Entropic Void Detector (EVD) (Passive Spatial Occlusion Tracking Platform)

Codename: EVD | Status: SEEKING_CO_DEV | Classification: UNCLASSIFIED

Overview

**SYSTEM CLASSIFICATION** Passive Multi-Static Sensing and Distributed Signal-Processing Platform. **PRIMARY MISSION** To execute covert, passive tracking of aerospace targets by processing Geometric Information Voids against ambient background noise or commercial satellite streams, reducing reliance on conventional active radar arrays. **INDUSTRY CHALLENGE** Modern surveillance systems rely on transmitting high-power electromagnetic energy, which reveals sensor locations, demands massive operational energy footprints, and is highly vulnerable to active jamming and low-observable stealth technologies. **HIGH-LEVEL SOLUTIONS** • **Ambient Illumination Tracking:** Utilizes naturally occurring and commercial electromagnetic sources instead of active, detectable transmitters to maintain complete operational secrecy. • **Event-Driven Signal Processing:** Incorporates a proprietary processing architecture that minimizes computational load by prioritizing dynamic spatial changes over static environmental noise. • **Distributed Mesh Sensing:** Links geographically separated sensor nodes into a unified multi-static tracking network to maximize localized spatial situational awareness. **TARGET APPLICATIONS** • **Covert Airspace Surveillance:** Passive RF sensing and distributed surveillance for highly contested airspace. • **Multi-Static Sensor Fusion:** High-efficiency data integration across decentralized processing nodes. • **Aerospace Domain Awareness:** Passive monitoring of low-observable airborne targets and space domain anomalies.

Technical Specifications

  • DESIGNATION: EVD
  • DEVELOPMENT STATUS: In Development
  • INTELLECTUAL PROPERTY: Patent Pending
  • TECHNICAL REVIEW: NDA Required
  • PRIMARY MISSION: To execute covert, passive tracking of aerospace targets by processing Geometric Information Voids against ambient background noise or commercial satellite streams.
  • SYSTEM ARCHITECTURE: Networked ground-based receiver nodes utilizing off-the-shelf software-defined radios slaved to custom hardware acceleration engines.
  • TECHNOLOGY CATEGORY: Passive Target Tracking and Signal Processing Logic Systems
  • CORE PLATFORM: Micro-Temporal Occlusion Passive Sensor Array
  • INTEGRATION STRATEGY: Sub-300ns real-time differential tracking algorithms deployed directly to field-programmable gate arrays without active electromagnetic emission.
  • MANUFACTURING PATH: Commercially available electronics assembly integrated with proprietary signal processing firmware.
  • SCALABILITY PROFILE: Highly scalable global tracking mesh utilizing third-party satellite constellations as ambient illumination vectors to bypass active jamming vulnerabilities.
  • TARGET APPLICATIONS: Covert airspace surveillance, countermeasure-immune defensive tracking, and non-line-of-sight signal processing networks.
  • COMMERCIAL PATHWAY: Licensing / Acquisition / Co-Development
  • PARTNERSHIP STATUS: Open
  • INVESTMENT STATUS: Seeking Strategic Partners
  • TECHNOLOGY READINESS: Subsystem Verification and Logic Validation

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