Most VMware exits are planned as a hypervisor swap, and that view is too narrow. The migration rebuilds every layer beneath the virtual machines, yet most teams rebuild the same bolt-on backup and DR stack around the new platform: a separate product, on separate hardware, with its own license and its own console. The exit is the rare moment to fix how the data center survives failure and recovers from it. A private cloud operating system runs compute, storage, networking, and data protection in one code base, so resiliency, repair, and recovery become platform features instead of additional products. This research center collects the campaign in one place: the on-demand session with its live failure demonstrations, the datasheet, the presentation, and the analysis.
Solution Content
Exit VMware to Resilient HCI: Integrated Data Protection, Faster Recovery, and Built-In DR
Aaron Richman and Dave Vincent define the difference between resiliency and protection, compare three-tier and first-generation HCI, then prove the platform live: pull a drive, kill a server, fail two drives past the protection limit, recover a deleted VM, and fail over an entire virtual data center.
Watch On-Demand →Resilient Private Cloud OS
How VergeOS keeps workloads running through drive and server failures, repairs data in real time with ioGuardian, and recovers with independent snapshots and whole-data-center replication, at no additional software cost.
View the Datasheet →The Session Deck
The fourteen frames behind the session, including the resiliency economics of RAID 5, RF2, RF3, and snapshot retention, and the resilient, repairable, recoverable escalation.
View the Presentation →Beyond the Hypervisor Swap: VergeOS 2026 Architecture
The architectural deep dive behind the session. Why a single code base for compute, storage, networking, and protection changes what a VMware exit can deliver.
Read the Research →VergeIO Blogs
Refurbished Hardware Made Resilient
Refurbished hardware funds the VMware exit, but only if the platform can absorb its failures. How RF2, RF3, and ioGuardian keep workloads running through drive and server loss, and why resiliency and protection are different jobs.
Read the Post →Industry Articles
The VMware Exit Is a Protection Upgrade
Partner content, published October 2. The exit is the moment to raise both resiliency and protection: the production platform absorbs hardware failure, rollback, and site recovery, while the backup application takes on a larger role starting with the migration off VMware itself.
Read the Post →Five Things to Look for When Protecting Data After VMware
Most exit projects compare licensing and plan migration waves, then move the old backup design onto the new platform and hope it fits. A vendor-neutral checklist for rebuilding protection on the other side of VMware, drawn from what session attendees said about their own recovery confidence.
Read the Post →Resiliency: HCI or AFA?
How all-flash arrays and HCI each survive drive, controller, server, and site failures, where recovery actually lives in each design, and what an integrated infrastructure software platform delivers that neither does alone.
Read the Post →Social Media
HCI or AFA? Which One Survives Failure Better
Both designs handle a single drive failure about equally well. The differences show up after that: controller loss, a second failure during a rebuild, and where recovery actually lives. The short version of the argument, with the full post on LinkedIn.
View on LinkedIn →More to come. A follow-up analysis of what the session revealed and further industry coverage are on the calendar. Check back.