Siemens licenses (ALM) can float on the server. Instead of moving USB dongles or managing node-locked licenses across a fleet, engineers check out a license when they log into their vDesktop. This increases utilization and reduces costs.
In regulated industries (pharma, food & beverage, critical infrastructure), losing a laptop means losing intellectual property. With a vDesktop, no project data lives on the endpoint. All code, tags, and configurations remain inside the datacenter, compliant with ISA-95 and NIST standards.
In the era of Industry 4.0, the boundary between the physical and digital worlds is becoming increasingly blurred. Siemens, a global powerhouse in industrial manufacturing and automation, has long been a pioneer of this integration through its concept of the "Digital Twin." While the Digital Twin often refers to the virtual replication of machines and products, the concept extends deeply into the company’s IT infrastructure. One of the most significant manifestations of this internal digital transformation is "vDesktop," Siemens' implementation of Virtual Desktop Infrastructure (VDI). By leveraging vDesktop, Siemens has not only modernized its global IT landscape but also enhanced security, agility, and operational efficiency.
At its core, vDesktop is a technology that separates the desktop environment from the physical device. Instead of an operating system, applications, and data residing on a local hard drive, they are hosted on centralized servers in a data center or the cloud. For a corporation like Siemens, which operates across hundreds of sites globally with a diverse workforce ranging from office administrators to high-level engineers, this centralization is transformative. It allows the company to deliver a standardized, high-performance computing experience to any employee, anywhere in the world, regardless of the hardware they are using.
The primary driver for Siemens' adoption of vDesktop is security. As a leading entity in critical infrastructure, industrial automation, and defense technology, Siemens is a high-value target for corporate espionage and cyberattacks. Traditional IT models, where sensitive data is stored locally on laptops, present significant risks; if a device is lost or stolen, proprietary data is compromised. With vDesktop, data never leaves the data center. The local device acts merely as a terminal displaying an image of the desktop. This "zero-trust" approach ensures that intellectual property—such as CAD designs for gas turbines or proprietary automation code—remains within the secure digital perimeter of Siemens, significantly reducing the attack surface.
Furthermore, vDesktop has revolutionized the operational efficiency of Siemens’ IT department, often operating under the "Siemens IT" banner. In a traditional environment, deploying new software or updating operating systems across thousands of physical computers is a logistical nightmare, often requiring on-site technicians. With vDesktop, IT administrators can manage "gold images"—master templates of the desktop environment. A security patch or a new engineering tool can be deployed to thousands of virtual desktops almost instantly from a central console. This capability is crucial for maintaining the rigorous compliance standards required in the industrial sector, ensuring that every employee is working on a secure and up-to-date platform.
Beyond security and management, vDesktop provides the necessary agility to support Siemens' diverse workforce. The company employs distinct user groups with vastly different needs. A sales representative requires a lightweight, mobile interface for CRM software, while a mechanical engineer requires heavy GPU processing power to run Siemens’ own NX software for 3D design. vDesktop allows for granular resource allocation. IT can provision "persistent" desktops that retain user settings for developers, or "non-persistent" desktops that reset after use for shift workers in manufacturing plants. This flexibility allows Siemens to optimize hardware resources, reducing energy consumption and hardware costs by extending the life of endpoint devices.
However, the implementation of vDesktop is not without challenges. The user experience is heavily dependent on network latency. For engineers working in remote locations or factories with limited connectivity, the performance of graphic-intensive applications can suffer. Siemens has had to balance the consolidation of resources with edge computing solutions, ensuring that the digital twin workflow is not hampered by network limitations. Despite these hurdles, the trend toward remote work—accelerated by global events—has validated the investment in vDesktop, allowing business continuity when physical offices are inaccessible.
In conclusion, vDesktop at Siemens is more than just an IT upgrade; it is a strategic enabler of the company’s broader digital transformation. By virtualizing the endpoint, Siemens has created a secure, manageable, and flexible digital workspace that mirrors the efficiency of the automated factories it builds for its customers. It protects the crown jewels of the company’s intellectual property while providing the agility needed to compete in a fast-paced global market. As Siemens continues to bridge the gap between the real and the virtual, vDesktop stands as the essential infrastructure supporting the digital workforce of the future.
Introduction
In the early 2000s, Siemens, a global technology powerhouse, was facing challenges in managing its IT infrastructure across various departments and geographies. With a large and diverse workforce, Siemens needed a solution that could provide secure, reliable, and flexible access to applications and data. This is where Virtual Desktop Infrastructure (VDI) came into play.
The Need for VDI
Siemens had a complex IT landscape with multiple systems, applications, and hardware configurations. The company had to ensure that its employees had access to the necessary tools and resources to perform their jobs efficiently. However, the traditional desktop infrastructure was becoming increasingly difficult to manage, maintain, and secure.
The main pain points for Siemens were:
The VDI Solution
Siemens decided to implement a Virtual Desktop Infrastructure (VDI) solution to address these challenges. The company chose to work with Citrix, a leading VDI solution provider, and implemented Citrix XenDesktop.
The VDI solution provided Siemens with:
Implementation and Benefits
The implementation of the VDI solution was a complex process that involved multiple stakeholders and required careful planning. Siemens:
The benefits of the VDI solution for Siemens were significant:
Results and ROI
The VDI solution delivered significant results for Siemens:
Conclusion
Siemens' implementation of a Virtual Desktop Infrastructure (VDI) solution provided the company with a secure, flexible, and cost-effective way to manage its IT infrastructure. The VDI solution enabled Siemens to improve its security and compliance posture, increase user flexibility and mobility, and reduce IT costs. The success of the VDI solution has enabled Siemens to continue to innovate and expand its use of virtualization technologies, driving business growth and competitiveness.
Siemens vDesktop (often referred to as part of Siemens Virtual Workstations) represents the company’s strategic shift toward a flexible, cloud-based infrastructure. By transitioning from traditional on-premises setups to modernized Virtual Desktop Infrastructure (VDI), Siemens enables its global workforce to access high-performance computing resources from any location, ensuring business continuity and high security. Core Solutions and Platforms
Siemens utilizes several industry-leading platforms to deliver virtual desktop experiences tailored to different business needs:
Azure Virtual Desktop (AVD): Used extensively for high-performance engineering workloads, such as running Siemens NX in the cloud without local installations.
Windows 365: Provides personalized "Cloud PCs" that comply with strict zero-trust requirements, allowing for rapid scaling and reduced IT overhead.
SIMATIC Virtualization as a Service (SIVaaS): A specialized solution for industrial environments that offers pre-configured, high-availability IT infrastructure for OT (Operational Technology) applications.
Workspot: Chosen for global VDI transformation by Siemens Energy to provide cloud-native virtual desktops across multiple cloud providers. Key Benefits for Enterprise and Industry
Enhanced Security: Data is stored centrally in the cloud rather than on local devices, which lowers the risk of theft or loss and allows for consistent application of security policies.
Scalability and Flexibility: IT teams can adjust capacity effortlessly based on organizational demand, providing new users with workstations in minutes.
High-Performance Engineering: Cloud-hosted workstations utilize GPU-accelerated VMs to handle intensive CAD and PLM workloads with low latency.
Operational Efficiency: For industrial plants, virtualization can lead to up to 80% space savings and 75% energy savings by consolidating multiple hardware roles into a single server. Industrial Virtualization (SIVaaS)
For manufacturing and process industries, Siemens offers SIMATIC Virtualization as a Service. This turnkey solution: SIMATIC Virtualization as a Service - Siemens
Siemens vDesktop (also referred to as the Siemens Virtual Desktop) is a corporate Virtual Desktop Infrastructure (VDI) solution designed to provide secure, remote access to a personal Windows desktop environment from any device at any time. Key Features and Performance
Device Flexibility: Users can access their workstation from various devices, including home PCs, laptops, and tablets, without needing to carry a company-issued physical device.
Accessibility: The service is designed for "anywhere" access, making it a cornerstone of Siemens' remote and flexible work policies.
Security: As a VDI solution, data typically remains on central servers rather than the local hardware, reducing the risk of data loss or theft from physical devices. User Consensus
Reviews and internal feedback generally highlight that the platform is effective for standard office tasks but may experience performance variance based on the user's local internet connection. It is often cited as a "thorough" and "effective" tool for maintaining productivity across a global workforce. Support and Access
Access is typically managed through the internal Siemens Support Center, where employees can find configuration manuals and troubleshooting guides for different operating systems.
Siemens has significantly modernized its internal IT infrastructure by migrating from a traditional Virtual Desktop Infrastructure (VDI) to a more agile, cloud-based setup. This transition, particularly the adoption of Windows 365 Azure Virtual Desktop
, has received positive feedback for its speed and flexibility. Performance and User Feedback Rapid Deployment
: Virtual workstations that previously took up to two days to set up are now available in a maximum of Reduced Latency
: By housing applications close together in the cloud, Siemens has effectively reduced the time for data packets to travel, which is a common pain point in remote setups. User Satisfaction
: The Global Service Owner for Virtual Client at Siemens reports that users have provided positive feedback
, especially regarding the ability to order and access resources freely without manual backend adjustments. Technical Recommendations for Specific Software
For high-demand engineering applications often associated with Siemens, expert reviews and community discussions suggest specific configurations: Solid Edge and NX : Running these intensive 3D CAD programs in a VDI requires dedicated vGPU
(graphics processing unit) per user. Sharing a single GPU among multiple users (e.g., a 1:4 ratio) typically results in a poor experience. Network Stability
: Performance for software like Siemens NX is heavily dependent on network latency. Users on high-latency networks may experience "slow motion" interactions, while those in high-bandwidth, local areas often cannot distinguish VDI performance from a local workstation. Cloud vs. Local Install
: For users struggling with slow file opening/saving over VPNs, community experts recommend a local installation
with cloud-synchronized storage as a more efficient alternative to standard VDI if high-end hardware is available locally. SIEMENS Community Siemens' Modernized Setup Ideal Use Case Key Benefit Windows 365 Full-function Cloud PC Functions like a physical device; "Zero Trust" security. Azure Virtual Desktop Resource-specific access Flexible scaling for specific applications. Citrix HDX 3D Pro High-end 3D Graphics
Often recommended for NX or Solid Edge users needing GPU power. hardware certification
requirements for running specific Siemens engineering software in a virtual environment?
NX using virtual desktop infrastructure (VDI) - SIEMENS Community
Empowering the Modern Workspace: A Guide to Siemens vDesktop
In today’s fast-paced industrial and corporate landscapes, the traditional physical workstation is no longer the only way to get work done. Whether you are an engineer designing complex systems in Siemens NX or a plant manager overseeing a SIMATIC control system, the need for secure, flexible, and high-performance access from anywhere is paramount. This is where Siemens’ virtual desktop solutions, often referred to as vDesktop, come into play. What is Siemens vDesktop?
Siemens vDesktop is a Virtual Desktop Infrastructure (VDI) solution that allows employees and partners to access their applications and data through a virtualized environment. Instead of running software locally on a high-end physical PC, the computing power is hosted on centralized servers—either on-premises or in the cloud—and streamed to your device.
For industrial applications, Siemens offers SIMATIC Virtualization as a Service (SiVaaS), a turnkey solution that virtualizes control system components like engineering stations and OS clients. In the corporate and engineering world, Siemens has transitioned toward cloud-based virtual workstations using Windows 365 and Azure Virtual Desktop to provide global scalability. Why Switch to a Virtual Desktop?
The move to vDesktop isn't just about remote work; it’s about efficiency and security:
Work from Anywhere: Access high-end engineering tools like Siemens NX from a standard laptop at home or in the field without sacrificing performance.
Enhanced Security: Data remains in the secure data center rather than on individual hardware. If a device is lost or stolen, no sensitive intellectual property is at risk.
Cost-Efficient Scaling: IT departments can quickly provision new virtual machines for contractors or seasonal projects without the lead time of shipping physical hardware.
Reduced Footprint: Using virtualization services like SiVaaS can save up to 50% in space and energy compared to traditional server setups. Key Solutions in the Siemens Ecosystem
Azure Virtual Desktop & Windows 365: Siemens utilizes these Microsoft-powered services to meet Zero Trust security requirements while providing low-latency access for global teams.
Siemens NX on Citrix: Manufacturers can access CAD and simulation tools virtually through the collaboration of Microsoft, AMD, Siemens, and Citrix, allowing for real-time collaboration on digital twins from any location.
SIMATIC Virtualization as a Service (SiVaaS): Specifically designed for the factory floor, this service provides preconfigured virtual machines for PCS 7 and other industrial software, ensuring high availability even if a physical server fails. Getting Started with your vDesktop
Accessing your Siemens virtual environment typically involves a few simple steps:
Install the Client: Depending on your setup, you may need the VMware Horizon Client or the Microsoft Remote Desktop app.
Login Credentials: Use your company-provided credentials, often integrated with Microsoft Entra ID (formerly Azure AD) for single sign-on security.
Launch Your App: Once logged in, your personalized desktop or specific applications like NX or Teamcenter will appear just as they would on a local machine. The Future of Engineering is Virtual How Siemens meets zero trust requirements with Windows 365
In the modern industrial landscape, "vDesktop" at Siemens primarily refers to the internal implementation and customer-facing service of Virtual Desktop Infrastructure (VDI). This technology decouples the user's desktop environment from physical hardware, allowing employees and customers to access high-performance workstations—including those capable of intensive CAD/CAM tasks—from any location. The Evolution of Siemens vDesktop
Originally, Siemens utilized on-premises virtual workstations to provide secure access to company resources. However, to meet modern demands for scalability and "zero trust" security, the company transitioned its internal "vDesktop" strategy to cloud-based solutions like Microsoft Azure Virtual Desktop and Windows 365. This shift allows for:
Rapid Scaling: IT can adjust capacity effortlessly based on organizational needs.
Zero Trust Compliance: Every access request is strongly authenticated and authorized within policy.
High Performance: Specialized GPU-enabled virtual machines support power users working with heavy software like Siemens NX.
Industrial Application: SIMATIC Virtualization as a Service (SIVaaS)
Beyond internal use, Siemens offers a standardized service product called SIMATIC Virtualization as a Service (SIVaaS). This "turnkey" solution is specifically designed for industrial facilities and includes:
Preconfigured Systems: Ready-to-run virtual machines (VMs) for SIMATIC PCS 7 system components.
Consolidated Hardware: Multiple engineering stations and clients can run on a single, robust server, reducing the physical footprint by up to 80%.
Lifecycle Support: Includes technical support for all utilized technologies—from the VMware hypervisor to the underlying hardware—from a single source. Core Benefits of the vDesktop Approach How Siemens meets zero trust requirements with Windows 365
Unlocking the Power of Virtual Desktops with VDI Solutions from Siemens
In today's fast-paced and technology-driven business landscape, companies are constantly looking for ways to improve their operational efficiency, enhance security, and reduce costs. One solution that has gained significant traction in recent years is Virtual Desktop Infrastructure (VDI), and Siemens, a global leader in industrial technology, is at the forefront of this innovation. In this article, we'll explore the concept of VDI, its benefits, and how Siemens' vdesktop solution is revolutionizing the way businesses approach desktop computing.
What is Virtual Desktop Infrastructure (VDI)?
Virtual Desktop Infrastructure (VDI) is a technology that allows multiple virtual desktops to run on a single physical server, providing users with a secure, customizable, and highly available computing environment. With VDI, users can access their virtual desktops from anywhere, on any device, at any time, using a variety of endpoints, including laptops, tablets, smartphones, and thin clients.
Benefits of VDI
The benefits of VDI are numerous, and they can be broadly categorized into three main areas: operational efficiency, security, and cost savings.
Introducing vdesktop from Siemens
Siemens' vdesktop is a comprehensive VDI solution designed to meet the diverse needs of businesses across various industries. As a leading provider of industrial technology, Siemens has a deep understanding of the challenges faced by organizations in managing their desktop computing environments. With vdesktop, Siemens offers a robust and scalable VDI solution that provides a range of benefits, including:
Key Features of vdesktop
Some of the key features of vdesktop from Siemens include:
Real-World Applications of vdesktop
vdesktop from Siemens has been successfully deployed in a range of industries, including:
Conclusion
In conclusion, Virtual Desktop Infrastructure (VDI) is a powerful technology that can help organizations improve their operational efficiency, enhance security, and reduce costs. Siemens' vdesktop solution is a comprehensive VDI solution that provides a range of benefits, including simplified management, enhanced security, and improved user experience. With its scalability, customizability, and high availability features, vdesktop is an ideal solution for businesses across various industries. As the business landscape continues to evolve, it's clear that VDI solutions like vdesktop will play an increasingly important role in shaping the future of desktop computing.
Siemens utilizes virtual desktop infrastructure (VDI) solutions like Azure Virtual Desktop Windows 365
to provide secure, scalable access to high-performance software like Siemens NX Teamcenter Virtual Desktop Solutions at Siemens
Siemens has transitioned from on-premises setups to cloud-native VDI to meet dynamic organizational needs. Azure Virtual Desktop (AVD): Used to unify deployments of Siemens NX
across enterprises, simplifying management and providing consistent CAD/CAM experiences. It leverages multi-session features and GPU-powered SKUs (like the ) to manage intense rendering tasks efficiently. Windows 365:
Employed alongside AVD to ensure quick provision of virtual workstations that comply with strict Zero Trust security requirements. Workspot & Google Cloud: Selected by Siemens Energy
to modernize legacy VDI, streamline global operations, and reduce costs. Software & Services Supported
These virtual environments facilitate remote access to critical Siemens engineering and management tools: Siemens NX/X: Integrated CAD/CAM/CAE tools for product development. Teamcenter:
PLM (Product Lifecycle Management) services, often deployed on Azure with security provided by Azure Key Vault Azure Firewall Building X:
A cloud-native building management suite that uses a central repository for consistent insights and reporting across building operations. Microsoft Learn Reporting Capabilities within Siemens Tools
Various Siemens platforms include built-in reporting features to track performance and data: How Siemens meets zero trust requirements with Windows 365
✅ Yes if:
❌ No if:
Next steps: Contact Siemens DI partner or VMware specialist to run a vDesktop readiness assessment – specifically measuring PLC online response time from a virtual machine.
"VDesktop Siemens" refers to the suite of Virtual Desktop Infrastructure (VDI) solutions and services that utilizes internally and offers to industrial customers
. These solutions allow users to access powerful workstations, including graphics-heavy engineering software like Siemens NX , from any device or location. Core Offerings & Internal Use
Siemens employs a hybrid approach to virtualization, moving from traditional on-premises setups to more flexible, cloud-based models: Internal Employee Workstations:
Siemens IT has transitioned from a fixed on-premises VDI to a more scalable model using Microsoft Azure Virtual Desktop Windows 365 . This move was driven by a need to meet strict zero-trust
security requirements while providing high-performance, low-latency access for its global workforce. SIMATIC Virtualization as a Service (SIVaaS):
This is a specialized, turnkey virtualization solution for industrial plants. It provides the entire infrastructure—including hardware, software, and lifecycle services—to host industrial applications like with high availability and reduced downtime. Siemens NX on Virtual Desktops: For engineering teams, Siemens supports running software via Azure Virtual Desktop Citrix Cloud
. This allows engineers to work on "digital twins" from anywhere without needing to install massive software packages locally on their machines. Key Benefits of Siemens VDesktop Remote Engineering:
Enables users to access GPU-accelerated workloads (like 3D modeling) from standard laptops or thin clients. Zero-Trust Security:
Centralizing data in the cloud or a secure data center ensures that proprietary CAD files and sensitive plant data never leave the corporate network, reducing the risk from lost or stolen physical devices. Operational Efficiency:
Siemens has reported that setting up virtual workstations now takes a maximum of , compared to two days with traditional hardware. Sustainability: Virtualization can lead to up to 75% energy savings 80% less physical space required in server rooms. Service Partners
Siemens collaborates with several major technology providers to deliver these services:
NX using virtual desktop infrastructure (VDI) - SIEMENS Community
The Evolution of Siemens vDesktop: Bridging Industrial Power and Cloud Mobility
In the contemporary landscape of industrial digitalization, the ability to decouple high-performance software from physical hardware has become a strategic necessity. Siemens, a leader in industrial automation and software, addresses this through its virtual desktop solutions, often referred to under the umbrella of "vDesktop" or Virtual Desktop Infrastructure (VDI). These solutions represent a shift from traditional, localized workstations to a flexible, cloud-integrated environment that supports demanding engineering applications like Siemens NX and Teamcenter. Core Architecture and Implementation
Siemens utilizes a multi-faceted approach to virtualization, leveraging both private and public cloud infrastructures. At its core, the Siemens vDesktop experience is built upon several key technological pillars: Public Cloud Integration:
Siemens has formed significant partnerships with providers like Microsoft to deliver Azure Virtual Desktop (AVD)
for its CAD and PLM software. This allows users to run Siemens NX via a Remote Desktop client, eliminating the need for complex local installations. Industrial Virtualization (SIVaaS):
For operational technology (OT) environments, Siemens offers SIMATIC Virtualization as a Service (SIVaaS)
. This is a turnkey, system-tested platform that provides pre-configured virtual machines for industrial applications like SIMATIC PCS 7, ensuring high availability and simplified lifecycle management. Virtual Workstations: Windows 365
, Siemens IT provides "Cloud PCs" that offer the full functionality of physical devices. These can be provisioned in as little as two hours, compared to the days required for traditional hardware deployment. Strategic Benefits for Modern Enterprises
The transition to a virtualized desktop environment offers several transformative advantages for both IT administrators and end-users: High-Performance Mobility:
By utilizing GPU-accelerated virtual machine SKUs (such as those on Azure), engineers can perform intensive 3D modeling and simulations from any device, even those with low local processing power. Centralized Data Security:
vDesktop environments centralize data within secure cloud or data center environments. This prevents "local file sprawl" and ensures that sensitive engineering data never leaves the corporate network, aligning with zero-trust security models. Operational Efficiency:
Virtualization allows for the dynamic allocation of resources. IT teams can scale session hosts up or down based on current demand, reducing the need to maintain expensive, underutilized physical workstations. Sustainability and Cost Reduction:
By replacing energy-heavy workstations with thin clients and optimizing server utilization, companies can see significant reductions in CO2 emissions and lifecycle costs. Use Cases in Industry
Siemens vDesktop solutions are particularly effective in scenarios where traditional hardware falls short: How Siemens meets zero trust requirements with Windows 365
Historically, Siemens also used the internal branding "Siemens VDI" for employee workstations, but in an industrial software context, it refers to running heavy 3D engineering applications remotely.
Here is a comprehensive guide to understanding, planning, and deploying a Siemens Virtual Desktop environment.
At its core, vDesktop Siemens refers to the practice of running Siemens engineering and visualization software (such as TIA Portal, WinCC, PCS 7, or Simatic Manager) on a virtual desktop infrastructure (VDI) rather than on a local physical PC.
Instead of installing TIA Portal on ten different laptops, you install it once on a powerful central server. Users then access their personalized Siemens desktop remotely from thin clients, tablets, or even older hardware.
This is not just "Remote Desktop." It is a persistent, high-performance virtual machine (VM) tailored for the heavy lifting of PLC programming, HMI design, and SCADA operation.
| Feature | VMware Horizon 8 | Microsoft AVD (Azure) | |---------|----------------|------------------------| | USB Dongle over IP | Excellent (USB Hub device support) | Requires 3rd party (USB Network Gate) | | Real-time network | vSphere with NIOC – PROFINET OK | Azure NetApp + ExpressRoute needed | | Offline vDesktop | Works via Horizon Edge | Not native | | Cost for 50 users | ~$15k initial + $10k/year | ~$9k/year (no GPU profile) | | Siemens-specific partner support | Yes – several system integrators | Limited |
Winner: VMware Horizon for on-prem heavy engineering; AVD for lightweight SCADA remote access.