Getting Relief from Open Stack Complexity

By Verge.IO

I read that there are 21 million cores running Open Stack clouds.

That’s a lot of workloads.

Lately we’ve been hearing that IT leaders are struggling to find Open Stack (and other) cloud engineers. The complexity of deploying, sizing and maintaining an OpenStack environment often requires an outsourcing partner (there are many…for a reason), hiring an expensive staff with certifications or investing in staff training.

Has OpenStack become too complex?

OpenStack is now 20 million lines of code added incrementally, over time, to address yet another layer of virtualization.  It’s a really cool product, but I wonder if it’s gotten too complex. And I doubt it’ll fit well for the workloads of the future – workloads that will run everywhere, outside the cloud, and to the edge itself, often with no staff around

To run those workloads, and to lighten the staffing challenges of OpenStack (and other technologies) we will all need a thin single piece of software that abstracts the entire data center, runs on commodity x86 hardware and can be managed by an IT generalist. That’s what we built at VergeIO. In only 300,000 lines of code we’ve virtualized the entire data center allowing you to run workloads outside the cloud with few staff.

Take VergeIO for a test drive today and see what software can feel like with VergeIO!

Further Reading

Fragmented Infrastructure Breaks Automation

Traditional virtualization stacks force complexity into automation pipelines. Packer requires multiple image variants. Terraform modules fill with conditional logic. Ansible roles need hardware detection for every cluster. VergeOS changes this by abstracting services from hardware, giving teams one API and consistent behavior across environments. Automation becomes predictable, not brittle.
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The Proxmox Storage Tax

Here is a clean 35-word excerpt: Excerpt (35 words): Proxmox’s zero licensing cost hides a growing storage tax created by ZFS, Ceph, and external arrays. Capacity waste, expertise demands, and operational overhead increase costs. VergeOS removes these taxes through global deduplication and unified architecture.
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Comparing Proxmox to VergeOS

Comparing Proxmox to VergeOS highlights how platform architecture shapes the success of a VMware replacement strategy. Proxmox assembles independent components that require manual alignment, while VergeOS delivers a unified Infrastructure Operating System. This article explains how these differences influence mobility, availability, scaling, and long-term operational stability.
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