Teaching and research license
A license package especially for research institutions
Access to the evaluation platform
Various graphical evaluations such as heat maps
Standard export formats such as PNG, SVG, PDF, HTML, Excel
Programming interface for your own further processing of the data
Incl. connection to Jupyter Notebook (to create your own plots)
Measuring sets for 2 employees
25 beacons, 4 sensor beacons
MPI training: 1 day training for up to 4 employees
License costs: one-time from 15,000 EUR (net) including software updates
Optional: additional hardware, customizing (such as connection of other technologies)
Many research institutions have high-tech laboratory environments
Production or logistics processes
Research projects and dissertations
Lectures and theses
Guided tours (e.g. companies, public relations)
And much more
The Motion-Mining® Product Solution
Independent execution of Motion-Mining® projects
We have learned a lot from the experience gained during more than 35 consulting projects with 30 customers in over 10 countries. We have used this experience to further develop Motion-Mining® technology. Together with our customers we have now integrated our knowledge of processes, mobile sensor technology and artificial intelligence into a product solution and tested it in practice. The result is a mobile Motion-Mining® solution that enables companies to independently analyze their processes in terms of efficiency and ergonomics. The measurement results are made available as KPIs and visualizations such as diagrams or heat maps in an analysis dashboard.
The Manual Process Intelligence (MPI) is the Motion-Mining® product solution that enables our customers to independently carry out Motion-Mining® projects, starting with the process definition up to the evaluation of the final result. Our versatile licensing models match the different requirements of our customers, no matter if they are industrial companies, SMEs or consulting service providers.
Easy to use Measuring Equipment
Sensors collect the necessary raw data
The usability of our hardware has now become even easier and enables our product customers to collect activity and ergonomics data independently. The MPI includes extensive portable measuring equipment. Process employees wear sensors on their wrists and belts for data collection. Wearing these sensors permits the usual execution of all work processes. The included beacons are attached in the surrounding area and on work equipment for the purpose of localization. All recorded data is synchronized by using a docking station and transferred to the MPI platform. A special self-help app on a tablet is provided to support employees during the measurement.
All measurement equipment is delivered in a durable transport case.
User-Friendly Analysis Dashboard
AI supported data evaluation
The analysis dashboard of the MPI platform gives the user the ability to define the processes under review and evaluate uploaded measurement data using our AI models. Each analysis receives specific key figures and graphic illustrations of the acquired data.
The MPI platform is a valuable tool for conducting analysis projects. In addition to process definition and evaluations, the platform also offers various reporting and export functions.
Manual work processes can thus be analyzed and optimized quickly and in a time-saving manner on the basis of solid datasets regarding their efficiency and ergonomics.
Simple, Fast and Efficient
Extensive analyses with the MPI
Each project is divided into five simple steps: In a first step, the work and functional areas that are to be analyzed are defined in a layout. Then the process data is recorded and the processes including important work steps and possible special cases are specified. The collected data can then be analyzed and evaluated based on the process definition by the MotionMiners-AI, a highly specialized artificial intelligence. The results may then be interpreted and further processed in our analysis dashboard.
The MPI solution plays an integral role in identifying and leveraging hidden optimization potential in terms of efficiency and ergonomics.