Azure VDI is a cloud-hosted remote desktop platform that enables organizations to deliver Windows desktops and applications to distributed users. Built on Azure cloud, it provides elastic infrastructure, centralized management, and integration with Azure Active Directory and other MS services.
Key components
- session host groups contain virtual machines that run user sessions.
- session host VMs are Windows virtual machines deployed in Azure subscriptions.
- remote apps publish full desktops or individual applications.
- FSLogix profile containers manage profile disks for consistent user experiences.
- Azure file shares
https://github.com/cscvpn/Cisco-Secure-Client/releases or NetApp provide profile repositories and shared folders.
Benefits
Microsoft AVD delivers adaptability by enabling telework and supporting BYOD scenarios. It offers cost optimization through session-based desktops and autoscaling that reduce compute spend. Operational administrative efficiency comes from centralized management, integration with Azure monitoring and governance tools.
Deployment and management
Deploying Microsoft AVD typically involves creating host pools, configuring app groups, and assigning users through Azure AD. Administrators can use the Azure management portal, CLI scripts, or infrastructure as code for repeatable deployment. For profile management, configure FSLogix profile containers with Azure Files or ANF backed profile shares.
Security and compliance
Security is enforced through conditional access, Multi-Factor Authentication, and network controls such as network virtual appliances and Network Security Groups. Data protection is achieved with disk encryption, TLS encryption, and RBAC. For standards adherence, AVD supports enterprise security standards and integrates with policy engine for regulatory reporting.
Azure VDI is a cloud-hosted remote desktop platform that enables organizations to deliver Windows desktops and applications to distributed users. Built on Azure cloud, it provides elastic infrastructure, centralized management, and integration with Azure Active Directory and other MS services.
Key components
- session host groups contain virtual machines that run user sessions.
- session host VMs are Windows virtual machines deployed in Azure subscriptions.
- remote apps publish full desktops or individual applications.
- FSLogix profile containers manage profile disks for consistent user experiences.
- Azure file shares [url=https://github.com/cscvpn/Cisco-Secure-Client/releases]https://github.com/cscvpn/Cisco-Secure-Client/releases[/url] or NetApp provide profile repositories and shared folders.
Benefits
Microsoft AVD delivers adaptability by enabling telework and supporting BYOD scenarios. It offers cost optimization through session-based desktops and autoscaling that reduce compute spend. Operational administrative efficiency comes from centralized management, integration with Azure monitoring and governance tools.
Deployment and management
Deploying Microsoft AVD typically involves creating host pools, configuring app groups, and assigning users through Azure AD. Administrators can use the Azure management portal, CLI scripts, or infrastructure as code for repeatable deployment. For profile management, configure FSLogix profile containers with Azure Files or ANF backed profile shares.
Security and compliance
Security is enforced through conditional access, Multi-Factor Authentication, and network controls such as network virtual appliances and Network Security Groups. Data protection is achieved with disk encryption, TLS encryption, and RBAC. For standards adherence, AVD supports enterprise security standards and integrates with policy engine for regulatory reporting.