SBQuantum develops quantum magnetometry technology based on nitrogen-vacancy (NV) diamond sensing. The company's core technical approach leverages diamond quantum capabilities to detect and map magnetic fields with high precision, targeting positioning and navigation applications where GPS-denied or GPS-degraded conditions create hard constraints. Their quantum diamond magnetometers achieve sub-100 picotesla sensitivity and are designed for continuous operation in demanding field environments.
The company has deployed hardware in space, having launched a quantum sensor as part of the U.S. government's MagQuest Challenge - a milestone that demonstrates the technology's readiness beyond the lab. SBQuantum has secured over $15 million in R&D contracts, with primary industry verticals spanning space systems, defense, homeland security, public safety, and commercial navigation. Applications center on magnetic mapping solutions for high-resolution positioning and navigation where traditional approaches fall short.
Headquartered in Sherbrooke, Canada, SBQuantum's work sits at the intersection of quantum physics and applied sensing engineering. The technical domains involved - NV diamond magnetometry, magnetic field detection, and magnetic mapping - require integration of quantum optical readout hardware with signal processing and environmental noise rejection, a set of challenges that define the company's engineering focus.
