Multi-Observer Multi-Spectral Passive Object Detection

R-DEX Systems, Inc. (R-DEX) proposes to build upon its extensive experience in Aided/Automatic Target Recognition (Ai/ATR), real-time target detection and tracking, and multi-sensor fusion to develop an advanced multi-observer, multi-spectral passive object detection and tracking solution that can be integrated and fused with current surface shipborne and controlled aircraft organic sensing equipment.ÝIn this SBIR Phase I, we will build on our previous work to demonstrate our proven techniques that leverage mutual information and correlation-based tracking supplemented to extract actionable intelligence from multi-source passive sensing. A key focus of this effort is on passive sensing modalities that address time critical needs and that operate in all environmental conditions and account for atmospheric phenomena that can clutter traditional active sensors.ÝOur approach will focus on developing a scalable, AI-driven multi-observer sensor fusion framework that seamlessly integrates passive spectral data streams into existing naval decision-making systems, including the Aegis Combat System (ACS). The proposed system will be designed to operate within the Aegis Test Bed (ATB), ensuring compatibility with current track managers, weapons, and missile systems while maintaining real-time performance constraints. Through this effort, we aim to deliver a next-generation passive sensing capability that enhances situational awareness, expands detection range, and increases mission survivability in modern naval warfare scenarios. By integrating these capabilities with Navy surface fleet sensors, our proposed solution will enhance the Common Operational Picture (COP) by providing real-time, high-fidelity target identification and tracking without relying on active emissions, thereby improving operational effectiveness in contested environments.ÝThrough careful trade studies, modeling, and subsystem design, Phase I will establish the technical feasibility of our concept, demonstrate compliance with critical performance thresholds and lay the foundation for Phase II. The Phase I Option will include the initial design specifications and capabilities description to build a prototype in Phase II.