Quantum + conventional sensors in one display with Fides Q-View™.
Whether tracking blue forces or adversaries, when a traditional sensor has a gap, a quantum sensor can provide ultra-high-precision data for a more holistic common operating picture.
The Fides Q-View™ platform reads each quantum sensor in its own protocol, translates every reading into an interoperable data format, compiles a common operating picture jointly with data from traditional sensors, and raises AI-enabled alerts.
Operators, analysts, and the data engineers who feed them.
WHO IS IT FOR?
Operators
A common operating picture with live alerts and the source a click away.
Analysts
Every alert opens to its sources, times, uncertainty, and raw data. Every citation is checked.
Data Engineers
Add data feeds, watch connection health and quality, and export to approved systems.
The Fides Q-View™ platform provides quantum sensor readings fused with classical sensor output.
Some of the sensors we work with include:
Quantum Sensors
Magnetometers — Integrated today
Optically pumped magnetometers read in their own protocols, with their health and calibration on every sample. Recordings use a published, open format.
Gravimeters — In development
Quantum and classical, read in their makers' protocols as those are published.
Inertial sensors — In development
Quantum and classical accelerometers and gyroscopes.
Atomic clocks — In development
As sources in their own right, with their lock and holdover state.
AIS — Integrated today
Live receiver feeds (NMEA 0183, IEC 61162-450) and archived exports in CSV, GeoJSON and KML.
Weather and ocean — Integrated today
Aviation weather reports (METAR), NOAA buoys and shipboard weather instruments.
Model output — Integrated today
Gridded forecast and analysis data (GRIB).
Timing quality — Integrated today
Every reading carries its clock, how that clock was synchronized and how far its time can be trusted.
Your own sources — Integrated today
A plug-in framework for adding sources of your own.
Radar — Integrated today
Marine radar tracked targets and ASTERIX surveillance radar.
Reports — In development
Cursor on Target (TAK) and structured spot reports.
Edge sensors — In development
Cameras with pan-tilt-zoom control, passive infrared, seismic and GPS.
Sensor control — In development
Authorized commands, with acknowledgment and an audit trail.
Classical Sensors