![]() ![]() With DaaS, however, no VPN is required and the entire cloud service that hosts your cloud desktops would need to fail - an exceedingly rare event - in order to make them inaccessible. Connectivity could also be disrupted if users rely on a VPN to access RDS desktops remotely and the VPN fails. Availability: If your RDS host server goes down due to a disruption such as a power outage or a restart to apply system updates, you will not be able to access your desktop environments.You can install Windows 10 or another consumer-class version of Windows directly in cloud-based virtual machines to set up your desktop environments. With DaaS, you do not need Windows Server. Host machine: With RDS, you need a server that is running the Windows Server operating system (along with a license for Windows Server) in order to create guest environments that can be shared over the network.The main differences between RDS and DaaS include: DaaSĪt a high level, then, RDS and DaaS both provide the same end-result: Desktop environments that are accessible by remote users over the network.īut they achieve this result in quite different ways. Like RDS, DaaS gives users access to all of the same applications and system resources that they would be able to use if their virtual machine environment were a physical computer instead of a virtual desktop running in the cloud. With DaaS, you create a virtual machine using a public cloud service like Amazon EC2 or Azure Virtual Machines, install a PC operating system (like Windows 10) on it, then use an application like LogMeIn, GoToMyPC or DesktopReady to access it. (For the record, RDS in this context should not be confused with Amazon RDS, a cloud-based database service that does not have anything to do with Windows RDS.) What is Desktop-as-a-Service?ĭesktop-as-a-Service, or DaaS, is a type of cloud-based service that allows you to run a desktop environment on a virtual machine that is hosted in a public cloud. It is also possible, however, to install RDS on a server running in the cloud and share desktops from the cloud. Typically, the machine that hosts RDS runs in the same physical location - such as the same office building - as the computers from which users access the remote desktop environments. RDS can also be configured to make only certain applications available to remote users, if admins choose to set it up that way. Once you log into the RDS-hosted PC environment, you can usually access all of the same local resources - including storage, applications, the Windows desktop interface and so on - that you would be able to use if the RDS environment were an actual PC that was sitting in front of you. By setting up RDS on a Windows server, then using a Remote Desktop Protocol (RDP) application like Microsoft Remote Desktop, you can log in from another computer to a Windows environment that is hosted via RDS. In Windows, Remote Desktop Services, is a platform that lets users share desktop environments between one Windows computer and another over the Internet. Here’s a breakdown of the similarities and differences between RDS and DaaS, and why to choose one or the other. The differences matter not just for IT teams who maintain one of these platforms, but also for the end-users who rely on them to access desktop environments remotely. However, RDS and DaaS are fundamentally different types of solutions. Two of the most popular approaches, Remote Desktop Services (RDS) and Desktop-as-a-Service (DaaS), deliver approximately the same end-result. In today’s network-centric world, there is no shortage of solutions available for making PC environments available over the Internet. ![]()
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