From Atoms
to Intelligence.
Building toward an ISR platform across detection, navigation, and RF sensing. Today OAQ makes the atomic vapor cells at the core of quantum magnetic sensing, and the systems built on them.
Sense
the unseen
Quantum magnetometers measure the magnetic field with extraordinary sensitivity. Where optical, GPS, and surface-level sensing fall short, OAQ adds a magnetic layer, resolving the faint anomalies left by metal, structure, and movement: buried ordnance, hidden infrastructure, and vehicles or vessels beneath cover.
Picotesla-class sensitivity. Field-oriented anomaly mapping. Designed to operate outside magnetic shielding.
From quantum sensing to an ISR platform
OAQ unifies quantum magnetic sensors, anomaly analysis, and shared mapping into a single platform, so teams surface hidden signatures and act on them from one view.
Deployed across drones, vehicles, and fixed installations, OAQ integrates with the systems you already operate.
Our atomic vapor cells and lightweight sensor heads are built in-house: the core quantum components behind every OAQ system, and the foundation for what we build next.
Sensing
Data
Mapping
From signal to decision
Capture the field
Quantum sensors read the magnetic field at picotesla-class sensitivity, from a drone, vehicle, or vessel.
Build the anomaly map
Each reading is stitched into a continuous magnetic anomaly map of the surveyed area.
Act with clarity
Candidate anomalies are flagged so operators can decide where to inspect, avoid, or proceed.
From the atom to the anomaly map.
What we make today, and what the field gets back from it.
- Navigation magnetic mapWide area · high altitude · fast transit
- UXO & mine detectionLow altitude · slow · dense grid
The same sensor, flown two ways. The mission sets altitude, speed, and line spacing, so we quote coverage per mission rather than as one averaged number.
- Atomic vapor cellsCube and cylindrical, made in-house
- OAQ PlatformAnnual deployment, quoted per programme
A magnetic signal layer that surfaces what other sensors can miss.
Candidate anomalies mapped so operators can plan a lower-risk route.
Where OAQ operates
One magnetic signal layer, applied across the field.
Defense & Security
Surface concealed and buried objects where optical and surface-level sensing fall short.
UXO & Mine Action
Map suspected buried ordnance to support safer clearance planning.
Maritime & Subsurface
Survey for submerged objects and vessels beneath the surface.
Infrastructure & Survey
Locate hidden utilities and structures before you dig or build.
Research & Fundamental Physics
Atomic magnetometers and vapor-cell components for precision measurement, quantum sensing, and fundamental-physics research.
Geophysics & Resource Survey
Map subsurface magnetic anomalies for mineral, resource, and geological survey from airborne or ground platforms.
Start a field conversation
Tell us what you need to see. Our team will follow up to explore how OAQ fits your environment.
