Businesses continue to embrace the movement of shifting their workforce productivity model primarily from a traditional desktop environment to cloud-driven virtual desktop solutions. Integrating virtual desktop solutions within Azure or hybrid environments have resulted in operational cost efficiencies with the flexibility to support desktops and software access regardless of where the user is physically located.
NetApp makes virtual desktop provisioning and automation easy. NetApp’s Virtual Desktop Service (VDS) is a global control plane for virtual desktop management that functions as an extension of Azure. With Virtual Desktop Service, businesses anywhere in the world can deploy a validated solution to address the challenges and inefficiencies facing most organizations when managing legacy virtual desktop solutions.
Virtual Desktop Service supports Remote Desktop Services (RDS) on major public cloud environments including Microsoft Azure, Amazon Web Services, Google Cloud Platform as well as on-premise environments. It also provides native support for Microsoft's Windows Virtual Desktop (WVD) solution in Microsoft Azure.
Virtual Desktop Service natively supports the Windows Virtual Desktop service in Azure, as well as allowing you to support other Remote Desktop Service (RDS) based deployments in other environments - all from a 'single pane of glass'.
Virtual Desktop Service is NetApp’s SaaS solution to automatically provision, deploy, manage, and optimize virtual desktops in Azure. It extends your
cloud capabilities by delivering a global control plane to manage virtual desktops through all phases of the desktop lifecycle. Virtual Desktop Service is
a flexible solution, with open REST APIs, that is interoperable with your virtual desktop environments globally.
Accelerate time to workforce productivity through rapid provisioning of workspaces that are synchronized with real-time data, software, and your applications.
Leverage virtual desktop data orchestration, resource allocation, and workload movement seamlessly across all users – no matter their location.
Scale workloads across multiple global cloud environments to adapt for desktop user surges leverage NetApp’s Cloud Data Services across the virtual desktop environment, all while reducing cloud infrastructure costs by up to 50%.
Simplify and schedule software updates, data orchestration, resource allocaion, and workload movement centrally, seamlessly.
Automatically scale cloud infrastructure resources up or down to meet current or planned demand, and recapture overprovisioned resources.
Utilize open REST API and our simplified SaaS user interface to accelerate time to provision, scale, consolidate, suspend, power down virtual desktops centrally.
Automate deployment of virtual workspaces for employees that syncs with real-time data, and integrates with your public cloud of choice.
Unify application management and runtime sessions that span user identity, server authentication, data files, databases, storage, profiles and user &/or departmental configurations according to policy.
Integrate VDS with the complete NetApp Cloud Data Services family with underlying high-performance shared storage, data protection and optimization and compliance
Thanks to NetApp’s VDS, our teams are now more productive from their mobile devices. VDS simplifies the process with a powerful tool to manage and automate my Azure infrastructure. The transformation process was fantastic!
VDS is a SaaS-delivered global control plane for virtual desktop management that functions as an extension of the cloud. With VDS, businesses anywhere in the world can deploy a validated solution to address today’s inefficiencies when managing legacy virtual desktop solutions.
VDS makes virtual desktop provisioning and automation easy. It offers businesses anywhere in the world a validated solution to their biggest challenge in the virtual desktop deployment, management and optimization.
VDS extends cloud capabilities by delivering a global control plane to manage virtual desktops through all phases of the desktop lifecycle. VDS can provision and deploy both users and infrastructure in an automated manner, and then manage the cloud, Windows, and application layers according to your policies. VDS is a flexible solution, with open REST APIs, and is interoperable with your private, public or hybrid cloud deployment strategy and your user’s chosen endpoint devices
VDS supports Remote Desktop Services (RDS) on major public cloud environments including Microsoft Azure, Amazon Web Services, Google Cloud Platform as well as on-premise HCI environments running the vSphere hypervisor. NetApp VDS also provides native support for Microsoft's Windows Virtual Desktop (WVD) solution in Microsoft Azure.
VDS meets the needs of today’s changing workforce in the following ways:
VDS is a hosted global control plane, accessible as a SaaS solution – so you don’t need to ‘deploy’ it all. All that is required is credentials to the service, which allow you to deploy in your chosen cloud infrastructure or on-premise environments.
NetApp hosts and manages VDS’s control plane software. It is managed as a SaaS solution to accelerate your deployment of virtual desktops by utilizing the cloud infrastructure of your choosing – whether public, private, or hybrid cloud models.
VDS is inclusive of multiple, high availability PaaS elements to ensure consistent performance uptime and security from any location. And you have the comfort of knowing that NetApp is recognized for providing some of the most scalable cloud services in the industry, such as Azure NetApp Files and Cloud Volumes Service.
As a cloud-driven solution that is operable on your preferred cloud infrastructure, VDS can support an infinite number of end users and virtual desktops.
The primary drivers of cost are compute, network, and storage resources. VDS provides the tools to “right-size” your existing IT infrastructure resources by adapting, in real-time, to virtual desktop consumption needs. VDS optimizes the cost and utilization of your current cloud resources to ensure that you achieve maximum performance at minimal cost.