Colocation for Servers You Own — New Jersey
You own the server. IT KORR provides the data center — space, power, cooling, connectivity, physical security, and the infrastructure around it. Ship it to us; we receive, rack, and cable it. You remote in and work. This isn't server rental — your hardware stays yours.
Colocation — New Jersey
Colocation — New Jersey
Rack space with redundant power and cooling
We receive, rack, and cable your hardware
Remote hands support for hardware tasks
Carrier-dense connectivity, up to 10 Gbps
Optional infrastructure management
New Jersey
Facility Location
Redundant
Power & Cooling
Remote Hands
On-Site Support
How It Works, Conceptually
Your Hardware, Our Facility Operations
Where This Fits
One Coordinated Operating Standard
Colocation doesn't operate in isolation — it depends on, and supports, every other layer of your environment.
Interactive diagram of the 12 operational domains IT KORR governs as one coordinated platform: Microsoft 365, Identity, Networking, Firewalls, Servers, Storage, Backup, Cloud, Compliance, Business Continuity, Infrastructure Monitoring, Operational Governance. Each domain links to its service page — use Tab and Enter to navigate.
Microsoft 365 · Identity · Networking · Firewalls · Servers · Storage · Backup · Cloud · Compliance · Business Continuity · Infrastructure Monitoring · Operational Governance
Part of the IT KORR Operational Platform
Every capability IT KORR runs — identity, networking, servers, backup, cloud, compliance, continuity, monitoring, and governance — operates as one coordinated system with shared dependencies, not a menu of standalone services. What happens on this page is sequenced against what comes immediately before and after it operationally.
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Where Organizations Struggle
Common Colocation Challenges
Office server closets are not data centers
Hardware running in a converted closet or office corner lacks the redundant power, cooling, and physical security a production environment requires.
No environmental monitoring
Temperature, humidity, and power events in an office server room typically go unmonitored until they cause a hardware failure.
Single utility power feed
Office infrastructure running on a single, unconditioned power feed has no protection against outages, brownouts, or power quality issues that damage hardware over time.
No on-site support when it matters
A hardware issue discovered outside business hours, or while key staff are traveling, has no path to physical resolution without someone driving to the office.
Limited connectivity redundancy
A single ISP connection at an office location is a single point of failure for any hardware hosted there.
Physical security gaps
Server closets in general office space typically lack the access control, video monitoring, and audit logging that hosted hardware handling sensitive data should have.
Methodology
How IT KORR Operates
Hardware & Requirements Assessment
Existing hardware, rack space, power, and connectivity requirements documented.
Facility Provisioning
Rack space, power circuits, and network connectivity provisioned to match requirements with appropriate redundancy.
Migration & Installation
Hardware physically relocated and installed with minimal production downtime, cabling and labeling documented.
Ongoing Facility Operations
Environmental monitoring, remote hands support, and continuity integration under an ongoing operational relationship.
IT KORR Operating Model
One Operational Layer, Applied to Colocation
Monitor
Continuous visibility into the environment
Manage
Day-to-day operational oversight
Secure
Access, identity, and control alignment
Govern
Documented standards and change discipline
Recover
Backup validation and continuity readiness
Common Operational Progression
Where Colocation Typically Starts — and Where It Should End Up
Common Starting Point
- Office server closets are not data centers
- No environmental monitoring
- Single utility power feed
- No on-site support when it matters
IT KORR Operations
- Monitor
- Manage
- Secure
- Govern
- Recover
Target State
- Facility access documentation
- Environmental monitoring records
- Change documentation for physical tasks
Technical Detail
Under the Hood
Power and cooling redundancy
Colocated hardware is hosted on redundant power feeds with UPS and generator backup, and in a dedicated cooling environment engineered for consistent operating temperature rather than an office HVAC system never designed for server load.
Physical and environmental security
Facility access is controlled, restricted, and logged, with 24/7 video surveillance, environmental monitoring (temperature, humidity, power quality), and fire detection and suppression systems providing early warning and protection against conditions that could damage hardware.
Remote hands support
Physical tasks — reboots, cable changes, hardware installation, and hands-on troubleshooting — are handled on-site by facility staff without requiring your own personnel to travel to the location.
Connectivity architecture
Carrier-dense facility connectivity, with bandwidth options up to 10 Gbps, provides redundant network paths sized to your workload — reducing the single-ISP exposure common in office-hosted infrastructure.
Which Model Fits You?
On-Premises, Hosted Virtual Infrastructure, Public Cloud, or Colocation
On-premises, hosted virtual infrastructure, public cloud, and colocation each fit a different situation. This is a starting point for narrowing down which model fits yours — not a claim that one is always cheaper or better.
| Dimension | On-Premises | Hosted Virtual Infrastructure | Public Cloud | Colocation |
|---|---|---|---|---|
| Who owns the hardware | You, in your own office | IT KORR | The cloud provider | You, hosted in IT KORR's facility |
| Where it runs | Your office / server room | IT KORR's managed data center | Provider-operated global regions | IT KORR's managed data center |
| Who manages the infrastructure | You (or your IT team) | IT KORR | Shared — provider manages the platform, you manage what you deploy on it | You manage the hardware; IT KORR provides the facility |
| Capital cost | Upfront hardware purchase | None — operating expense | None — operating expense | You already own the hardware |
| Best fit | Organizations not ready to change how infrastructure is owned | Organizations that want managed infrastructure without owning hardware | Highly variable or elastic workloads, or deep dependency on a specific provider's platform services | Organizations that already own hardware and outgrew their office facility |
High-Density & GPU Server Colocation
Colocating a customer-owned GPU or AI server involves higher power density and cooling considerations than typical colocation. IT KORR evaluates these deployments against actual facility capacity — capacity depends on the specific hardware and deployment requirements.
See GPU & AI Server Colocation→Industries Served
Who This Is Built For
Technology Stack
Platforms & Vendors We Operate
Implementation
Step-by-Step Process
01 · Requirements Review
Rack space, power, and connectivity requirements documented for existing hardware.
02 · Space & Power Provisioning
Rack space and redundant power circuits allocated and prepared.
03 · Migration Planning
Relocation sequence planned to minimize production downtime.
04 · Physical Installation
Hardware installed, cabled, and labeled according to documented standards.
05 · Connectivity Cutover
Network connectivity established and validated before full production cutover.
06 · Ongoing Monitoring
Environmental and power monitoring established, with remote hands support available on an ongoing basis.
Operational Governance
Documentation, Evidence & Continuous Review
Facility access documentation
Physical access to colocated hardware is logged and auditable, supporting both security posture and compliance evidence needs.
Environmental monitoring records
Power and environmental conditions are monitored and recorded, providing evidence of stable operating conditions over time.
Change documentation for physical tasks
Remote hands activities are logged, maintaining an accurate record of physical changes to hosted hardware.
Compliance Alignment
Frameworks This Work Supports
Frequently Asked Questions
Common Questions
What is colocation?
Colocation is housing hardware you own in a professional data center facility — with redundant power, cooling, physical security, and connectivity — rather than in your own office space.
Is this server rental?
No. Colocation is not server rental — you own the physical hardware before, during, and after the engagement. IT KORR provides the facility, power, cooling, connectivity, and physical support around hardware you already own or purchase yourself.
Can I bring my own server?
Yes — that's the entire service. You ship or bring hardware you already own (or are purchasing); IT KORR receives it, racks it, and cables it into the facility.
Can you receive and rack my server?
Yes. Equipment can be shipped directly to the facility, where IT KORR staff receive it, rack it, and cable it — you don't need to be on-site for installation.
Do I need to manage the server myself?
Day-to-day management of what runs on the server is yours by default, but it doesn't have to be. IT KORR can take on infrastructure management — monitoring, patching, security, backup — as an optional add-on if you'd rather not handle it.
Can IT KORR manage the server or infrastructure around it?
Yes, where scoped — monitoring, network management, firewall, backup, and infrastructure troubleshooting can all be added on top of colocation. It's optional, not automatically included with rack space alone.
Can I remotely access my server?
Yes — once installed, you connect to and manage your server remotely. Physical, hands-on tasks are handled by facility remote hands when needed.
What sizes of deployment are supported?
Deployments ranging from a single server to a full rack are supported — rack space is sized to your actual current and projected hardware footprint rather than requiring a minimum commitment.
Can you support GPU or AI hardware?
Yes, as a specialized case — GPU and AI servers involve different power density and cooling considerations than typical colocation. See GPU & AI Server Colocation for details specific to that hardware.
What happens if I need someone to physically work on the server?
Remote hands support covers exactly this — facility staff perform reboots, cable changes, and hardware tasks on your behalf, without requiring your own personnel to travel to the data center.
How much rack space do I need?
Rack space needs depend on your current and projected hardware footprint. A requirements assessment reviews your existing equipment and expected growth to size the right allocation, from partial rack to full rack.
What is "remote hands" support?
Remote hands refers to on-site facility staff performing physical tasks on your behalf — reboots, cable changes, hardware installation — without requiring your own personnel to travel to the data center.
Do I still own and manage my hardware in a colocation arrangement?
Yes — colocation hosts your own hardware. You retain ownership and configuration control; IT KORR provides the facility, power, connectivity, and physical support around it.
What is the difference between colocation and infrastructure hosting?
Colocation houses hardware you already own. Infrastructure hosting means IT KORR provisions and owns the hardware and virtualization platform. Organizations choose based on existing capital investment and operational preference.
What is the difference between colocation and server hosting?
Colocation houses hardware you already own in IT KORR's facility — you keep ownership and configuration control. Server Hosting provisions a dedicated or virtual server that IT KORR owns and manages end to end, sized to your application. Colocation fits organizations with existing hardware to house; Server Hosting fits organizations that would rather not own server hardware at all.
What is the difference between colocation and managed Azure services?
Colocation is physical: your own hardware, housed in IT KORR's facility with managed power, cooling, and connectivity. Managed Azure Services is virtual: workloads running on Azure, with no physical hardware to house at all. The choice usually comes down to whether the organization already owns hardware it wants to keep using, or is running entirely on a public cloud platform.
How redundant is the power in your data center?
Colocated racks are provisioned on redundant power circuits with UPS and generator backup, addressing the single-feed exposure common in office-hosted server rooms.
What connectivity options are available?
Carrier-dense connectivity provides multiple network path options, with bandwidth up to 10 Gbps available depending on requirements — reducing the single-ISP dependency risk of office-hosted infrastructure.
Can I estimate colocation costs before committing?
Yes — the Colocation Cost Estimator tool provides a monthly cost estimate based on rack space, power, and bandwidth requirements for facilities in the Northeast corridor.
Where is the data center facility located?
The facility is located in the Northeast U.S. Specific address and provider details are not published publicly for physical security reasons, but are shared during a scoped engagement.
What happens during the physical migration?
Migration is planned in advance with a documented sequence to minimize production downtime, including cabling and labeling standards applied during installation.
Is colocation suitable for regulated industries?
Yes — healthcare and financial services organizations frequently choose colocation specifically for the physical security, access logging, and environmental monitoring documentation it provides as compliance evidence.
Related Resources
Related Resources
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Managed Private Cloud & Infrastructure Hosting→
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Backup & Disaster Recovery→
Backup governance, recovery readiness validation, retention policy oversight, and continuity planning to protect business-critical data and ensure operational resilience.
Managed IT Services→
Centralized infrastructure operations, endpoint oversight, vendor coordination, patch management, and business continuity management for growing and regulated organizations.
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