Often times these images need to be updated once or twice a week to keep up with security and application updates, this means 10-30 updates per week in the best case.Given large deployments, organizations may have to manage significant number of copies 5-20 or more per unique image (resulting in 25-100+ image objects in the environment).Typical organizations may have 5-15 unique image payloads as source material for provisioned VMs (VDI and RDSH).To break it down, we know that Horizon and Horizon Cloud customers have significant challenges at scale: However, maintaining version control of even a clean, optimized golden image across multiple locations can be a tedious, yet critical chore. Many IT administrators in your position reduce the burden by leveraging present applications into a golden image. This gets even more complex when you have different user groups who need access to different applications. It is difficult to maintain a fully patched operating system image, and the basic application load, and the respective patches, all while maintaining proper version control of your images. If you are responsible for a VDI or RDSH environment, you know that managing a collection of virtual machine images is a chore. Today, we are very excited to kick off the series with Image Management. This blog series will introduce each of the five management services available in the Horizon Control Plane that makes IT’s life easier. Now, with the Horizon Control Plane - which consists of a set of cloud-based management services including monitoring, image, application and lifecycle management - IT can enjoy unified and simplified management across Horizon Pods, regardless if the Pods are on-premises or in the cloud. In the past, having a hybrid and multi-cloud architecture significantly increased management complexity, as IT had to manage on-premises and cloud deployments with multiple sets of tools and different consoles. This results in a hybrid and multi-cloud architecture, where organizations place Pods of Horizon desktops and apps in one or more public or private clouds. This way, organizations can elastically increase or reduce their VDI capacities, or migrate their VDI environments from on-premises to the cloud completely when they are ready. They might start out with the virtual desktops or Microsoft RDSH server farms residing on-premises, and later on deploying and scaling-up Horizon Pods of desktops and apps in one or more private or public clouds, while retaining their original on-premises Horizon Pods. Many organizations leverage a Virtual Desktop Infrastructure (VDI) solution in a hybrid or multi-cloud manner for today’s most urgent use cases, including work from home, business continuity, real-time bursting, disaster recovery and high availability.
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