VMware Mirage offers a unique solution for endpoint management and recovery that combines image centralization and local execution. The images of the endpoints are cloned into the datacenter to enable the benefits of centralized management and recovery while leaving cached copies of the image on each endpoint for local (and offline) execution thereby preserving an uncompromised user experience.
Mirage centralizes the full desktop contents at the datacenter for management and protection purposes, distributes the execution of desktop workloads to the endpoints for superior user experience, and optimizes the synchronization in between. Mirage conceptually splits the PC into six layers, divided into two groups: IT centrally managed and user managed. The first group consists of a Base Image Layer, a Driver Library Layer, and a Departmental Application Layer (experimental). The second group consists of User-Application Layer, Machine Identity Layer and User Data Settings Layer.
These layers form an individually managed, centrally stored Centralized Virtual Desktop (CVD). CVDs are hardware-agnostic and can be easily migrated from one desktop (physical or virtual) to another, creating a wide range of use cases. The Mirage Client runs a copy of this CVD directly on the end point, so users can work offline, use processor-intensive applications, and enjoy predictable, native PC performance regardless of network connectivity.
The Mirage architecture includes VMware Mirage Server in the datacenter to centralize desktop management and protection; Mirage Client to create a local cache for optimal user experience at the endpoint, and advanced WAN optimization technology to speed bi-directional synchronization over the WAN.
These layers form an individually managed, centrally stored Centralized Virtual Desktop (CVD). CVDs are hardware-agnostic and can be easily migrated from one desktop (physical or virtual) to another, creating a wide range of use cases. The Mirage Client runs a copy of this CVD directly on the end point, so users can work offline, use processor-intensive applications, and enjoy predictable, native PC performance regardless of network connectivity.
The Mirage architecture includes VMware Mirage Server in the datacenter to centralize desktop management and protection; Mirage Client to create a local cache for optimal user experience at the endpoint, and advanced WAN optimization technology to speed bi-directional synchronization over the WAN.
