Digital Twin logo

Digital Twin

by Siemens
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ActiveAvailable globallyCloudOn-premise
Quick facts
VendorSiemens
Year launchedN/A
StatusActive
LocationWerner-von-Siemens-Str. 1, Munich, Germany, 80333
Countries servedGlobal
Languages1
IntegrationsN/A
Free tierNO
Free trialNO
Contact salesYES

About Digital Twin

A technology from Siemens for creating AI-powered virtual representations of physical products, machines, and production systems.

Siemens Digital Twin is an enterprise-grade digital twin and industrial simulation technology designed to create dynamic virtual representations of products, machines, production systems, and entire industrial environments. Its primary purpose is to connect virtual models with real-world operational data so organizations can simulate scenarios, predict behavior, optimize production, improve scheduling, reduce costs, and make better decisions before implementing changes physically. Key capabilities include AI-powered simulation, physics-based modeling, real-time sensor and IT/OT data integration, virtual commissioning, predictive analytics, executable twins, lifecycle management, and integration across mechanical, electrical, software, and automation models. The platform is highly capable and scalable, with Siemens demonstrating applications in manufacturing, automotive, shipbuilding, aircraft design, agriculture, and industrial metaverse environments. Performance is particularly strong for complex industrial simulations because the technology combines simulation with live operational data, although its enterprise scope also means implementation can be complex and typically requires specialized technical expertise. Siemens provides extensive training and learning resources through its support and community ecosystem, documentation, industry case studies, partners, and professional services. Deployment can span cloud, edge, and enterprise/on-premise industrial environments depending on the solution.

Pros & Cons

Pros
  • Enables comprehensive simulation and virtual commissioning, reducing physical prototyping costs and risks.
  • Integrates real-time data and AI for continuous, closed-loop optimization of products and processes.
  • Facilitates predictive maintenance and autonomous decision-making by training AI models in a virtual environment.
  • Part of the broader Siemens Xcelerator ecosystem, with strong partnerships like NVIDIA for industrial metaverse applications.
Cons
  • Pricing information is not publicly available and requires contacting a sales specialist.
  • The technology is complex and has a steep learning curve for implementation and use.

Features

Key features

AI-Powered Simulation

Combines physics-based simulation with real-time operational data to create dynamic, evolving digital representations.

Closed-Loop Optimization

Captures data from sensors and IT/OT systems to feed performance insights back into the twin for continuous improvement.

Virtual Commissioning

Allows users to design, simulate, and virtually commission systems before physical build-out, reducing risk and cost.

Predictive Analysis

Enables AI models trained in the virtual environment to analyze scenarios, predict behavior, and enable autonomous decisions.

Industrial Metaverse Integration

Leverages NVIDIA Omniverse to build and operate photorealistic, high-fidelity 3D industrial environments.

Additional features

Real-Time Data Integration

Unifies data from the physical world with virtual models for a comprehensive view.

Scenario Testing

Allows for running endless what-if scenarios without halting production or wasting physical resources.

Lifecycle Intelligence

Integrates product and production models across mechanics, electronics, software, and automation.

Photorealistic Visualization

Creates high-fidelity 3D experiences for interacting with and iterating on products, plants, or factories.

Autonomous Robot Training

Provides a virtual environment to train autonomous robots in simulated lights-out factory conditions.

Augmented Reality Engineering

Uses immersive AR interfaces to support collaborative design, prototyping, and maintenance procedures.

Siemens Xcelerator Ecosystem Integration

Interoperates directly with Siemens Xcelerator software platforms, including Tecnomatix and Siemens Industrial Copilot.

Sustainable Process & Resource Optimization

Simulates supply chain modifications, material flow, and energy usage to minimize physical waste, fuel consumption, and carbon impact.

End-to-End Enterprise Data Interoperability

Bridges data across design, engineering, supply chain, and shop-floor operations to eliminate functional silos.

Pricing

Free trial
Free version
Request a quote
Promo Offer

Countries & Languages

Global
Countries served
1
Interface languages
1
Billing currencies

Interface languages

English

Billing currencies

🇺🇸USD

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