Secure & Reliable Colocation Services

In-house server rooms carry costs that are easy to undercount: dedicated power circuits, cooling infrastructure, physical security, redundant internet connectivity, UPS systems, fire suppression, and the facilities staff time to maintain all of it. A mid-size company operating a small server room carries infrastructure and power costs that are easy to undercount: dedicated circuits, cooling, UPS, physical security, and staff time add up substantially when fully loaded. Colocation shifts most of those costs to a shared model, often reducing total infrastructure spend while providing better power redundancy and physical security than a typical office environment can deliver.

PUE is the ratio of total facility power consumption to the power used by IT equipment. A PUE of 1.0 would mean all power goes directly to servers, no losses from cooling, lighting, or UPS overhead. Modern Tier III and Tier IV data centers typically achieve PUE ratings of 1.2–1.5, compared to 2.0 or higher for typical office server rooms. Lower PUE means more of your power bill goes to running your equipment rather than keeping the building cool. For organizations with power-intensive workloads, the PUE difference between a colocation facility and an office server room translates directly to operating cost.

The Uptime Institute's Tier classification system rates data center redundancy from Tier I through Tier IV. Tier I provides basic capacity with no redundancy and 99.671% uptime (~28 hours of downtime per year). Tier III, the most common choice for business-critical workloads, requires N+1 redundancy for all power and cooling paths and delivers 99.982% uptime (~1.6 hours of downtime per year). Tier IV adds full fault tolerance with 99.995% uptime. Most businesses colocating mission-critical infrastructure should confirm their provider meets at least Tier III standards.

A quality colocation facility provides carrier-neutral connectivity, access to multiple internet service providers and network carriers rather than a single upstream provider. This allows customers to select their own ISP, create redundant connections from different carriers for failover, and negotiate bandwidth pricing independently. Facilities with a rich peering environment also provide lower latency and better routing to major destinations. A provider that offers only a single carrier significantly limits your flexibility and creates a single point of failure at the network level.

Colocation makes the most sense when a business already owns hardware with remaining useful life, has workloads with predictable resource requirements, or needs physical control over specific equipment for compliance, latency, or data sovereignty reasons. Cloud infrastructure is better suited to variable workloads, applications requiring rapid scaling, and organizations that prefer to avoid capital equipment purchases entirely. Many businesses run a hybrid model, colocating infrastructure that benefits from physical control while using cloud services for workloads that benefit from elasticity.

Remote hands is a colocation facility service where data center technicians perform physical tasks on your equipment, rebooting a server, swapping a cable, inserting a drive, or reading a console output, without the customer needing to travel to the facility. It's typically billed by the hour or as part of a managed services tier. Remote hands is most valuable for companies colocating in a facility that isn't near their office, where sending internal staff for a minor hardware issue would cost more in travel time than the task itself.

Organizations in regulated industries should verify that their colocation provider holds the relevant certifications for their compliance obligations. SOC 2 Type II attestation confirms the facility's security controls have been independently audited. HIPAA-compliant facilities are structured to support covered entities and their business associate agreements. PCI DSS compliance is required for environments processing cardholder data. A facility's compliance certifications don't automatically extend to the customer's environment, but using a certified facility simplifies audit scope and demonstrates due diligence.

A cross-connect is a physical cable that connects your equipment in the colocation facility directly to another tenant, network provider, or cloud on-ramp in the same building, bypassing the public internet entirely. Common uses include dedicated connections to AWS Direct Connect, Azure ExpressRoute, or a financial exchange. Cross-connects provide predictable, low-latency connectivity and are a significant performance advantage for latency-sensitive applications. Pricing varies by facility and connection type, typically ranging from $50 to $300 per month per cross-connect depending on the provider and bandwidth.

Visit the facility in person before signing, data center tours reveal operational practices that specs sheets don't. Verify the Tier rating with documentation, not just marketing claims. Review the SLA carefully, specifically the uptime guarantee, what qualifies as qualifying downtime, and the remedies offered (credits are not the same as liability for actual losses). Understand the power density available per rack if your equipment is dense. Confirm that the facility's compliance certifications match your regulatory requirements. Negotiate contract term flexibility, three-to-five-year terms are common, and exit provisions matter if your infrastructure needs change.