic target signatures across EO, IR, and RF (SAR) modalities using industry-standard accelerated ray tracing, enabling Multi-INT target detection and recognition solutions.
Key Features
Full-Spectrum Ray Tracing
Industry-standard accelerated ray tracing technology generates target signatures that span the electromagnetic spectrum, beginning in the visible region and continuing through the infrared and into the microwave regions.
CAD-Driven Signature Prediction
Employs 3D CAD models and sensor parameters, coupled with collection geometry and illumination geometry, to rapidly generate synthetic target signatures.
AI/ML Training Data
Generates vast amounts of labeled high-fidelity data containing specific targets of interest that are required to successfully train AI/ML models to perform target detection and recognition.
Proven Performance
Multi-INT Signature Generation
RAPTOR’s predicted target signature output can be combined with background scenes for specific domains and conditions of interest from a range of sources. This approach has been successfully employed to mitigate issues with limited target data availability from real-world data sources, as is often the case in anti-access/area-denial (A2/AD) regions.
- Multi-Modality Support (EO / IR / RF (SAR))
- Visible-to-Microwave Spectrum Coverage
System_Parameters
Value_Proposition
Rapidly generate synthetic target signatures spanning the electromagnetic spectrum to overcome limited real-world target data availability in A2/AD regions, enabling Multi-INT solutions and AI/ML training for operational target detection and recognition.