Verge.io and
Dallas Digital Services announced an agreement to offer Verge.io's virtual cloud software stack
as a simple, cost-effective alternative to build, deploy and manage
virtual data centers.
With
Verge-OS software, Dallas Digital enables virtualized data centers for
its clients with greater savings and efficiencies. Verge-OS abstracts
compute, network, and storage from commodity servers and creates pools
of raw resources that are simple to run and manage, creating
feature-rich infrastructures for environments and workloads like
clustered HPC, ultra-converged and hyperconverged data centers, DevOps
and Test/Dev, compliant medical and healthcare, remote and edge compute
including VDI, and multi-tenant private clouds.
"Legacy
virtualization platforms require many different SKUs, with complex
pricing schemes and significant API integration to build out a
virtualized data center, especially at scale," said Howie Evans Vice
President Dallas Digital. "We are pleased to be able to offer Verge-OS
as a way to deliver a virtual data center experience but in a secure,
hardware-efficient system that can scale compute, memory, and storage
resources as needed."
"Recent
M&A activity is causing enterprises to look for alternatives to
legacy systems, and partnerships with solution providers like Dallas
Digital are an ideal way to bring these customers a modernized
virtualization platform for the way organizations work today," said Yan
Ness, CEO at Verge.io. "Verge-OS is not only simpler to configure and
run, it's simpler to buy, and simpler for Dallas Digital to support."
Verge-OS
is an ultra-thin software-less than 300,000 lines of code-that is easy
to install and scale on low-cost commodity hardware and self-manages
based on AI/ML. A single license replaces separate hypervisor,
networking, storage, data protection, and management tools to simplify
operations and downsize complex technology stacks.
Secure
virtual data centers based on Verge-OS include all enterprise data
services like global deduplication, disaster recovery, continuous data
protection, snapshots, long-distance synch, and auto-failover. They are
ideal for creating honeypots, sandboxes, cyber ranges, air-gapped
computing, and secure compliance enclaves to meet regulations such as
HIPAA, CUI, SOX, NIST, and PCI. Nested multi-tenancy gives service
providers, departmental enterprises, and campuses the ability to assign
resources and services to groups and sub-groups.