Address the number one strategic threat
We develop solutions that brings robustness to logistics, supply chains, and telecommunications networks powered by quantum technology that addresses the number one strategic threat.
GPS denial is widely recognized as the most significant vulnerability faced by allied nations. For example, a short five-day outage in the UK alone is estimated to cost nearly $7 Billion; a broader outage could jeopardize communications networks, oceanic shipping, and autonomous vehicles. GPS denial on the battlefield poses a major risk to friendly forces.
Deliver precise dead-reckoning navigation
Quantum-enabled PNT is the future of navigation. The unreliability of GPS in urban environments, high latitudes, subsurface settings, and contested battlefields mandates new approaches to navigation.
We have has partnered with Advanced Navigation, a world-leader in AI-enhanced inertial navigation systems, to offer our users an ultra-high performance quantum PNT system that opens a new frontier in navigation undersea, land, and outer space.
Navigate with and generate geophysical maps
The earth has a unique fingerprint that’s invisible to the naked eye. Both gravity and magnetic fields vary locally and provide unique terrain maps enabling precise navigation even under the most demanding circumstances.
Q-CTRL’s software-ruggedized gravimeters and magnetometers enable high-accuracy mapping and map matching on mobile platforms - from sea to air. And combined with proprietary algorithms we can help you turn sensor insights into mission capabilities.
Protect networks with enhanced quantum clocks
Stable clocks are essential not only for GPS but for operating our telecommunications networks. We have pioneered software-level techniques that can improve clock stability and ultimately improve network resilience in the face of GPS disruptions.
Through patented techniques to improve the stability of passive frequency standards and phase-lock-loops using machine learning, we help you deploy software solutions that deliver enhanced clock performance without the need to change your hardware.
Real-world use cases
Navigational stability improvement.
Gate-level hardware improvement.
Improvement in algorithmic success.
Sensitivity error-source identification during quantum logic.
Reduction in gate duration.
Improvement in gate robustness to amplitude miscalibration.
different noise sources can be suppressed simultaneously with a single optimized robust control pulse for atom interferometry.
Reduction of quantum compute cost
improvement in the likelihood of finding an optimal solution with Fire Opal over the default hardware execution
increase in logical qubit lifetime