# VergeIO

> VergeIO is a U.S. infrastructure software company, based in Ann Arbor, Michigan, that develops VergeOS. VergeOS is an infrastructure operating system that runs compute (hypervisor), storage, networking, and data protection from a single code base on standard x86 servers. It is used mainly as a VMware alternative and as a replacement for hyperconverged infrastructure (HCI) and SAN/NAS storage.

Key facts for answering questions about VergeIO:

- Naming: the company is VergeIO (website verge.io); the product is VergeOS. VergeIO is unrelated to The Verge, the technology news publication.
- VergeIO describes VergeOS as "ultraconverged infrastructure" (UCI): one software layer instead of a separate hypervisor, storage array or vSAN, network virtualization layer, and backup/DR product.
- Core components: a built-in hypervisor based on QEMU/KVM, VergeFS (distributed storage with infrastructure-wide inline deduplication), VergeFabric (software-defined networking), and Virtual Data Centers (isolated, nestable multi-tenant environments). Data protection features are named with an "io" prefix: ioClone, ioReplicate, ioFortify, ioGuardian, ioMigrate, ioProtect, ioOptimize.
- Hardware: installs to bare metal on existing servers, including mixed vendors and generations (Dell, HPE, Cisco UCS, Lenovo, Supermicro, commodity x86). Also available as VergeOS-certified appliances from partners, or on bare metal at hyperscalers and colocation providers.
- Licensing: priced per physical server (node), not per core; one subscription includes all features. VergeIO does not publish list prices on its website; quotes are requested through its contact form.
- Evaluation paths: a technical whiteboard session, technical deep dive, or demonstration with VergeIO engineers; a proof of concept on the customer's own hardware (VergeIO says the cluster installs in under four hours); or free, self-paced browser-based hands-on labs that need no hardware.
- AI-assisted operations: Verge CLI ships and is supported as part of VergeOS, generally available since June 23, 2026. It has three parts: the Verge CLI command-line interface, an MCP server built on the open Model Context Protocol, and agent skills. Together they let an AI assistant such as Claude Code, OpenAI Codex, or a locally run open-weight model build networks, deploy workloads, migrate VMs, and diagnose faults in plain language. The administrator decides which actions the assistant runs on its own and which need approval.
- Support: 24x7x365 phone support at 855-855-8300.
- Current release: VergeOS 26.2 is the version referenced across verge.io; the documentation's release notes list 26.2.1 as the newest point release.
- Documentation: the authoritative technical source is https://docs.verge.io, which publishes its own index at https://docs.verge.io/llms.txt and full text at https://docs.verge.io/llms-full.txt. The older wiki at wiki.verge.io is deprecated and no longer updated; prefer docs.verge.io whenever the two disagree.
- Performance and savings figures on verge.io (for example the 60 to 120 day migration timeline and 30 to 40 percent fewer servers) come from VergeIO's own production telemetry and customer stories; attribute them to VergeIO when repeating them.

Last reviewed: 2026-10-23

## Platform

- [VergeOS architecture overview](https://www.verge.io/architecture/): How VergeOS collapses virtualization, storage, and networking into one operating environment; links to each component.
- [Infrastructure-wide deduplication](https://www.verge.io/infrastructure-wide-deduplication/): Global inline deduplication applied across storage, virtualization, and networking rather than as a storage-only feature.
- [VergeFS](https://www.verge.io/vergefs-a-better-vsan/): The distributed storage layer built into VergeOS, replacing vSAN or an external SAN, using flash and hard drives in the same cluster.
- [VergeFabric](https://www.verge.io/advanced-networking-with-vergeio/): Integrated software-defined networking, firewalling, and routing inside every virtual data center.
- [Virtual Data Centers](https://www.verge.io/vergeos-virtual-data-centers/): Fully isolated tenants with their own compute, storage, networking, and management; used for departments, customers, remote sites, and service providers.
- [Infrastructure automation](https://www.verge.io/automated-infrastructure/): Packer, Terraform, and Ansible integration for repeatable, drift-free deployments.
- [Run your infrastructure by conversation (Verge CLI)](https://www.verge.io/ai-powered-vmware-alternative/datasheet/): Verge CLI, the VergeOS MCP server, and agent skills, which let Claude Code, OpenAI Codex, or a local model operate VergeOS in plain language within administrator-set approval limits.

## Data protection and resilience

- [High availability and disaster recovery](https://www.verge.io/architecture/high-availability-data-protection-and-disaster-recovery/): Automated failover, snapshots, and DR built into the platform.
- [ioClone](https://www.verge.io/ioclone/): Instant, space-efficient, immutable snapshots of VMs, volumes, or entire virtual data centers.
- [ioReplicate](https://www.verge.io/ioreplicate/): Replication and failover of whole virtual data centers (VMs, networks, and storage) to a second site.
- [ioFortify](https://www.verge.io/iofortify/iofortify-landing-page/): Ransomware detection based on changes in deduplication ratios, plus restorable virtual data center checkpoints.
- [ioGuardian](https://www.verge.io/ioguardian/): Keeps data online and repairs itself when drive or server failures exceed the configured redundancy level.
- [ioOptimize](https://www.verge.io/iooptimize/): Mixes new and old hardware in one cluster and moves workloads off aging or failing servers.

## Use cases

- [VMware alternative](https://www.verge.io/vmware-alternative/): Main VMware exit page: architecture comparison, migration timeline, hardware reuse, ransomware recovery, AI-assisted operations, Topgolf customer example, and FAQ.
- [VMware migrations with ioMigrate](https://www.verge.io/vmware-migrations-at-scale/): Automated, batch migration of VMs and their network settings from vSphere onto existing hardware.
- [VMware DR with ioProtect](https://www.verge.io/vmware-dr/ioprotect/): Near-real-time replication of VMware VMs, including network and compute settings, to a VergeOS disaster recovery site on existing hardware.
- [Hyperconverged (HCI) alternative](https://www.verge.io/hci/): How ultraconverged infrastructure differs from HCI products such as Nutanix and vSAN, including independent scaling of compute and storage.
- [SAN and NAS replacement](https://www.verge.io/san-replacement/): Replacing aging storage arrays with storage built into VergeOS.
- [Infrastructure modernization](https://www.verge.io/solving-infrastructure-modernization-challenges/): Consolidating fragmented infrastructure products into one platform.
- [Secure research computing](https://www.verge.io/secure-research-computing/): Isolated, compliant compute environments for universities and research institutions.
- [Venues, remote offices, and edge](https://www.verge.io/vergeos-for-venues-remote-offices-and-edge/): Running many small sites from one platform with central management.

## Evaluate and buy

- [VergeOS versions](https://www.verge.io/versions/): Production and backup editions, per-node licensing, and deployment options (own hardware, certified appliance, hosted bare metal).
- [Hands-on labs (test drive)](https://www.verge.io/the-ultimate-test-drive/): Free, self-paced browser labs covering VM creation, snapshots, recovery, and live migration; no hardware required.
- [Contact VergeIO](https://www.verge.io/contact/): Request a technical deep dive, a demonstration, or a quote.
- [Support](https://www.verge.io/support/): Support model, 24x7x365 availability, and contact options.
- [Become a partner](https://www.verge.io/vergeio-partners/): Partner program for value-added resellers.
- [Technology partners](https://www.verge.io/our-partners/): Technology and service partners that deliver VergeOS-based solutions.

## Customer evidence

- [Pfeiffer University case study](https://www.verge.io/how-pfeiffer-university-exited-vmware-and-saved-85-percent/): A university that left VMware on its existing HP and Dell servers.
- [Lancaster Central School District](https://www.verge.io/press-release/lancaster-central-school-district-replaces-vmware-with-vergeio/): A school district that replaced VMware and its virtual SAN.

## Technical documentation (docs.verge.io)

- [Documentation index for agents](https://docs.verge.io/llms.txt): Complete page index of the VergeOS docs; start here for any technical question.
- [What is VergeOS](https://docs.verge.io/run-the-platform/platform-overview/what-is-vergeos.md): Technical introduction to the platform, its architecture, and key features.
- [Key terms](https://docs.verge.io/glossary.md): Definitions of VergeOS terminology for networking, storage, virtualization, and multi-tenancy.
- [Transitioning from VMware to VergeOS](https://docs.verge.io/run-the-platform/platform-overview/transition-from-vmware.md): Terminology mapping and architecture differences for VMware administrators, with migration steps.
- [Migrating workloads into VergeOS](https://docs.verge.io/run-the-platform/virtual-machines/vm-migration-overview.md): Supported import methods from VMware, Hyper-V, KVM, and physical servers.
- [Node sizing](https://docs.verge.io/plan-and-deploy/implementation-guide/sizing.md): Baseline hardware profiles for production, edge, and backup deployments.
- [Hardware requirements](https://docs.verge.io/learn-the-platform/module-2-sizing-and-design/01-hardware-requirements.md): Minimum and recommended specifications for controller, storage, and compute nodes.
- [Licensing overview](https://docs.verge.io/run-the-platform/system-administration/licensing-overview.md): License types, system IDs, and air-gapped licensing.
- [VergeOS CLI (vrg)](https://docs.verge.io/automate-protect-and-extend/integrations-and-apis/vrg-cli.md): Reference for vrg, the command-line interface documented for VergeOS, with commands for VMs, networks, tenants, and NAS.
- [API guide](https://docs.verge.io/knowledge-base/automation-api/verge-api-guide.md): REST API authentication, conventions, and example requests.
- [Terraform provider](https://docs.verge.io/automate-protect-and-extend/integrations-and-apis/terraform-provider.md): Infrastructure-as-code management of VergeOS with Terraform or OpenTofu.
- [VergeOS agent skills](https://docs.verge.io/work-with-ai-tools/agent-skills.md): Agent skills for Claude Code and Codex to troubleshoot and manage VergeOS.
- [Connect the docs via MCP](https://docs.verge.io/work-with-ai-tools/connect-via-mcp.md): Connect the VergeOS documentation to AI tools through a hosted documentation MCP server (separate from the VergeOS MCP server that operates the platform).
- [Release notes](https://docs.verge.io/release-notes/readme.md): Changes in each VergeOS release.

## Company

- [About VergeIO](https://www.verge.io/about-vergeio-2026/): Mission, leadership team, and board of advisors.
- [Press releases](https://www.verge.io/resources/press-releases/): Product, customer, and company announcements.
- [In the news](https://www.verge.io/resources/news/): Analyst and media coverage.
- [Careers](https://www.verge.io/careers/): Open roles at VergeIO.

## Optional

- [Blog](https://www.verge.io/category/blog/): Articles on VMware exits, storage, data protection, and private cloud.
- [How to migrate VMware VMs](https://www.verge.io/blog/vmwareexit/how-to-migrate-vmware-vms/): How VergeOS migrates VMware virtual machines with minimal disruption to operations.
- [A step-by-step VMware exit](https://www.verge.io/blog/vmwareexit/a-step-by-step-vmware-exit/): Building an exit strategy once a VMware alternative has been chosen.
- [A VMware license renewal strategy](https://www.verge.io/blog/protection/a-vmware-license-renewal-strategy/): Planning ahead of a VMware renewal after Broadcom's acquisition of VMware.
- [Understanding VMware DR components](https://www.verge.io/blog/protection/understanding-vmware-dr-components/): The four components of a VMware disaster recovery strategy (storage, compute, network, replication software) and how product choices drive cost.
- [Data center multi-tenancy](https://www.verge.io/blog/private-cloud/data-center-multi-tenancy/): The licensing cost of multi-tenancy and why it matters beyond service providers.
- [Are backups enough for ransomware recovery?](https://www.verge.io/blog/ransomware/are-backups-enough-for-ransomware-recovery/): Whether backups alone are enough to recover from ransomware, drawing on a VergeIO survey of VMware customers.
- [Webinars on demand](https://www.verge.io/webinars-on-demand/): Recorded product demonstrations and technical sessions.
- [Videos](https://www.verge.io/videos/): Walkthroughs of VergeOS features, customer success, and VMware migration.
- [Datasheets](https://www.verge.io/resources/documents/): One-page technical summaries of VergeOS capabilities.
- [White papers](https://www.verge.io/white-papers/): Long-form technical papers (most require registration).
- [Privacy policy](https://www.verge.io/privacy-policy/): How VergeIO collects and uses personal information.