Navigation and motion

Inertial Navigation Module for Embedded Platforms

A configurable inertial processing module that combines motion sensing, time synchronization and embedded fusion for navigation, stabilization and platform-state estimation.

IMU integrationGNSS aidingTime syncEmbedded fusion

Navigation performance depends on the entire chain: sensor selection, mechanical placement, temperature behavior, timing, calibration and the fusion model. Treating the IMU as an isolated component usually leaves avoidable errors at system level.

The Alvexis approach integrates inertial sensing with embedded processing and platform interfaces. The module can serve as a navigation aid, motion-reference source or synchronized input to a wider perception stack.

System architecture

1

Motion sensing

IMU and optional magnetic, pressure or wheel/odometry inputs.

2

Timing

Hardware timestamps and synchronization to platform clocks.

3

Fusion

Attitude, velocity or navigation-state estimation with optional GNSS aiding.

4

Platform output

CAN, serial or Ethernet output with health and status data.

Capabilities

Engineering scope

  • IMU selection and board-level integration
  • Temperature characterization and calibration storage
  • GNSS-aided and external-aiding interfaces
  • Timestamped output and synchronization
  • Embedded estimation and health monitoring
  • Mechanical and connector customization
Applications

Typical use cases

  • UAV and UGV motion estimation
  • Payload stabilization
  • Platform attitude reference
  • Sensor-fusion research
  • Navigation in intermittent GNSS
  • Industrial motion measurement
Specification discipline

What is defined during a pilot.

Values depend on the selected sensors, processor, interfaces, environment and acceptance method.

AreaDefinition
Performance classDetermined by sensor grade, aiding sources and environmental profile.
Update rateSelected from platform dynamics and interface constraints.
CalibrationFactory and field calibration concepts are defined with the mechanical installation.
Program statusRoadmap module; final sensor set and claims require application validation.
Related

Continue exploring.

Define the inertial navigation module configuration.

Send the interfaces, environment, decision metric and pilot quantity. We will identify the architecture and validation plan.