This article highlights a few key differences between Azure Virtual Desktop and Amazon WorkSpaces. If you have the requirement for a Virtual Desktop Infrastructure and are confused between Azure Virtual Desktop and Amazon Workspaces, then this article can help you choose the best between these two as per your requirements.
Table of Contents
AWS Workspaces VS Azure Virtual Desktop
Before diving into the specifics, let’s clarify what these solutions offer. Cloud-based virtual desktops provide users with secure access to their desktop environments from anywhere, on virtually any device. This flexibility has become crucial in today’s hybrid work landscape.
What is AWS WorkSpaces?
AWS WorkSpaces is Amazon’s Desktop-as-a-Service (DaaS) solution that provides fully managed, persistent desktops in the cloud. WorkSpaces simplifies the deployment and management of virtual desktops, eliminating the upfront investments and complexity associated with traditional VDI deployments.
What is Azure Virtual Desktop (AVD)?
Previously known as Windows Virtual Desktop, Azure Virtual Desktop is Microsoft’s cloud VDI offering that allows you to run Windows desktops and applications on Azure. In my experience, AVD offers greater flexibility in deployment models while integrating seamlessly with Microsoft’s ecosystem.
Core Features Comparison
Let us discuss several key feature areas.
Operating System Support
AWS WorkSpaces:
- Windows 10/11 Enterprise
- Amazon Linux 2
- Ubuntu
- Red Hat Enterprise Linux
- Custom images
Azure Virtual Desktop:
- Windows 10/11 Enterprise multi-session (exclusive to AVD)
- Windows 10/11 Enterprise
- Windows 7 Enterprise (with extended security updates)
- Windows Server 2012 R2, 2016, 2019, 2022
The multi-session capability in AVD is a significant differentiator, as it allows multiple users to connect to a single VM simultaneously, reducing costs for many use cases.
User Experience and Performance
Both platforms deliver excellent performance, but there are some differences:
AWS WorkSpaces:
- Proprietary streaming protocol (PCoIP or WSP)
- Consistent performance regardless of user location relative to AWS regions
- Desktop experience identical to local Windows/Linux installations
- Simple user management interface
Azure Virtual Desktop:
- Uses Remote Desktop Protocol (RDP)
- Performance can vary based on proximity to Azure data centers
- Windows 10/11 multi-session provides a familiar Windows experience
- More granular control over user experience settings
Pricing Models
Cost considerations are always paramount for my clients, and these platforms have distinctly different pricing approaches.
AWS WorkSpaces Pricing
WorkSpaces uses a straightforward pricing model:
- Monthly or hourly billing options
- Bundle-based pricing (combinations of CPU, RAM, and storage)
- Additional costs for applications and data transfer
- Reserved capacity options for cost savings
For example, a standard bundle with two vCPUs, 4 GB of RAM, and 80 GB of storage starts at approximately $21 per month, plus hourly usage charges.
Azure Virtual Desktop Pricing
AVD has a more complex but potentially more cost-effective model:
- No additional charge for the AVD service itself (you pay only for Azure infrastructure)
- VM costs based on size, region, and usage
- Storage and networking costs are calculated separately
- Multi-session capabilities can significantly reduce per-user costs
Deployment and Management
The administrative experience differs significantly between these platforms.
AWS WorkSpaces Deployment
WorkSpaces provides a streamlined deployment experience:
- Quick deployment through the AWS Console
- Simple directory integration with AWS Directory Service
- Bundle-based configuration selection
- Limited customization without images
- Simplified administrative interface
Azure Virtual Desktop Deployment
AVD offers more flexibility but requires more configuration:
- Host pool creation through the Azure Portal
- More granular control over VM specifications
- Image management for application deployment
- Role-based access control for administration
- Azure Resource Manager integration
In my experience implementing both solutions, WorkSpaces is generally faster to deploy for straightforward use cases, while AVD offers more customization options for complex environments.
Integration Capabilities
Integration with existing systems and software is a critical factor for most of my clients.
AWS WorkSpaces Integration
- Seamless integration with AWS services (S3, EC2, etc.)
- Directory services integration (AD Connector, Simple AD)
- Support for on-premises Active Directory through AD Connector
- WorkSpaces Application Manager for application deployment
- Third-party solution marketplace
Azure Virtual Desktop Integration
- Native integration with Microsoft 365 applications
- Azure Active Directory and Microsoft Entra ID integration
- FSLogix profile containers for user profile management
- Azure Files or Azure NetApp Files for profile storage
- Seamless single sign-on with Microsoft accounts
For organizations heavily invested in the Microsoft ecosystem, AVD’s native integrations provide significant advantages in terms of user experience and administrative overhead.
Security Features
Security is non-negotiable for virtual desktop environments. Here’s how these platforms compare:
AWS WorkSpaces Security
- Data encryption at rest and in transit
- Multi-factor authentication
- Network isolation with VPC
- AWS Shield for DDoS protection
- IP access control groups
- AWS WAF integration
- Client device restriction options
Azure Virtual Desktop Security
- Azure Security Center integration
- Conditional Access policies
- Multi-factor authentication
- Role-based access control
- Microsoft Defender for Cloud
- Encrypted connections via TLS
- Reverse connect transport (no inbound firewall rules needed)
Both platforms offer robust security features, but AVD’s integration with Microsoft’s broader security ecosystem can provide advantages for organizations already using these tools.
Use Cases and Scenarios
Based on my implementation experience, these platforms excel in different scenarios:
Ideal AWS WorkSpaces Scenarios
- Small to medium businesses seeking simplicity
- Regulated industries require strict security controls
- Consistent workloads with predictable resource needs
- Linux desktop requirements alongside Windows
- Organizations already invested in AWS infrastructure
Ideal Azure Virtual Desktop Scenarios
- Microsoft-centric organizations using Microsoft 365
- Variable workloads benefiting from multi-session capabilities
- Enterprises with complex application delivery requirements
- Seasonal or shift-based workforces where density optimization matters
- Organizations with existing Azure investments
Real-World Considerations
Support and SLAs
Both platforms offer enterprise-grade support, but response times and escalation paths differ:
AWS WorkSpaces:
- AWS Business Support recommended
- 99.9% availability SLA
- Well-documented troubleshooting resources
- Direct desktop replacement capability
Azure Virtual Desktop:
- Microsoft support plans for production workloads
- SLA varies by components (Azure infrastructure SLAs apply)
- Extensive community resources
- Requires more components to manage for high availability
User Adoption and Training
User acceptance is critical for VDI success:
AWS WorkSpaces:
- Consistent, familiar interface
- Simple client applications for all devices
- Straightforward user self-service options
- Limited customization may simplify training
Azure Virtual Desktop:
- Native Windows experience
- Web client availability
- More customization options may require additional training
- Microsoft familiarity may ease adoption for Windows users
Making the Right Choice
Based on my experience implementing both solutions across various industries, here’s my recommendation
- Evaluate your existing cloud investments – Organizations already committed to AWS or Azure will find natural advantages with the corresponding VDI solution.
- Consider your application portfolio – Microsoft-centric application stacks typically perform better on Azure Virtual Desktop (AVD).
- Analyze your user density requirements – If you need to optimize costs through multi-session capabilities, AVD has the advantage.
- Calculate total cost of ownership – Look beyond per-user pricing to include management overhead, training, and integration costs.
- Test performance for your specific use cases – Deploy pilot implementations to assess real-world performance for your users.
- Assess your IT team’s skillset – Consider which platform better aligns with your team’s existing expertise.
Conclusion
Both AWS WorkSpaces and Azure Virtual Desktop are stable and mature platforms that can effectively serve your virtual desktop needs. WorkSpaces typically offers a more straightforward, bundled approach that simplifies deployment and management. At the same time, AVD provides greater flexibility and potential cost savings through its multi-session capabilities and deep integration with the Microsoft ecosystem.
For organizations already committed to AWS, WorkSpaces is often the natural choice. Similarly, Microsoft-centric businesses will likely find AVD more advantageous due to its native integrations.
You may also like the following articles.
- Introduction To Amazon Web Services
- How to restart Azure Virtual Desktop
- How to Create Azure VM (Virtual Machine)
I am Rajkishore, and I am a Microsoft Certified IT Consultant. I have over 14 years of experience in Microsoft Azure and AWS, with good experience in Azure Functions, Storage, Virtual Machines, Logic Apps, PowerShell Commands, CLI Commands, Machine Learning, AI, Azure Cognitive Services, DevOps, etc. Not only that, I do have good real-time experience in designing and developing cloud-native data integrations on Azure or AWS, etc. I hope you will learn from these practical Azure tutorials. Read more.
