Quantum MapsMapping Futures with Precision

03 · Position, orientation & time

Navigation & Sensor Fusion

Integrated GNSS/INS, trajectory, timing, and sensor workflows that position dynamic observations precisely.

Road-survey vehicle with GNSS and inertial navigation sensors following a mapped trajectory
Capture → position → model

What we solve

From a client problem to a clear spatial framework.

Navigation is an engineering system that connects position, orientation, timing, calibration, and sensor observations. The objective is a coherent trajectory and spatial registration chain for mapping, vehicles, and advanced sensing platforms.

Connect moving sensors to a reliable spatial reference
Synchronize position, orientation, timing, and observations
Support vehicle, aerial, and mobile mapping trajectories
Integrate multi-sensor observations for spatial registration

Core technologies

Technologies selected for the job.

01

GNSS

02

INS / IMU

03

Odometry

04

Timing and synchronization

05

Sensor calibration

06

Trajectory processing

Typical workflow

A traceable chain from capture to delivery.

  1. 01Architect
  2. 02Integrate
  3. 03Synchronize
  4. 04Calibrate
  5. 05Process
  6. 06Validate

Key deliverables

Structured outputs for engineering use.

Processed trajectory
Sensor synchronization record
Calibration documentation
Spatial registration outputs
Georeferenced data
Navigation analysis layers
Road-survey vehicle with GNSS and inertial navigation sensors following a mapped trajectory

Applications / Industries

Built for real environments and decisions.

Mobile mapping
Pavement and roadway sensing
Aerial capture
Vehicle navigation
Robotics
Engineering instrumentation

Have a complex spatial-data challenge? Let’s map the right solution.