Private Cloud Infrastructure
for the VMware Exit
Reduce RAM. Decrease Storage Costs. Extend Server Life.
The exit is bigger than a hypervisor swap
Most teams treat leaving VMware as a question of which hypervisor replaces the old one. That framing is too small. The migration is a rare open window to reconsider the entire stack beneath the VMs, and the choices made in that window set the cost and complexity of the data center for years. Flash and RAM prices are climbing, and refresh cycles are forcing spend on servers that still have life left — and the VMware exit is landing in the middle of that.
Reduce RAM
No storage controller VM reserving memory on every node, and global inline deduplication happens at the cache layer — making caching more efficient too.
Decrease Storage Costs
Global inline deduplication shrinks the footprint you have to buy, and IT-controlled tiering puts the right data on the right media.
Extend Server Life
Runs on the standard x86 servers already in production.
Simplify and Reduce Networking Cost
Built-in SDN is part of the platform at no additional cost — no separate virtual networking license or appliance to buy and manage.
Keep these outcomes in mind — everything else builds on them.
The two flawed models teams inherit
Teams leaving VMware have historically chosen between two models, and both force a compromise.
Three-tier
Compute, storage, and networking stay in separate layers. Buys flexibility, at the price of complexity, multiple management planes, and a heavy hardware and licensing bill.
HCI
Collapses those layers to simplify operations, then adds its own costs. A controller VM taxes RAM on every node, scaling locks compute to storage, and hardware choice narrows to an approved list.
Leaving VMware does not remove this either-or. It just moves it forward in time. Sprawl or overhead — pick one, unless there’s a third option.
Introducing Private Cloud Infrastructure
Private Cloud Infrastructure is the alternative to both models: one software layer runs compute, storage, networking, and data protection together.
Watch the stack collapse
Five products with five upgrade cadences, five caches, and five vendors. One platform with one code base, one upgrade, one support relationship. Same workloads, different architecture.
What follows is a live look at how this works — not a description, a demonstration.
The building block underneath everything
A virtual data center (VDC) is a fully isolated slice of compute, storage, networking, and data protection, carved out of one shared physical platform.
A hospital department, a managed-service customer, and a dev/test lab — structurally identical to VergeOS. Only the label on the box changes.
One shared pool, many business units
Give a department, subsidiary, or dev/test team its own fully isolated environment — network, security policy, backup schedule — without provisioning it a private silo of hardware.
The multi-tenant unit you sell
A virtual data center is the product: the same isolation guarantee, packaged and delivered to every customer sharing the platform — the difference between a hosting business and a real cloud.
Same primitive, two audiences. What David builds live in a moment is one virtual data center — the exact same model whether you’re handing it to a department or a customer.
Live Demo — the power of virtual data centers
Everything from here happens live, inside VergeOS.
We’ll start with a quick tour of the VergeOS interface — virtualization, storage, networking, and data protection running as one integrated system, not separate tools stitched together.
A full tenant, built live from scratch — in minutes, not weeks.
A fully isolated clone for test/dev, booted in minutes.
IT sets the policy for where data lives — automatically.
Attack, kill it, and recover from a snapshot — live.
How to evaluate this as you plan your move
Here’s what to check for yourself as you plan your own move:
- How much of each node’s RAM is going to infrastructure overhead instead of your workloads?
- What percentage of your storage is allocated versus actually written to in the last 90 days?
- How many distinct infrastructure layers or management planes are you running today?
- Does your next hardware purchase need to happen, or could consolidation buy you another cycle?
One answer, four questions
Private Cloud Infrastructure answers all four without forcing the three-tier-or-HCI tradeoff. That’s the line that closes this section.
Anticipated Q&A
Questions we hear often — and how we think about them.
Reduce RAM. Decrease Storage Costs.
Extend Server Life.
Learn more at verge.io.
No controller VM tax on every node.
Pool-wide dedup and IT-controlled tiering shrink what you have to buy.
Standard x86 servers, no proprietary list.
“The VMware exit becomes the moment you take the pressure off, not the moment you spend into it.”