QUANTUM SUPERCONDUCTING MAGNETIC ENERGY CONTAINMENT

Our Q-SMEC platform leverages quantum superconducting materials to create next-generation sensors with up to 132 dB signal enhancement and 100x performance improvements, securing the future of defense, energy, and industry.

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Quantum-Enhanced Infrastructure Solutions

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Quantum Materials

22 meta-element technology stack with proprietary quantum superconducting compounds.

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Energy Systems

Advanced micro-grid intelligence targeting the $95 billion energy market with 100x performance improvements.

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Defense Technology

Critical infrastructure protection across all 16 DHS sectors with TRL 9 validated solutions.

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R&D Excellence

DOE National Laboratory partnerships and Fortune 50 engineering expertise.

A Unified Platform for Every Sensor Domain

The Q-SMEC framework is not a single-point solution; it's a foundational materials platform designed to enhance performance across the entire spectrum of sensor technology.

Quantum / Cold-Atom

Ultra-high sensitivity for timing and fields.

EO/IR & Photonics

Optical, infrared, and photonic sensing.

RF & Radar

Wideband RF, radar, passive/active.

Acoustic & Sonar

Airborne and underwater acoustics.

MEMS & Inertial

IMU, gyro, and motion vectors.

Environmental & Chemical

Gas, particulate, biological assays.

Energy & Power Flow

Grid, storage, and containment signals.

Biomedical & Wearable

Human-in-the-loop sensing.

Critical Infrastructure Domains

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Industrial & Manufacturing

High-precision process control sensors
Energy-efficient production optimization
Predictive maintenance (vibration/thermal)

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Automotive & Transportation

Enhanced LIDAR/RADAR for ADAS
High-accuracy inertial navigation (IMU)
EV battery health & thermal sensors

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Data Centers & Computing

Precision thermal & power quality sensors
Low-noise timing references & interconnects
EMI monitoring and mitigation

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Energy & Utilities

Grid stability & power flow sensors
Substation fault & RF/noise detection
High-density energy storage (SMES)