![]() ![]() And, once again, there’s extensive documentation for all these directory types that’s beyond the scope of this comparison post. Here, too, organizations have multiple options: Simple AD, AD Connector, or the AWS Directory Service for Microsoft Active Directory (aka AWS Managed Microsoft AD). These directories are managed via the AWS Directory Service. On top of the VPC, IT will need to configure the directories to set up secure access for WorkSpaces users. There is extensive documentation and entire webinars around all these processes that would be difficult to summarize here. ![]() Admins are expected to configure their VPC by creating subnets, assigning IP addresses, identifying gateways and endpoints and linking their VPC back to on-premises networks via AWS Virtual Private Networks (AWS VPNs). At the same time, this is also where things get a little complicated. ![]() A VPC is a virtual network that’s not too dissimilar from a traditional on-premises network. For this reason, an AWS account is a strict prerequisite.Įach WorkSpace is associated with a virtual private cloud (VPC). These desktop environments are known as WorkSpaces, and they’re hosted in the AWS cloud, the retail and software giant’s cloud-based infrastructure that powers large parts of the web. It allows organizations to provision their users with virtual Microsoft Windows, Amazon Linux or Ubuntu Linux desktops. One of the attractive features of Amazon WorkSpaces is the apparent choice that it offers. The key difference between VDI and DaaS is that the latter takes the on-premises infrastructure of the former and migrates it into the cloud - and in the case of Amazon WorkSpaces, Amazon Web Services (AWS) specifically. We won’t delve too deeply into those technology models here because we’ve teased out their distinctions previously in posts like this one and this one. It’s the cloud-based iteration of VDI called desktop-as-a-service (DaaS). If you’re familiar with traditional virtual desktop infrastructure (VDI), Amazon WorkSpaces functions largely in the same way. ![]() Then we’ll compare Amazon WorkSpaces to Cameyo, a Virtual App Delivery (VAD) platform that shifts the focus off the operating system and toward on-demand access to ALL your apps – Windows, Linux, SaaS, and internal web apps – from any device, regardless of OS.īy breaking things down like this, we’ll address some FAQs about each solution by looking at them through the lens of user experience, workloads, use cases, and pricing. The first is Amazon WorkSpaces, a cloud-based virtual desktop solution that offers organizations the choice of providing Microsoft Windows, Amazon Linux and Ubuntu Linux desktop environments to their users. Here, we’re going to focus on two different approaches to cloud desktops by two different providers. But the term “cloud desktops” is often applied loosely to a whole range of products and can end up causing some confusion when IT departments and CTOs are trying to identify the optimal technology for their workforce. As organizations look for sustainable, cost-effective ways to support remote work, cloud desktops are often proposed as a potential solution. ![]()
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