9 sensor types supported — API live

One engine,
every quantum sensor.

Extract physical parameters from raw quantum sensor data. Magnetometers, gravimeters, accelerometers, atomic clocks. Stop building custom signal processing for every sensor type.

Click for more information See Sensors

Python SDK + REST API | 15 calibration profiles | Free tier

Forge brands — one per vertical

<500ms

Processing per measurement

Sensor calibration profiles

The Forge family

Eight specialized brands, one universal engine. Each Forge targets a specific vertical with pre-configured sensor profiles.

DeepForge

See What the Ocean Hides.

Submarine detection, seabed mapping, and AUV navigation using quantum gravimetry and magnetometry in maritime environments.

Maritime

CoreForge

Map What Lies Beneath.

Mining exploration, volcano monitoring, and carbon storage verification using ground-based quantum gravimeters.

Ground Gravimetry

BioForge

Measure the Body at Quantum Precision.

MEG brain imaging and MCG cardiac monitoring using ultra-sensitive quantum magnetometers for clinical diagnostics.

Medical

ChronoForge

Know Exactly When.

Telecom synchronization, financial exchange timing, and defense PNT using atomic clock signal processing.

Timing

NanoForge

Nanoscale Precision, Room Temperature.

Wafer inspection and multi-parameter sensing using nitrogen-vacancy center magnetometers at room temperature.

NV-Center

OrbitForge

Quantum Eyes in Orbit.

Orbital gravimetry for Earth observation and deep space navigation using quantum accelerometers and gyroscopes.

Space

GridForge

Feel the Earth Move.

Dam integrity, tunnel stability, and carbon capture monitoring using quantum gravity gradiometers for infrastructure.

Infrastructure

AeroForge

The Physics Behind Every Flight Parameter.

GPS-denied navigation, non-destructive engine evaluation, and flight parameter sensing for aviation and defense.

Aviation

What SenseForge does

Universal quantum sensor signal processing.

⚙

Universal Engine

One API for every quantum sensor type. Magnetometers, gravimeters, accelerometers, gyroscopes, and atomic clocks through a single interface.

✓

Physical Parameters

Returns Tesla, m/s², rad/s, Hz — not raw operators. SenseForge translates quantum measurements into the units your application needs.

▦

Batch Mode

Survey grids, field maps, and gradient computation. Process thousands of measurements in a single API call for field deployments.

🌐

GPS-Denied Navigation

Quantum inertial sensors for defense and autonomous systems. Navigate without satellites using quantum accelerometers and gyroscopes.

📋

Default Profiles

15 pre-configured sensor calibrations for common hardware. Start processing data immediately without manual calibration setup.

🔌

Cross-Sell Ready

Every sensor customer connects to Genesis, FlightSense, and VoltSense. SenseForge is the entry point to the full DavisAI sensor ecosystem.

Simple, transparent pricing

Start free. Scale from lab to production to defense.

Research

For academic labs

Free

50 measurements/mo
Python SDK + REST API
All sensor types
Community support

Get Started Free

Lab

For active sensor teams

$499 /mo

5,000 measurements/mo
Everything in Research
Batch processing
Priority support

Get Started

Production

For deployed systems

$2,499 /mo

50,000 measurements/mo
Everything in Lab
Navigation mode
SLA + dedicated support

Contact Sales

Defense / OEM

For mission-critical deployments

Custom

Unlimited measurements
Everything in Production
SLA + embedded runtime
On-premise available

Contact Sales

Frequently asked questions

What does SenseForge actually do?

SenseForge takes raw measurement data from quantum sensors (magnetometers, gravimeters, accelerometers, gyroscopes, atomic clocks) and extracts physical parameters in standard units: Tesla, m/s², rad/s, Hz. It replaces the custom signal processing pipeline you would otherwise build for each sensor type.

Which quantum sensors are supported?

SenseForge supports 9 sensor types across 8 verticals: SQUID magnetometers, optically pumped magnetometers, NV-center magnetometers, cold-atom gravimeters, atom interferometer accelerometers, quantum gyroscopes, optical atomic clocks, microwave atomic clocks, and gravity gradiometers. Each has pre-configured calibration profiles.

How does SenseForge differ from Q-CTRL?

Q-CTRL focuses on quantum computer control — gate optimization and error suppression for QPUs. SenseForge focuses on quantum sensor signal processing — extracting physical measurements from sensor data. Different hardware, different problem, different market. QORA is our QPU product.

Can SenseForge be used for defense applications?

Yes. The Defense/OEM tier includes GPS-denied navigation via quantum inertial sensors, submarine detection via quantum magnetometry, and underground facility mapping via quantum gravimetry. On-premise deployment and ITAR-compliant configurations are available for qualified customers.

How does OEM licensing work?

OEM licensing lets you embed the SenseForge processing engine directly into your sensor hardware or platform. You ship your product with SenseForge built in, your customers never interact with our API. Custom pricing based on unit volume and sensor type. Contact sales for details.

Get started free

Try SenseForge with our free Research tier. No credit card required. Process your first sensor data in minutes.

50 free measurements per month
All 9 sensor types included
15 pre-configured calibration profiles
Python SDK + REST API

We'll respond within 24 hours. No spam, ever.

One engine,every quantum sensor.