Month: December 2025

The 3DEXPERIENCE Web Apps – Classic User’s Guide explains the common tools, user interface, and functionalities provided by Collaboration and Approvals, which are used across all classic web apps on the 3DEXPERIENCE platform. These classic web apps support both baseline system behavior and customer-specific environments, making them flexible for enterprise needs.

Unlike dashboard-embedded apps, a web app opens in a separate browser tab, offering a focused and dedicated workspace for managing business data.

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What Are 3DEXPERIENCE Web Apps?

A 3DEXPERIENCE Web App is a browser-based application that opens in its own tab instead of inside a dashboard widget. These apps are designed to help users manage documents, projects, issues, tasks, changes, and approvals efficiently within the ENOVIA environment.

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Default Home Page – The Dashboard

When you log in or click Home, the system opens the Dashboard, which acts as the default landing page for classic web apps.

Key Highlights of the Dashboard

• Quick access to documents, collections, projects, issues, and tasks
• Visual charts to analyze workload and pending actions
• Shortcuts and collections for faster navigation
• Alerts for casual license users when monthly usage limits are near
• Real-time overview of recent document changes and responsibilities

Users can refine displayed information using filters and interactive charts to focus on what needs immediate attention.

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Accessing the Dashboard

You can access the dashboard using any of the following methods:

• Click Home
• Click > Home from the top bar
• Navigate via Collaboration and Approvals → Dashboard

To change the default home page, users can configure settings through Web App Preferences.

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Common Tools Available in All Classic Web Apps

Advanced Table Management

Users can:

• Customize column order, width, and sorting
• Group rows and filter information
• View data as tables or graphs
• Edit information in a spreadsheet-like interface
• Generate comparison reports between two business objects

Lifecycle Management

Web apps allow users to:

• Create, review, release, and obsolete objects
• Manage approvals, tasks, and signatures
• Promote or demote individual or multiple objects
• Run validation and lifecycle reports

Background Job Monitoring

Track the progress of long-running background jobs without interrupting work.

Output and Export Options

Users can:

• Print pages
• Generate PDFs
• Export data in CSV, HTML, or Text formats

Sharing and Collaboration

• Share business objects with other users
• Transfer ownership of content securely
• Subscribe to object events and notifications

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Dashboard Tabs Overview

New Docs

• Latest 100 documents created by you in the last 10 days
• Displays only Document objects

Changed Docs

• Latest 100 documents modified by you in the last 10 days

My Recent Docs

• Documents created or modified and owned by you

My Trainings

• Visible only if Quality-based Document Control is installed
• Lists documents assigned for training

Collections

• Group related objects such as parts, documents, or project data

Projects

• Available if Project Management is installed
• Displays projects you have access to

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Change Management Menu

The Change menu supports structured engineering change processes:

• Add objects to an existing or new Change Request
• Add objects to an existing or new Change Order
• Add objects to an existing or new Change Action

This ensures traceability and controlled product evolution.

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Columns and Actions in Document Pages

Each list page displays columns depending on the object type, such as:

• Name, Title, Description
• Revision and Version
• State and Lifecycle status
• Originator and creation date
• Locked files and deliverables

Common Actions Include:

• Download
• Check-in / Check-out
• Lock / Unlock
• Upload new files
• Subscribe to document events
• Open properties in a new window

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Charts and Visual Analytics

Charts appear on the right side of the dashboard and provide insights into in-process work.

Common Dashboard Charts

• Assigned Items
• Locked Documents
• Project Tasks
• Issues and Changes
• Due Tasks Timeline
• Updates of Documents Over Time

Interactive charts allow users to click data points to filter the list automatically.

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Collections – Organizing Your Work

Collections allow users to save frequently accessed objects in one place.

Key capabilities include:

• Clipboard collection for temporary storage
• User-defined collections
• Adding items directly from list pages
• Searching within collections (on-premises configuration)

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Sharing and Ownership Transfer

ENOVIA web apps support:

• Sharing objects with specific users
• Controlling access permissions
• Transferring ownership of content securely

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Lifecycles and Approvals

Lifecycles define who can do what and when during an object’s existence.

Supported features:

• Approval workflows
• Task assignments
• Digital signatures
• Promote and demote operations
• Validation reports

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Generating Output

Users can:

• Render pages as PDF
• Export tables and structured data
• Maintain formatting during exports

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Web App Preferences

Preferences allow users to personalize the web app experience.

Key Preference Categories

• Currency and unit conversion
• Export file formats
• Pagination controls
• Time zone settings
• Email notification frequency
• Display of images in tables
• Discussion view and sorting options
• Browser toolbar visibility

Preferences can be accessed via Top Bar → Preferences and applied globally or per app.

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Conclusion

The 3DEXPERIENCE Classic Web Apps provide a powerful, flexible, and intuitive environment for managing product data, documents, tasks, and engineering changes. With rich dashboards, advanced filtering, lifecycle control, and collaboration tools, these apps help organizations improve visibility, productivity, and control across the product lifecycle.

Whether you are managing documents, tracking engineering changes, or collaborating across teams, 3DEXPERIENCE Web Apps deliver a robust digital backbone for modern engineering enterprises.

The automotive industry is evolving at an unprecedented pace. OEMs are under pressure to reduce time to market, Tier-1 suppliers must align closely with multiple customers, and EV manufacturers are redefining vehicle architectures and development models altogether.

In this highly complex environment, disconnected tools and siloed processes are no longer sustainable. This is where Dassault Systemes’ 3DEXPERIENCE platform plays a critical role—enabling a unified, collaborative, and data-driven approach across the entire automotive value chain.

In this blog, I would like to highlight how 3DEXPERIENCE is transforming automotive development, with specific use cases and benefits for OEMs, Tier-1 suppliers, and EV manufacturers.

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Why 3DEXPERIENCE Matters in Automotive

3DEXPERIENCE is more than a PLM system—it is a business experience platform that connects design, engineering, simulation, manufacturing, and lifecycle management in one digital ecosystem.

For automotive organizations, this means:

• A single source of truth for all product data
• Real-time collaboration across teams and partners
• Faster innovation with reduced risk

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3DEXPERIENCE for Automotive OEMs

Key Use Cases for OEMs

• Vehicle Concept & Platform Development
  OEMs can develop vehicle platforms, body structures, interiors, and powertrains within a collaborative 3D environment. Early visibility across departments ensures better decision-making and fewer late-stage changes.
• End-to-End Product Lifecycle Management
  3DEXPERIENCE helps OEMs manage complex BOMs, multiple variants, regulatory compliance, and engineering changes across global programs.
• Virtual Validation & Compliance
  Crashworthiness, safety regulations, aerodynamics, and durability can be validated digitally, reducing dependency on physical prototypes.

Benefits for OEMs

• Reduced time to market
• Improved vehicle quality and compliance
• Better coordination between engineering and manufacturing
• Lower development and validation costs

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3DEXPERIENCE for Tier-1 Automotive Suppliers

Key Use Cases for Tier-1 Suppliers

• Customer-Aligned Product Development
  Tier-1 suppliers often work with multiple OEMs, each with unique requirements. 3DEXPERIENCE enables suppliers to manage customer-specific configurations while maintaining internal design standards.
• Collaborative Engineering & Data Sharing
  Secure, role-based access allows suppliers to collaborate with OEMs on a shared data model, minimizing data translation errors and rework.
• Change Management & Traceability
  Engineering changes from OEMs can be tracked, assessed, and implemented quickly, ensuring full traceability throughout the lifecycle.

Benefits for Tier-1 Suppliers

• Faster response to OEM changes
• Improved collaboration and transparency
• Reduced engineering rework
• Stronger customer relationships

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3DEXPERIENCE for EV Manufacturers

Key Use Cases for EV Development

• Battery & Electric Powertrain Design
  EV manufacturers can design and validate battery packs, electric motors, thermal systems, and power electronics using integrated design and simulation tools.
• Lightweight & Sustainable Design
  3DEXPERIENCE supports the use of lightweight materials and sustainable design practices, which are critical for extending vehicle range and meeting environmental goals.
• Rapid Innovation & Start-Up Scalability
  For EV startups, the platform provides scalability without the need for multiple disconnected tools, supporting rapid growth and frequent design iterations.

Benefits for EV Manufacturers

• Faster EV development cycles
• Improved battery performance and safety
• Reduced physical prototyping
• Support for sustainable and digital-first manufacturing

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Manufacturing Excellence with 3DEXPERIENCE

Across OEMs, Tier-1 suppliers, and EV manufacturers, 3DEXPERIENCE enables virtual manufacturing planning—from plant layouts and assembly processes to robotics and tooling validation.

Manufacturing issues are identified early, ensuring smoother production ramp-up and improved operational efficiency.

Result: Reduced production risks and optimized manufacturing workflows.

Business Benefits Across the Automotive Value Chain

• Accelerated Time to Market through digital continuity
• Improved Product Quality via early validation
• Lower Development & Production Costs
• Enhanced Collaboration across global teams and partners
• Future-Ready Digital Foundation for EVs, ADAS, and autonomous vehicles

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Conclusion

Whether you are an established OEM, a Tier-1 supplier supporting multiple vehicle programs, or an EV manufacturer driving the future of mobility, the 3DEXPERIENCE platform provides the digital backbone needed to manage complexity and accelerate innovation.

By adopting 3DEXPERIENCE, automotive organizations can move beyond traditional development methods and embrace a truly collaborative, virtual, and data-driven approach—ensuring long-term competitiveness in a rapidly changing industry.

At our organization, we see 3DEXPERIENCE not just as a technology platform, but as a strategic enabler for automotive digital transformation.

In today’s digital engineering environment, information is valuable only when it is clearly visible, well connected, and easy to understand. The 3DEXPERIENCE Platform addresses this need through Dashboards, which act as a central workspace where people, data, applications, and insights come together in a single view. 

Rather than being just a visual screen, a dashboard in the 3DEXPERIENCE Platform is a personalized digital workplace that supports collaboration, decision-making, and daily engineering and business activities.

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What is a Dashboard in the 3DEXPERIENCE Platform? 

A dashboard is a configurable digital workspace that brings together different applications, data views, and collaboration tools in one place. It allows users to access relevant information without navigating across multiple systems. 

Each dashboard is designed to match a specific role, responsibility, or objective—such as engineering design, project monitoring, management review, or team collaboration. 

In simple terms, a dashboard answers three key questions: 

• What information do I need? 
• Where can I see it quickly? 
• How can I interact with it efficiently? 

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What is Inside a Dashboard? 

A dashboard is made up of tabs and widgets, each serving a distinct purpose. 

Tabs – Organizing Information 

Tabs help structure information logically within a dashboard. Each tab can focus on a specific theme such as: 

• Design data overview 
• Project status 
• Team collaboration 
• Reports and analytics 

This separation keeps information clean, organized, and easy to navigate. 

Widgets – Functional Building Blocks 

Widgets are the core elements inside a dashboard. Each widget represents an application or information view. Widgets can display, analyze, or interact with data depending on their purpose. 

Common widget categories include: 

• Information widgets for viewing data, documents, or web content 
• Collaboration widgets for discussions, notes, and shared knowledge 
• Analytical widgets for charts, reports, and performance indicators 
• Utility widgets for quick links, calculations, or embedded tools 

Together, widgets transform a dashboard into a live, interactive workspace rather than a static display.

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Meaning and Purpose of Dashboards 

Dashboards in the 3DEXPERIENCE Platform are designed to provide contextual intelligence. This means information is not isolated; it is connected and meaningful. 

Key purposes include: 

• Bringing scattered information into one trusted location 
• Providing real-time visibility into projects and data 
• Reducing dependency on emails, spreadsheets, and disconnected tools 
• Enabling faster understanding and better decisions 

A well-designed dashboard acts as a single source of truth for teams and organizations. 

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How Dashboards Are Used in Practice 

• Dashboards adapt to different users and business needs. 
• Engineers use dashboards to access design data, standards, references, and related discussions. 
• Project managers rely on dashboards to monitor progress, risks, and deliverables. 
• Management teams use dashboards for high-level insights, reports, and decision support. 
• Cross-functional teams collaborate using shared dashboards that combine technical and business views. 
• Because dashboards are role-based, each user sees information that is relevant, authorized, and meaningful to them. 

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Collaboration Through Dashboards 

Dashboards are not isolated personal tools. They are designed to support collaboration and knowledge sharing. 

• Teams can use dashboards to: 
• Share common views of data 
• Exchange ideas and feedback around content 
• Maintain transparency across roles and departments 
• Build collective understanding instead of siloed information 

This collaborative nature helps organizations move from individual work to connected teamwork. 

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Personalization and Flexibility 

One of the key strengths of dashboards is their flexibility. Dashboards can be personalized based on: 

• User role 
• Project needs 
• Business objectives 
• Individual working style 

This ensures that dashboards evolve with changing requirements while remaining structured and reliable. 

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Value of Dashboards in Digital Transformation 

Dashboards play a critical role in digital transformation by: 

• Improving visibility across the product lifecycle 
• Enhancing collaboration between people and systems 
• Supporting data-driven decision-making 
• Reducing complexity in daily operations 

They act as a bridge between data, people, and processes, making digital platforms truly usable and impactful. 

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Conclusion 

Dashboards in the 3DEXPERIENCE Platform are much more than visual layouts. They are intelligent digital workspaces that organize information, connect teams, and enable smarter ways of working. 

By bringing together data, applications, and collaboration in one place, dashboards help organizations improve clarity, efficiency, and innovation. 

At EDS Technologies, we help customers design and adopt dashboards that align with their roles, workflows, and business goals—ensuring they gain real value from the 3DEXPERIENCE Platform. 

The 3DEXPERIENCE Native Apps form the core working environment for designers, engineers, and collaborators who require powerful authoring, visualization, and data management capabilities directly on their devices. These native applications are installed locally on computers or mobile devices, yet remain tightly connected to the 3DEXPERIENCE platform, ensuring seamless collaboration, security, and data continuity across the extended enterprise.

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What Are 3DEXPERIENCE Native Apps?

Native Apps are platform-integrated applications that run directly on a user’s system while leveraging the centralized intelligence of the 3DEXPERIENCE platform. They provide a consistent user interface and a shared set of services across all apps, enabling users to create, edit, visualize, search, and manage content without disruption. Whether working online or in controlled environments, users benefit from a stable, responsive, and standards-compliant experience.

 

These apps are designed to support industry process–centric design, where data is not isolated within individual tools but is part of a connected digital ecosystem. Design iterations, reviews, and decision-making become faster and more reliable because everyone works from a single source of truth.

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A Common User Experience Across All Apps

One of the key strengths of 3DEXPERIENCE Native Apps is the consistency of the user experience. Common interface elements such as the top bar, action bar, object properties, app options, and immersive panels ensure that once users understand the environment, they can confidently move across multiple apps. This reduces learning curves and improves productivity.

The interface adapts to different working contexts, allowing users to focus on design, analysis, or collaboration while maintaining access to essential information like object properties, application options, and system status. The platform also supports extensive customization, enabling organizations and individuals to tailor the interface to their working habits.

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Intelligent Content Creation and Management

Native Apps enable users to create, open, modify, and save content directly within the platform’s secure data structure. Content is managed with built-in intelligence that respects roles, responsibilities, and access rights. This ensures that users see and modify only what they are authorized to, while all changes remain traceable and governed.

The platform supports both immediate and controlled saving mechanisms, making it suitable for fast design iterations as well as structured enterprise workflows. Content integrity is preserved even in complex assemblies or multi-user environments, supporting confident collaboration.

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Advanced Selection, Navigation, and Visualization

Working efficiently with complex data requires powerful navigation and visualization capabilities. Native Apps provide flexible selection methods, rich tree structures, and synchronized 3D views that help users understand relationships within products and assemblies. Visualization tools allow users to explore models through multiple perspectives, shading modes, and view configurations, improving clarity during design reviews and decision-making.

The tight integration between the tree structure and the 3D workspace ensures that users always understand context—what they are viewing, how it fits into the larger structure, and how it relates to other data.

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Favorites and Reusable Work Contexts

The Favorites capability allows users to bookmark complete work contexts, not just individual files. This means frequently accessed product structures, filtered views, or specific working states can be quickly restored. Favorites support both dynamic and static modes, enabling flexibility between always-updated data views and fixed reference states.

By sharing favorites, teams can align on the same data perspectives, significantly improving collaboration and reducing time spent navigating complex structures.

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Seamless App-to-App Transitions

The 3DEXPERIENCE platform is designed to support fluid transitions between different applications without reloading or duplicating data. Users can move from finder apps to authoring apps, or between authoring tools, while maintaining working context wherever supported. This continuity allows teams to perform different tasks on the same data efficiently, from exploration and validation to detailed design and refinement.

Such transitions reinforce the platform’s vision of a connected digital workflow rather than isolated application silos.

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Collaboration, Messaging, and Enterprise Connectivity

Collaboration is embedded directly into Native Apps through integrated messaging and sharing capabilities. Teams can exchange ideas, review designs, and communicate in real time while working on the same content. This tight integration ensures that discussions remain contextual, relevant, and traceable to the actual data.

The platform’s open architecture also supports industry-standard content exchange formats, enabling interaction with external systems and partners while maintaining governance and security.

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Designed for Enterprise-Grade Performance and Standards

Available on Windows environments and fully compliant with modern UI standards, 3DEXPERIENCE Native Apps are built for enterprise reliability and scalability. They combine local performance with cloud-connected intelligence, ensuring responsiveness without compromising collaboration or data control.

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Conclusion

3DEXPERIENCE Native Apps provide a powerful, unified environment where design, data management, visualization, and collaboration come together. By offering a consistent user experience, intelligent content handling, advanced visualization, and seamless app transitions, they empower organizations to work more efficiently, innovate faster, and collaborate more effectively across the extended enterprise.

For organizations adopting the 3DEXPERIENCE platform, Native Apps are not just tools—they are the foundation of a connected, agile, and future-ready digital engineering ecosystem.

Product Lifecycle Management (PLM) Components form the digital foundation of the 3DEXPERIENCE Platform. They define how product data is created, structured, related, governed, and reused across the entire lifecycle—from early concept and system definition to detailed design, simulation, manufacturing, and beyond. Unlike traditional file-based approaches, PLM Components represent intelligent objects that carry context, behavior, and relationships. 

At their core, PLM Components ensure that all stakeholders work on a single, consistent source of truth, enabling collaboration across domains without losing data integrity. 

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The IRPC Foundation of PLM Data 

The structure of PLM Components is based on the IRPC conceptual model, which stands for Instance, Reference, Port, and Connection. This model provides a clear separation between definition, usage, and interaction, allowing complex products and systems to be managed efficiently. 

A Reference represents the definition of an object. It describes what the object is, such as a product, assembly, or functional element. References act as the parents in a structure and can aggregate other components, forming the backbone of product definitions. 

An Instance represents the usage of a reference in a specific context. While the reference defines the object, the instance defines where and how it is used. This distinction enables reuse of the same definition across multiple products or assemblies while maintaining contextual clarity. 

A Representation Reference defines the detailed realization of an object, such as 3D geometry, drawings, or visualization data. These representations may be reusable, allowing multiple usages, or non-reusable, allowing a single dedicated usage depending on design intent and governance needs. 

A Representation Instance reflects the contextual usage of that representation, maintaining a strong link between definition and application.

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Structured Relationships and System Connectivity 

PLM Components are organized through parent–child relationships that describe how products are built and how systems are composed. These structures allow organizations to manage complex assemblies, variants, and configurations in a controlled and traceable manner. 

To support system and functional engineering, PLM objects can include Ports and Connections. Ports define interaction points, while connections describe relationships or flows between objects. This capability is essential for modeling logical, functional, and system-level architectures within the same PLM environment. 

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Attributes, Identity, and Governance 

Each PLM object carries a rich set of attributes that define its identity, lifecycle, and ownership. Human-readable titles support understanding, while system-generated names and revisions ensure uniqueness and traceability across the platform. 

Attributes such as ownership, collaboration space, collaborative policy, and effectivity play a critical role in enterprise governance. They define who can access or modify data and under what conditions, ensuring secure and compliant collaboration. 

The Identifier Set further strengthens data integrity by defining a clear scope of uniqueness based on platform, service, object type, name, and revision. This enables multiple teams to work in parallel without data conflicts. 

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Readability and Collaborative Access 

PLM Components follow intelligent readability and access rules. Within a collaborative space, visibility is inherited across aggregated objects, enabling teams to seamlessly access related data without manual intervention. At the same time, access boundaries are respected across different collaborative spaces, protecting sensitive or restricted information. 

This approach balances openness and control, allowing collaboration to scale while maintaining security and compliance. 

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Modelers: Domain-Specific Views on the Same Data 

The 3DEXPERIENCE Platform offers a wide range of modelers—such as product, functional, logical, simulation, material, system, portfolio, and CAD-integrated modelers like SOLIDWORKS. Each modeler works on the same PLM Components but applies domain-specific rules, behaviors, and lifecycle logic. 

Supporting modelers, including component family, feature specialization, filters, favorites, and business rules, enhance reuse, standardization, and decision-making. This ensures that different disciplines can collaborate on the same product definition without duplicating or breaking data. 

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Conclusion 

PLM Components are the backbone of digital continuity in the 3DEXPERIENCE Platform. By transforming product data into intelligent, structured, and governed objects, they enable reuse instead of duplication, collaboration instead of silos, and traceability instead of fragmentation. 

Through the IRPC model, rich attributes, structured relationships, and domain-specific modelers, PLM Components provide a scalable and secure foundation for modern engineering organizations. They allow businesses to manage complexity, improve collaboration, and maintain a consistent digital thread across the entire product lifecycle—making PLM not just a system of record, but a system of innovation. 

In the quick-paced environment of modern product development, companies are facing mounting pressure to produce innovation more rapidly, collaborate efficiently across worldwide teams, and achieve the highest quality. Conventional design and PLM systems tend to falter in addressing the needs of integrated engineering and digital continuity. Dassault Systèmes’ 3DEXPERIENCE platform responds to these issues by offering a cohesive digital environment that bridges people, data, and processes within one collaborative environment. The transition from legacy environments to the 3DEXPERIENCE platform provides technical and business value many times more profound than mere software upgrades.

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The primary advantage of migration comes in the form of data and process unification. In contrast to traditional tools that divide CAD, PLM, and simulation environments, the 3DEXPERIENCE platform unifies all these capabilities into a single unified digital environment. What this implies is that design data, simulation outcomes, documentation, and change histories are all contained in a common data model, precluding version conflicts as well as duplicated data silos. Engineers are able to access real-time data, work on the latest product versions, and make informed choices without having to move between various systems or jeopardize data integrity.

Collaborative innovation is another significant benefit. The 3DEXPERIENCE platform brings teams across disciplines — design, simulation, manufacturing, and project management — together on a cloud or on-premise platform. Collaborators are able to work on shared product structures, handle revisions in real time, and track project progress in integrated dashboards. This real-time connectivity provides greater visibility throughout the product lifecycle, reducing problem-solving time and minimizing development cycles. Additionally, integrated project and lifecycle management applications assure that each change is traceable, approved, and linked to business goals.

Technically, the migration provides smooth integration of design and simulation processes. With applications like CATIA for design, SIMULIA for simulation, and DELMIA for manufacturing, the platform provides end-to-end digital continuity — from concept to production. This allows organizations to carry out early-stage simulations, verify design choices virtually, and optimize performance prior to physical prototyping, leading to cost savings and time-to-market reduction.

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The 3DEXPERIENCE platform also enables knowledge-based engineering (KBE) and automation features through the use of tools such as the Engineering Knowledge Language (EKL) and Visual Scripting Designer (VSD). These enable organizations to automate and standardize iterative design operations, apply company standards, and record expert knowledge in reusable templates. Through this, engineering processes become more intelligent, consistent, and efficient while releasing engineers from doing manual modeling to concentrate on innovation.

In comparison to legacy systems, the 3DEXPERIENCE platform provides a future-proof architecture. It can deploy on the cloud for scalability, seamlessly integrates with enterprise systems such as ERP or MES, and offers high-level data analytics for decision support. The model-based approach of the platform also resonates with Industry 4.0 principles, allowing digital twins, virtual validation, and networking manufacturing processes. By integrating design, simulation, and production data into a single ecosystem, businesses can speed up digital transformation and increase business agility.

Migration to 3DEXPERIENCE also provides a quantifiable return on investment (ROI). Through the elimination of rework on data, collaboration, and workflows, organizations witness enhanced design efficiency and accelerated delivery of products. The integrated environment keeps IT overheads at a low through the deployment of a single central platform that integrates multiple isolated systems, lowering maintenance as well as integration costs. Additionally, its role-based license allows every user to obtain the tools they require, maximizing utilization of resources across the teams.

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Finally, the migration to the 3DEXPERIENCE platform is not just a software change — it is a strategic move towards a fully integrated, collaborative, and smart product development space. It enables organizations to bring people, data, and processes together under a single digital umbrella, generating innovation, efficiency, and competitiveness in this connected world. Whatever the purpose, be it modernizing existing systems, supporting greater cross-domain collaboration, or gearing up for the next generation of digital engineering, the 3DEXPERIENCE platform is the ultimate platform for delivering real digital continuity and sustainable innovation.