Simulation and digital twins
Virtual environments connected to meaningful physical validation and industrial operating decisions.
Discuss the requirementEnterprise engineering field
Virtual environments connected to meaningful physical validation and industrial operating decisions.
The engineering field
Virtual environments connected to meaningful physical validation and industrial operating decisions. Softinator connects the selected platform to the surrounding application, information and operating requirements.
Choose the platform
This field includes NVIDIA Isaac Sim, NVIDIA Isaac Lab, NVIDIA Isaac Lab Arena, NVIDIA Omniverse, NVIDIA Cosmos, NVIDIA Isaac GR00T, NVIDIA Isaac ROS. Each platform page connects its particular engineering context to relevant commissioned services. Use the platform links below to identify the ecosystem suited to the requirement.
Define the engagement
The programme establishes components, interfaces, responsibilities and acceptance evidence. Vendor access and licensing follow the selected scope. Relevant project material remains tied to its own contribution and permitted publication context.
Platforms in this field.
ABB RobotStudio engineeringOffline robot programming and workcell simulation. Robot programmes and virtual-to-controller correspondence.Ansys HFSS engineeringElectromagnetic simulation and engineering analysis. Sensor and equipment analysis within a specified engineering scope.Ansys Mechanical engineeringMechanical engineering simulation. Geometry, physical assumptions and task-specific engineering assessment.Ansys Twin Builder engineeringSystem-level digital-twin and simulation workflows. Equipment representations and relevant operating information.Dassault CATIA engineeringProduct design and engineering data workflows. Engineering geometry and connected virtual representations.Dassault DELMIA engineeringManufacturing process and robotics simulation. Production workcells and validated offline programming workflows.Dassault SIMULIA engineeringEngineering simulation and physical behaviour assessment. Model assumptions and programme-specific simulation evidence.NVIDIA Isaac Lab engineeringRobot learning and policy assessment across controlled environments. Policy training tasks and representative embodied evaluation.MathWorks MATLAB engineeringNumerical engineering and analytical development. Domain algorithms, data interpretation and useful task assessment.MathWorks Reinforcement Learning Toolbox engineeringControl and policy learning workflows. Task objectives and representative policy assessment.MathWorks Robotics System Toolbox engineeringRobot modelling and robotics algorithm integration. Kinematic, perception and task planning requirements.MathWorks Simulink engineeringModel-based system development and simulation. Control models and explicit software-to-system interfaces.NVIDIA Cosmos engineeringWorld-model and physical-scene data workflows. Generated observation relevance and physical-task validation.NVIDIA Isaac GR00T engineeringGeneral-purpose robot foundation-model development. Embodiment adaptation and task-grounded learning contributions.NVIDIA Isaac Lab Arena engineeringLarge-scale robot policy evaluation scenarios. Task diversity and interpretable policy comparison.NVIDIA Isaac Manipulator engineeringPerception and motion integration for robot arms. Object-grounded manipulation in a defined workcell.NVIDIA Isaac Perceptor engineeringPerception workflows for autonomous mobile robot tasks. Selected sensing components and grounded navigation interfaces.NVIDIA Isaac ROS engineeringAccelerated perception and robotics software integration. Sensor-to-task interfaces on selected robot compute.NVIDIA Isaac Sim engineeringPhysics-based virtual robot tasks and synthetic observations. Task environments, sensor context and validation scenarios.NVIDIA Omniverse engineeringIndustrial 3D and OpenUSD-based virtual environments. Engineering assets, equipment context and integration boundaries.RoboDK engineeringRobot simulation and offline programming. Task paths and selected robot/controller correspondence.Rockwell Emulate3D engineeringIndustrial digital-twin and virtual commissioning environments. Automation interfaces and representative production scenarios.Siemens NX engineeringProduct and engineering model workflows. Geometry interpretation and connected simulation assets.Siemens Plant Simulation engineeringProduction-flow and factory-layout analysis. Operating workload assumptions and alternative production configurations.Siemens SIMIT engineeringAutomation simulation and commissioning environments. Controller interaction and software-to-equipment behaviour.Siemens Teamcenter engineeringProduct lifecycle and engineering information management. Version-aware product data and enterprise integration.Siemens Tecnomatix Process Simulate X engineeringIndustrial robot simulation and virtual commissioning. Workcell programmes, controller correspondence and acceptance scenarios.Unity Industry engineeringInteractive industrial 3D application workflows. Usable virtual equipment and immersive programme interfaces.Unreal Engine engineeringReal-time 3D environments and interactive applications. Scene representation, observation and task interaction.Visual Components engineeringManufacturing layout and robot simulation. Workcell configuration and useful motion assessment.
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