Dizzion vs vWorkspace MokaFive [EOL] comparison

Dizzion provides a fully managed end user computing platform that is purpose built to efficiently operate workloads at scale. Services range from virtual desktops and workspaces to a complete application suite delivery. Service offered: • Cloud Delivered Desktop – Windows • Cloud Burst Desktop – Disaster Recovery • Desktop Application Streaming – ThinApp and XenApp The Dizzion Cloud Management Portal provides self-service allowing customers to choose how much they want to control and manage. The portal is an included feature of the Cloud Delivered Desktop offering. Dizzion Cloud Delivered Desktops are targeted towards enterprise organizations who wish to be in full control of where their data resides. A benefit of the Dizzion Cloud Delivered Desktop is the ability to control corporate data that is being used by remote workers, yet presents a liability if stored on that endpoint device. Dizzion users can control data saves, redirecting them to secure corporate storage in the datacenter. The ability to manage desktop upgrades, patching, adds and changes from one central location, eliminates the need to physically address each endpoint. This is a benefit to organizations with remote workers, multiple locations and a limited IT staff. Extending the life of aging equipment by repurposing simply as a virtual desktop viewer, and dramatically shortening the boot times, especially during boot storms are additional benefits of Dizzion Cloud Delivered Desktops.

vWorkspace-MokaFive Suite simplifies management of your corporate Windows applications and data. This cost-efficient container solution creates a separate work environment on devices ranging from laptops and desktops to tablets and smartphones, while providing your temporary, contract or mobile employees with secure, user-friendly access to corporate apps and data from anywhere. vWorkspace-MokaFive Suite enables you to manage encryption, policies and secure remote access while separating personal data from enterprise data.