Seamless Integration into the Design and Product Development
-Hyperconnected Ecosystem to enhance collaboration
-Data Driven Design and Advanced Visualizations
-Personalized Experiences at scale
User / Design
-Faster Insights and testing to accelerate updates
-Additive Manufacturing Integration
-Local supply chain correlation
Prototyping and Manufacturing
​-Embedded sustainability in early stages
-Real time Adaptive Modeling
-Product Map Impact visualizations
Environmental / Social Impact (EES)
-Data streams from different sources
-Interconnectivity and Interoperability
-ML Powered predictive insights
Data and Processes
Operating Model
Parallel Modeling and Integration into current
Design and Development Processes.
Feedback and
Performance
Human / Nature
Centric
Process
Statistics / Research
Production
Feasibility
Refinement
Variables and Interface
Definition
Prototype for
Market Testing
Digital Twin
SDV
Model
Hyperconnected ecosystems and advanced visualizations
Parameter 1
Paramenter 2
Parameter 3
Data Stream 1
Data Stream 2
High Impact
60%
CO2
74
100
75
50
25
0
Material 1
Material 2
Material 3
Material 4
Material 5
Material 6
Material 7
Materials
Real Time Environmental Performance
Actionable insights from early stages of design and product development directly in 3D platforms
Product Supply Chain Map
Flexible visualization capabilities to increase product impact perception and supply chain definition.
- Traditional Method
CO2
100%
75
50
25
0
Generate
Solutions
Filter
Iterate
Virtual
Test
Locally
Manufacturing
Distribution
Use
Evolve
Research Solutions
Choose
Traditional
Development
Global
Manufacturing
Distribution
Use
Re-Make
LC1
LC2
CO2 Emissions
Traditional vs
Adaptive Method
Choosing product evolution over remaking can lead to a significant reduction in emissions not only during the lifecycle of the initial product but also for subsequent iterations.
​
- Adaptive Method
