Cloud Environments

Platform Overview

Microsoft Azure Virtual Desktop is a comprehensive cloud-based desktop and application virtualization service that runs on Azure. It provides the flexibility of cloud computing while delivering a familiar Windows experience with optimized performance for Microsoft 365 applications.

The service enables seamless remote work by providing consistent, high-performance desktop experiences from any device while centralizing IT management and reducing overhead. With native Microsoft 365 integration and robust disaster recovery capabilities, LKMethod leverages Azure Virtual Desktop to offer clients a modern, secure desktop-as-a-service solution that supports digital transformation while maintaining the highest standards of reliability and business continuity.

Architectural Components


Azure Resource Manager

Infrastructure deployment and management


Azure Files

Profile and data storage


Entra ID

Identity and access management


RDP Gateway

Secure remote access protocol


Virtual Desktop Pools

Collections of session hosts


Azure Monitor

Performance monitoring and analytics

Key Benefits for Cloud Deployment

 

Rapid Deployment and Global Scalability

Azure Virtual Desktop enables organizations to deploy virtual desktops and applications in minutes rather than weeks. The cloud-native architecture allows instant scaling across multiple Azure regions, providing users with optimal performance regardless of their geographic location. This global reach ensures consistent user experience and enables organizations to support remote workforces, disaster recovery scenarios, and seasonal scaling requirements without infrastructure constraints.

Reduced Infrastructure Management and Operational Overhead By leveraging Azure’s managed services, organizations eliminate the need for on-premises hardware maintenance, security patching, and capacity planning. Microsoft handles the underlying infrastructure, operating system updates, and platform security, allowing IT teams to focus on strategic initiatives rather than routine maintenance. This significantly reduces operational costs and the need for specialized infrastructure expertise.

Consumption-Based Cost Model and Financial Flexibility

The pay-as-you-consume pricing model eliminates large capital expenditures and provides financial flexibility to scale resources based on actual usage. Organizations can optimize costs through features like auto-shutdown, reserved instances for predictable workloads, and the ability to quickly deprovision unused resources. This model is particularly beneficial for organizations with fluctuating user populations or seasonal businesses.

Enhanced Business Continuity and Disaster Recovery

Cloud-based deployment provides inherent disaster recovery capabilities with built-in redundancy across Azure availability zones. Data and applications are automatically replicated, and users can access their virtual desktops from any location during outages or emergencies. This level of business continuity would require significant investment and complexity in traditional on-premises deployments.

Pricing and Scalability

  • Pay-per-use model: Only pay for resources consumed
  • Auto-scaling: Automatically adjust capacity based on demand
  • Global availability: Deploy across Azure regions worldwide
  • Licensing: Included with Microsoft 365 E3/E5 or available separately

Technical Specifications

  • Operating Systems: Windows 10/11 Multi-session, Windows Server 2019/2022, Windows 10/11 Enterprise
  • Session Host Types: Personal (persistent) and pooled (non-persistent) desktop assignments
  • Azure Regions: Available in 60+ Azure regions worldwide with local data residency
  • Storage Options: Azure Files, Azure NetApp Files, FSLogix profile containers
  • Networking: Azure Virtual Network integration, ExpressRoute, and VPN Gateway support
  • Authentication: Azure Active Directory, AD DS integration, and multi-factor authentication

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