Turning Human Motion into Reliable Data for Physical AI, robotics, biomechanics and research.
sci-track develops motion capture software, sensing technologies and custom solutions.
Three ways we work with customers.
Motion & Sensing Systems
Wearable and multimodal capture systems for biomechanics, research and emerging robotics / Physical AI applications.
Explore Motion & Sensing Systems →Custom Engineering
Customer-specific tracking, sensor integration, software extensions and robotics / data interfaces.
Explore Custom Engineering →Data Services
Technical planning, motion data collection, processing, workshops and training.
Explore Data Services →From wearable capture to multimodal data.
Developed in collaboration with Xenoma — from today's wearable motion capture to synchronized multimodal sensing for Physical AI.
e-Skin MEVA
MEVA combines Xenoma's wearable sensing technology with sci-track's motion tracking software to capture human movement.
Physical AI
We are extending our technology toward synchronized motion, camera, audio, pressure and other sensor data for Physical AI applications.
This includes data collection platforms, customer-specific integrations and engineering projects for robotics and AI research.
From biomechanics to Physical AI.
The same core motion-tracking expertise supports established human movement applications and emerging data-driven applications.
Biomechanics & Human Movement
Motion analysis, ergonomic assessment, gait and movement research, rehabilitation and sports-related applications.
Research & Specialized Applications
Flexible motion capture for research projects, feasibility studies and customer-specific requirements.
Robotics & Physical AI
Human motion data, teleoperation and multimodal data collection for robotics and Physical AI.
When standard motion capture isn't enough, we build the missing technology.
We develop targeted software and integration solutions for specialized motion capture, sensing and Physical AI applications.
Tracking & Capture
Custom tracking configurations, partial-body and HMD/controller-based tracking, multi-person tracking, ergonomic features and specific tracking points.
Sensor & Data Integration
Cameras, gloves, ToF sensors, SLAM, hand/head tracking, object recognition, synchronization, export formats and data conversion.
Robotics & Data Workflows
Teleoperation interfaces, retargeting, recording workflows, segmentation, dataset preparation and customer-specific interfaces.
Typical projects are scoped and quoted individually. Development and consulting rates are available on request.
From experimental design to usable motion data.
We support companies and research organizations in planning, setting up and conducting motion data collection projects.
Planning & Setup
Experimental design, sensor selection, recording concepts and technical setup.
Data Collection
Technical support and execution of motion data recording campaigns using MEVA and related sensing technologies.
Processing & Training
Data processing, conversion, segmentation, annotation, dataset preparation, model training, workshops and user training.
Demo videos and selected examples of our work.
MEVA Full Body Demo
Capturing of different Pilates exercises for training a motion language model. The goal is to drive a virtual exercise trainer as embodied agent.
Physical AI: From Motion Capture to Robot Control
Transfer of captured fullbody motions (Pilates exercises Spine Twist Kneeling and Spine Twist) to a virtual Unitree G1 via retargeting and imitation learning.
MEVA Lower Body Selfcalibration
e-skin MEVA for self-calibrating lower body motion capture. No pose required for calibration, just walking a few steps. Link to Article.
MEVA HMD - a fully wearable performance capturing system
e-skin MEVA combined with Meta Quest 3 for fully wearable performance capturing, including full-body and finger kinematics with global localisation and egoview (stereo).
HumanTech
e-skin MEVA upper body tracking for exoskeleton control in the European project HumanTech.
MEVA visual-inertial
e-skin MEVA extended with a head-mounted fisheye camera for full-body tracking with global localisation and egocamera capturing.
Smart Workwear for Physical Workload Monitoring
Joint research project with Hitachi, DFKI and Xenoma. Link to News.
Detailed Magnetometer-free Motion Capture with Smart Apparel
The start of sci-track and its collaboration with Xenoma. Link to Press Release.
Deep expertise in human motion.
As a spin-off from the DFKI Augmented Vision and RPTU, our work is grounded in long-term research and development in inertial motion tracking, sensor fusion and human movement analysis.
Inertial Motion Tracking
Wearable sensing and robust estimation of human movement.
Sensor Fusion
Combining multiple sensor sources for reliable motion estimation.
Human Motion Analysis
Posture, joint movement and movement-related analysis.
Research-driven. Application-focused.
sci-track is a German deep-tech company developing technologies for human motion capture, sensing and motion data processing.
Our team combines scientific expertise with practical software and system development. We work with research organizations, technology companies and industry partners, as demonstrated in our Selected Work.
Meet the team behind sci-track below.
Let's discuss your motion data challenge.
Whether you are interested in MEVA, planning a data collection project or looking for a custom solution, get in touch.
Prof. Dr.-Ing. Gabriele Bleser-Taetz
Sensor fusion, computer vision, biomechanics, robotics, XR, health, ergonomics.
LinkedIn →Prof. Dr. Bertram Taetz
Sensor fusion, computer vision, machine learning, AI, robotics, XR.
LinkedIn →Dr.-Ing. Markus Miezal
Real-time sensor fusion, computer vision, embedded systems, biomechanics.
LinkedIn →M.Sc. Felix Laufer
Electrical and software engineering, embedded systems, robotics.
LinkedIn →