TAUTRACKING
SYSTEMS
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TWO METHODS. ONE ECOSYSTEM

Motion capture
and tracking systems by TAU

Magnetic-inertial Tracker, optical Lumen and OEM tracking development for ultrasound simulators. We help select the right method and configuration for your task.

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6DoFposition + orientationSDKintegration-ready dataRUsupport & training

TAU FAMILY

Three directions.
One engineering approach.

Not a universal answer for every scene, but the right method, clear limitations and a verifiable result.

TAU Tracker gloves, modules and hub01
MAGNETIC-INERTIAL METHODAvailable

TAU Tracker

Hands, fingers, objects and custom integrations without relying on optical marker visibility.

Learn more
Graphite TAU Lumen camera concept02
OPTICAL METHODSystem

TAU Lumen

Cameras, markers, calibration and software for animation, education, simulators and research.

Learn more
OEM FOR ULTRASOUND SIMULATORSResearch & development

TAU Med

A measurement layer designed around your probe and manikin, targeting a stable virtual imaging plane.

Learn more

METHOD SELECTION

Not by camera count.
By task conditions.

Optical tracking needs marker visibility. Magnetic-inertial tracking needs a validated working volume. We start with your object, environment and required output data.

Compare methods
01What moves?

Body, hand, fingers, tool or training ultrasound probe

02Where does it happen?

Volume dimensions, occlusion, metal and electronics

03What output is required?

Markers, pose, skeleton, plane, live stream or recording

04How is success verified?

Metric, reference, scenario and test protocol

APPLICATIONS / CUSTOMER VALUE

Not hardware for its own sake. A working outcome.

Each scenario connects tracking to a specific operation: practise a procedure, capture movement, measure tool pose or embed measurement into your own product.

VR fire-extinguisher training with TAU gloves
TAU application scenario. Design visualization.
XR / TRAINING

Hands and objects in one procedure

Gloves and 6DoF object tracking let trainees perform natural actions with real equipment instead of merely pressing controller buttons.

Outcome: a repeatable digital assessment and data on trainee actions.
Performer in a marker suit inside an optical motion-capture studio
TAU application scenario. Design visualization.
MOCAP / ANIMATION

From a take to production data

Lumen brings cameras, markers, calibration, recording and the software workflow together in one educational or production studio.

Outcome: a controlled recording cycle with readiness and data-quality checks.
Researcher and robot in a calibrated spatial tracking volume
TAU application scenario. Design visualization.
R&D / ROBOTICS

Measurements for a digital twin

Tool and object pose is delivered to a research application through the SDK with consistent coordinates and diagnostics.

Outcome: verifiable data for algorithms, test benches and human-machine interaction.

VIDEOS / ORIGINAL DEMONSTRATIONS

See the system in action.

Original TAU demonstrations are preserved in the new site: full-body tracking, training scenarios and engineering tests.

VIDEO

TAU Tracker full-body tracking

A demonstration of the wireless system and motion transfer to a digital model.

VIDEO

Fire response in an electrical room

A VR training scenario with trainee actions and physical equipment.

VIDEO

Operational switching at a substation

A simulator for practising procedures in a controlled virtual environment.

TAU LUMEN / WORKFLOW

More than cameras. A complete working cycle.

From site layout to a validated take. Components and operations depend on the supplied release.

Lumen system
Studio with TAU Lumen cameras and a performer in a marker suit
Motion-capture studio with TAU Lumen. Visualization.
  1. 01

    Prepare

    Site, mounts, network, markers and calibration.

  2. 02

    Verify

    Node status, visibility and working-volume readiness.

  3. 03

    Record

    Human or object movement in the agreed mode.

  4. 04

    Accept the result

    Review the take, quality and fitness of the output data.

Research & development

HYBRID ARCHITECTURE

The strengths of each method. Clear data confidence.

We are researching a fusion of optical, magnetic and inertial measurements with shared coordinates, time and diagnostics. Measured / predicted / lost statuses make result quality explicit.

Architecture and test programme

TRANSPARENT ECONOMICS

Build a system
and get an estimate.

Account for the site, number of people, occlusion, support and training. Save a preliminary estimate as a PDF.

Estimate LumenEstimate a VR simulatorProducts & pricing
REFERENCE CONFIGURATION / 16 CAMERAS$74,481

Software, installation, training and 12 months of support included.

Converted at the CBR reference rate on 31 Oct 2026: USD 1 = RUB 80.5573.
FOR AUTHORIZED PARTNERSPartner terms — in a personal proposalTerms for integrators

ENGINEERING ENVIRONMENT

Data for a decision before purchase.

Documentation, versions, compatibility and evidence in a clear structure, without searching through archives.

SDK / API

For developers

Quick Start, data formats, examples and diagnostics.

VERSIONS / EDITIONS

Documents & downloads

Product, version and applicability are visible before download.

RELEASE / COMPATIBILITY

Software & release verification

Distribution, operating systems, manual and code-rights information.

NEXT STEP

Tell us about your scene.
We will respond with a configuration.

Describe the object, working volume and required data. For complex scenarios, we can propose a demonstration or validation at your site.

Discuss your task