DigitalTwin
Design, simulate, validate, and optimize automation systems in a virtual environment to reduce risk and improve performance across the full project lifecycle.

Optimize automation before and after go-live
Benefits
Reduced operational risk
Validate system design and performance assumptions virtually to minimize project and operational risks.
Faster time to stable operations
Shorten commissioning and ramp-up by identifying and resolving logic or flow issues earlier in the process.
Improved throughput predictability
Test scenarios and optimize flow before implementation with real data, ensuring the system meets peak volume demands.
Better planning and optimization
Use simulation and real data to support better decisions across layout, capacity, and technology planning.
Better cross-team alignment
Align operations, IT, and engineering teams with a shared, validated system model.
Stronger return on automation investments
Optimize system performance and reduce costly late-stage design changes.
DigitalTwin applications across the lifecycle
Digital twin services support different stages of your automation journey – from early design validation to live operational optimization. Together, they help you test ideas, reduce risk, and improve performance using data at every step.
- Design and planning: Simulate layouts, technologies, and material flows before implementation to compare options, validate concepts, and make informed decisions before investing.
- Commissioning and validation: Validate control logic, system behavior, and performance assumptions before go-live to identify and resolve issues earlier, reducing delays and enabling a faster ramp-up.
- Operational: Mirror live operations to monitor performance, analyze behavior, and test changes virtually before applying them - enabling continuous optimization, where you can test and adjust, with minimal disruption.
Use cases for DigitalTwin
Körber’s DigitalTwin solution offers configurable automation technologies and workflows, adapting to different industries and requirements.
