This tool is still in beta-phase and not finished yet. We're currently working on improving it.
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Digital Twin Maturity
Digital Twin Maturity
Public
Maturity
Digital Model Types
How are the characteristics of the DT modelled?
Conceptual Models
Physics Based Models
Data Machine Learning Based Models
Options
Time is represented in simulation (dynamic / not static)
Simulation calculates with probabilities (stochastic / not deterministic)
Processed values are within an infinite range (continuous / not discrete simulation)
DT Data
Your decisions will be encoded in this string. You can distribute this string to show your DT.
Load previous session:
Load
Reset
Reset the session.
This resets all your decisions regarding your DT.
Categories
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Context
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Reference Object
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Tangible Product Life Cycle Phases
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Benefits
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Application domain
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Model
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DT Creation Approach
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Modelled characteristics
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Digital Model Types
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Model Authenticity
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Model Maintenance
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Modularity
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Computing Capabilities
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Trigger Types
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Model Look-Ahead Perspective
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Computing Capabilities
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Update Frequency - Input
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Update Frequency - Output
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Data
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Data Storage
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Data Scope
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Data Quality
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Data Sources
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Data Interpretation
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Control
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Level of Cognition
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Levels of Autonomy
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Learning capabilities
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Integration
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Digital Twin Interaction
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Hierarchy
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Connection Mode
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User Focus
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Interorganizational Integration / Collaboration
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Human-Machine-Interaction (HMI)
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Types of Interaction Devices
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Human Interaction Capabilities