— 001
Atomic Vapor Cell
At the core of every OAQ sensor sits an atomic vapor cell. Its atoms react to the faintest magnetic field, turning quantum behaviour into a measurable signal.
— Quantum Magnetometry
Map the invisible.
Map the invisible.
Move with confidence.
OAQ builds quantum magnetic-field sensors that reveal what optical and surface-level sensing can miss: concealed, buried, and submerged objects. They turn faint magnetic anomalies into an operator-ready map.
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.
— 002
Detection
Capture subtle magnetic signatures that can be hard to detect with optical or surface-level sensing, helping flag concealed-object candidates for review.
— 003
Mapping
Drone, vehicle, or vessel-mounted sensors survey the terrain and stitch each reading into a continuous magnetic anomaly map.
— 004
Guidance
Candidate anomalies are mapped as they are detected, helping operators plan lower-risk routes for follow-on inspection.
— The Platform
One system, from sensor to decision
Quantum-grade magnetic sensors
Live field data
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.
Quantum
Sensing
Sensing
Live
Data
Data
Shared
Mapping
Mapping
— How it works
From signal to decision
sensors
— 01 / Sense
Capture the field
Quantum sensors read the magnetic field at picotesla-class sensitivity, from a drone, vehicle, or vessel.
travel_explore
— 02 / Map
Build the anomaly map
Each reading is stitched into a continuous magnetic anomaly map of the surveyed area.
route
— 03 / Decide
Act with clarity
Candidate anomalies are flagged so operators can decide where to inspect, avoid, or proceed.
Sensitivity
pT
We resolve the magnetic field at picotesla-class sensitivity, fine enough to surface subtle anomalies in mobile field conditions.
Sensor head
24.8 g
7× lighter than our first generation. Light enough for small drone integration, and designed for operation outside magnetic shielding.
layers
A magnetic signal layer that surfaces what other sensors can miss.
Concealed · buried · submerged
route
Candidate anomalies mapped so operators can plan a lower-risk route.
From field data to decision
— Applications
Where OAQ operates
One magnetic signal layer, applied across the field.
shield
Defense & Security
Surface concealed and buried objects where optical and surface-level sensing fall short.
warning
UXO & Mine Action
Map suspected buried ordnance to support safer clearance planning.
sailing
Maritime & Subsurface
Survey for submerged objects and vessels beneath the surface.
construction
Infrastructure & Survey
Locate hidden utilities and structures before you dig or build.
Start a field conversation
Tell us what you need to see. Our team will follow up to explore how OAQ fits your environment.
