C-UxS Detection, Identification, Tracking and Advancement of
Non-Kinetic Disablement

Detecting the threats others can't see

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NimbusVisionTM Sentient Detection, Identification, Tracking and Developing Integrated Non-Kinetic Disablement Capabilities

A New Sensing Architecture

Entropy is not just detecting the future of threats—it’s defining the future of sensing.

Entropy Technology Design is redefining how threats are detected in increasingly complex and contested environments. While traditional systems rely on active emissions—radar, RF, and optical—our approach unlocks a new layer of awareness by operating in a largely untapped sensing domain.
At the core of this innovation is NimbusVision™, a proprietary platform designed to passively detect and classify low-observable, RF-silent, and autonomous threats across air, land, and maritime environments. By leveraging unintended radiated emissions, NimbusVision™ enables early detection and persistent tracking without alerting adversaries or relying on cooperative signals.

Built for the Modern Threat Landscape

Modern threats are evolving—smaller, quieter, more autonomous, and increasingly difficult to detect with legacy systems. Accurate and immediate intelligence is the urgent requirement created by the modern battlefield- for both action and reaction. Entropy’s technology fills this critical gap, enhancing layered defense architectures and extending visibility into previously unmonitored domains.

From Detection to Effect

Validated through multiple U.S. Department of Defense programs, Entropy is advancing beyond detection toward integrated sensing-to-effect capabilities, including non-kinetic threat mitigation. This evolution positions NimbusVision™ as a foundational layer in next-generation defense systems—bridging the gap between awareness and action.

Dual-Use. Scalable. Transformational.

Beyond defense, Entropy’s platform is uniquely suited for critical infrastructure protection, smart cities, ports, and high-value commercial environments. With a high-margin hardware and SaaS model, NimbusVision™ offers scalable deployment and long-term value across both government and commercial sectors.

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Additional Features and Use Cases

Mortar Fire - Active Fuze Detection

Mortar fuze activation at its apogee creates a distinct leading edge waveform across a broad spectrum – including low-frequency magnetic. 

US-Tech, Georgia, July 2022

Entropy Engineers Test New Class of Military and Commercial Sensors for sUxS Threat Detection

Drone Characterization

Passive drone detection requires receiver sensitivity and detection optimization which is aided by drone emissions characterization. Drone emissions characterization includes measurements under different conditions and operating scenarios. Many measurements and experiments may be performed in an unshielded environment; however, certain measurements are most effectively and efficiently performed within a Gauss chamber or an RF anechoic chamber in which external man-made interference and atmospheric noise is greatly reduced.

Entropy’s Wireless Systems Subject Matter Expert Randy Rich performed experiments and measurement analytics within an RF anechoic chamber. In this case certain drone emissions were being studied and documented with the goal of using this data to optimize the Entropy drone detection sensors and system.

Entropy Technology Design to install threat detection system at NAVAIR

NimbusVisionTM

Entropy Technology Design, a Florida certified Woman Owned Small Business (WOSB), announced that the US Government through USSOCOM SOFWERX/DEFENSEWERX has awarded Entropy a contract to install their technology at a Naval AFB. 
Entropy has over 75 years combined experience and past performance as Subject Matter Experts (SME) in very low frequency (VLF) magnetic field sensor design and software analysis.
NimbusVisionTM technology is passive VLF Magnetic field detection and tracking of severe weather activity and UxS with system architecture development for non-kinetic disablement.
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Entropy Technology Design Awards