Managed Private Cloud — Your Own Isolated Environment

Infrastructure hosting means IT KORR provisions, owns, and manages the underlying hardware and virtualization platform your workloads run on. Colocation means your own hardware is housed in IT KORR's data center facility. Both are supported, and are scoped separately based on your capital and operational preferences.

Both — dedicated physical servers and virtualized environments are supported, sized to workload requirements including performance-sensitive applications that benefit from dedicated hardware.

Hardware age and manufacturer support status are tracked against a documented lifecycle policy, with replacement planned proactively rather than reactively in response to failures.

Backup coverage is validated and integrated as part of every hosting engagement, since hosted infrastructure without independent backup coverage carries the same recovery risk as any other environment.

Yes — migration is scoped as part of the engagement, with dependencies mapped and a cutover plan documented in advance to minimize disruption.

Capacity is monitored and forecasted on a recurring basis specifically to identify growth trends before they become capacity constraints, rather than waiting for a system to run out of headroom.

Yes — virtualization and hosting architecture accommodate both Windows Server and Linux workloads, including mixed environments.

Pricing is scoped to workload requirements — compute, storage, and redundancy needs — rather than a flat rate, since infrastructure needs vary significantly between organizations.

Redundancy and failover architecture are assessed against business criticality per workload, from basic hardware redundancy to full failover configurations for the most critical systems.

Yes — healthcare and financial services organizations commonly use managed infrastructure hosting specifically because it brings documented lifecycle management and backup validation that ad hoc on-premises environments frequently lack.

Hosted virtual environments run on shared enterprise virtualization infrastructure, with customer environments separated through customer-specific VLAN segmentation and firewall-enforced access policy — not physical isolation. Organizations with workloads that require dedicated hardware can be provisioned on dedicated compute rather than shared infrastructure.

IT KORR's hosting infrastructure is located in a professional data center facility in the Northeast U.S. Specific facility and provider details are not published publicly for security reasons, but are available under NDA during a scoped engagement.

Yes — hosted virtual servers are the most common configuration: virtual machines provisioned on managed, monitored infrastructure with backup integration, sized and scoped to your workload. Dedicated physical compute is also available for workloads that specifically require it.

Dedicated compute suits performance-sensitive or compliance-driven workloads that benefit from isolated hardware. A shared virtual environment runs on enterprise virtualization infrastructure with customer environments separated by VLAN segmentation and firewall policy — a good fit for typical business applications, and more cost-efficient. The right choice depends on your workload, assessed case by case.

For most line-of-business applications serving 25–75 users, 16 GB is a reliable starting point; domain controllers typically run on 8–12 GB; SQL Server and ERP platforms commonly require 32–64 GB depending on database size and concurrent load. A sizing assessment produces a specific recommendation for your actual application.

Yes — database platform hosting, including SQL Server, is sized and configured based on database size, concurrent load, and performance requirements.

Cost comparison depends on workload profile — sustained, predictable workloads often favor managed private cloud on a fixed monthly cost, while highly variable workloads may favor public cloud elasticity. The Server Hosting Cost Estimator provides a direct comparison for your configuration.

Yes — this is one of the most common reasons organizations move to hosted infrastructure. Aging on-premises hardware nearing end-of-support is migrated to managed hosted infrastructure with documented lifecycle management, removing the capital cost and failure risk of an aging server room.

Yes — organizations relocating servers out of an office (to reduce dependency on office power and connectivity, free up physical space, or eliminate a single point of failure) are a common and well-supported migration pattern, with dependencies mapped and cutover planned in advance.

Yes — centralizing infrastructure in a managed hosting environment is a common pattern for organizations with multiple offices, giving every location consistent access to the same managed environment rather than maintaining separate server rooms per site.