Yes, early-generation quantum inertial and magnetic sensors are currently being integrated into high-value platforms.
Engineering
Quantum Sensors
Deploy quantum-enabled magnetometers and inertial sensors to ensure navigation integrity in heavily jammed environments.

How we approach Quantum Sensors
When GPS signals are denied, traditional inertial navigation systems begin to drift inevitably. We integrate cutting-edge quantum sensors - such as cold-atom interferometers and diamond NV-center magnetometers - that provide unparalleled accuracy without relying on external signals.
The primary engineering challenge lies in miniaturization. We design custom ruggedized enclosures and vibration isolation mounts tailored for quantum instruments, shielding them from the harsh kinetic environment of tactical platforms while preserving their delicate quantum states.
These sensors also offer revolutionary capabilities in submarine detection and subterranean mapping by measuring minute anomalies in the Earth's magnetic or gravitational fields.
Our team integrates the complex timing electronics and photonic interconnects required to read out these sensors, delivering a complete, field-ready positional assurance package.
Related areas in this practice
Absolute Certainty
Quantum sensors redefine what is possible in assured position, navigation, and timing (APNT).
- Zero-drift navigation solutions.
- Magnetic anomaly detection.
- Vibration-isolated quantum enclosures.
- Photonic readout integration.
The Physics of the Edge
Quantum sensing operates by interrogating atomic states with precision lasers. We make this laboratory-grade physics robust enough to survive launch shocks and temperature extremes.
Quantum Sensing FAQ
Understanding quantum advantages.
Integration Path
Isolation
Design active vibration damping.
Interfacing
Build timing and optical readouts.
Calibration
Characterize sensor bias in environmental chambers.
Talk with engineers who own the work
Request a technical pass on Quantum Sensors: constraints, risks, and a practical next step with clear assumptions.
