Hybrid Cloud Colocation — Independent Mid-Market Guide
Independent guide to hybrid cloud colocation for mid-market companies — architecture models, cost comparison, NYC provider connectivity options, and when dedicated colocation beats public cloud for stable workloads. Free advisory from Metro Colo Advisory.
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Hybrid Cloud Colocation — The Independent Mid-Market Guide
Hybrid cloud colocation is the infrastructure model that most mid-market companies actually need in 2026 — and one of the most frequently misunderstood. The debate between public cloud and dedicated colocation has been framed as an either/or decision for too long.
The reality is that most mid-market companies with mature infrastructure run a hybrid model — stable predictable workloads in dedicated colocation, elastic and variable workloads in public cloud — connected by private direct links that eliminate public internet egress costs and latency.
This independent hybrid cloud colocation guide covers every aspect of hybrid architecture — how it works, which NYC providers enable it best, when the economics favor moving workloads from cloud to colocation, and how an independent advisor builds the right hybrid model for your specific req
Consider this your independent hybrid cloud colocation review — written by an advisor with no financial stake in which provider or infrastructure model you choose.
For most mid-market companies spending above $30,000 monthly on stable cloud workloads the hybrid model delivers 40 to 60 percent cost reduction on those workloads while keeping elastic and variable workloads in cloud where they belong. CoreSite is the primary NYC recommendation for hybrid cloud connectivity through Open Cloud Exchange. DataBank LGA3 is the primary recommendation when AI and GPU workloads are in the mix. Metro Colo Advisory models both options at no cost before you commit to anything.
Hybrid Cloud Architecture Comparison — Which Model Fits Your Requirements
The following table summarizes the three primary hybrid cloud colocation architecture models and the primary NYC provider recommendation for each. Use this as a starting point for understanding which model fits your situation before engaging providers.
| Architecture Model | Primary Use Case | Best NYC Provider | Cloud Connectivity Required | Typical Workload Split |
|---|---|---|---|---|
| Colocation Primary, Cloud Burst | Stable production workloads in colocation, cloud for burst capacity and dev/staging | CoreSite (Open Cloud Exchange) | Private direct links critical | 70-80% colocation, 20-30% cloud |
| Cloud Primary, Colocation for Compliance | Compliance-sensitive data in colocation, application layer in cloud | DataBank (HIPAA) or Equinix (financial) | Private direct links critical | 30-40% colocation, 60-70% cloud |
| Active-Active Hybrid | Both environments handle production simultaneously | Multiple providers required (geographic diversity) | High-bandwidth private connections | 50/50 split across environments |
Most mid-market companies need Model 1 or Model 2 — not active-active. The right architecture depends on your specific workload profile, compliance requirements, and total cost optimization goals. Metro Colo Advisory models all three against your specific requirements at no cost.
What Is Hybrid Cloud Colocation — The Simple Definition
Hybrid cloud colocation is an infrastructure architecture where a company maintains some workloads in dedicated colocation infrastructure — owned hardware in a professional data center facility — while maintaining other workloads in public cloud environments like AWS, Azure, or Google Cloud. The two environments connect via private direct links rather than the public internet, creating a unified architecture where data and workloads can move between environments efficiently and cost-effectively.
The key distinction from standard colocation: hybrid cloud colocation is not just having servers in a data center and also using AWS. It is a purposefully architected environment where the connectivity between your colocation infrastructure and your cloud environments is a primary design criterion — enabling private data movement, eliminating egress costs, and allowing workloads to operate across both environments as a unified system.
Hybrid cloud colocation is the natural evolution for mid-market companies that started in public cloud, grew their workloads, and found that the economics of running everything in cloud stopped making sense as compute became stable and predictable. It is also the natural destination for companies moving off purely on-premise infrastructure who want cloud flexibility for some workloads without abandoning dedicated infrastructure entirely.
Why Hybrid Cloud Colocation Is the Model Most Mid-Market Companies Actually Need
The pure cloud model made sense when workloads were unpredictable, teams were small, and the capital cost of hardware was prohibitive. For a significant segment of mid-market companies in 2026 those conditions no longer apply.
Workloads have matured. The databases, application servers, and storage infrastructure that drive most mid-market businesses run at consistent predictable utilization month after month. Public cloud’s elastic pricing model penalizes exactly this kind of stable workload — you are paying for flexibility you never use.
Cloud bills have grown. When AWS spend was $15,000 a month it was an IT line item. When it crosses $50,000, $80,000, $150,000 a month the CFO gets involved and the question becomes — what are we getting for this that we could not get in dedicated infrastructure at a fraction of the cost.
But pure migration to colocation is not always the right answer either. Some workloads genuinely belong in cloud — development environments, globally distributed applications, workloads with genuine elasticity requirements, services deeply embedded in cloud-native tooling.
Ripping those out of cloud creates more operational complexity than the cost savings justify.
The hybrid model is the honest answer. Move stable predictable workloads to dedicated colocation where the economics are consistently 40 to 60 percent better. Keep elastic cloud-native workloads in public cloud where they belong.
Connect the two environments with private direct links so they operate as a unified system without public internet egress costs eating into your savings.
Hybrid Cloud Architecture Models — Which One Fits Your Requirements
Not all hybrid cloud colocation architectures are the same. Understanding the three primary models before selecting a facility determines both your infrastructure requirements and your provider choice.
Model 1 — Colocation Primary, Cloud Burst
Your primary production infrastructure runs in dedicated colocation. Stable baseline workloads — databases, application servers, storage — run on owned hardware in a colocation facility. Public cloud handles burst capacity — additional compute that activates when demand spikes beyond what your dedicated infrastructure can handle — and development and staging environments.
The connectivity requirement: private direct links between your colocation facility and your cloud provider for low-latency burst activation and data synchronization. CoreSite’s Open Cloud Exchange and Digital Realty’s ServiceFabric both provide this connectivity without public internet routing.
This is the most common hybrid model for mid-market companies completing cloud repatriation — moving stable workloads from cloud to owned colocation infrastructure while maintaining cloud burst capability for variable demand.
Model 2 — Cloud Primary, Colocation for Compliance and Performance
Your primary workloads run in public cloud. Dedicated colocation infrastructure handles compliance-sensitive data that cannot live in public cloud — regulated financial data, protected health information, proprietary trading infrastructure — and performance-sensitive workloads where cloud latency is unacceptable.
The connectivity requirement: private direct links between cloud environments and colocation for data movement between compliance-sensitive colocation infrastructure and cloud application layers. Carrier-neutral colocation facilities with strong compliance certifications — HIPAA BAA, SOC 2 Type II, PCI DSS — are the primary requirement.
This model is common for financial services firms, healthcare organizations, and legal companies where specific data categories are subject to regulatory constraints that public cloud cannot satisfy, while other workloads run efficiently in cloud environments. For colocation for law firms subject to SEC Reg S-P and state bar cybersecurity requirements — and colocation for hedge funds subject to FINRA and SEC operational resilience obligations — the hybrid model’s compliance-sensitive colocation component requires the same certification rigor as a purely dedicated deployment.
Model 3 — Active-Active Hybrid
Both colocation and cloud environments handle production traffic simultaneously. Workloads distribute across both environments based on routing rules, geographic optimization, or load balancing logic. Neither environment is purely secondary — both actively serve production traffic. This architecture enables genuine multi-environment resilience but requires significant operational sophistication to manage two parallel production environments.
Active-active is the highest availability architecture and the highest cost — you are effectively running two full production environments simultaneously. Best for companies with zero-tolerance RTOs and mission-critical workloads where any downtime has immediate financial or compliance consequences.
The honest assessment: most mid-market companies need Model 1 or Model 2 — not active-active. Active-active hybrid architecture adds significant operational complexity that is only justified by specific availability or distribution requirements. An independent advisor models all three against your specific workload profile before recommending any architecture.
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The NYC Providers for Hybrid Cloud Colocation — Who Wins and When
The facility you choose for hybrid cloud colocation is more consequential than for standard enterprise colocation — because the quality and economics of your cloud connectivity depend entirely on which provider you are in and which cloud on-ramp options they offer. For complete context on the NYC metro colocation market structure including zone analysis and provider coverage see our NYC metro colocation market guide.
Here is the independent assessment of each NYC provider for hybrid cloud specifically. For a complete side-by-side comparison of every NYC provider including facility specifications, pricing positioning, and ecosystem fit see our independent provider comparison.
CoreSite — Primary Recommendation for Hybrid Cloud
CoreSite is the strongest independent recommendation for hybrid cloud colocation in the NYC metro market. CoreSite’s Open Cloud Exchange provides direct private connections to AWS Direct Connect, Microsoft Azure ExpressRoute, Google Cloud Interconnect, Oracle FastConnect, and IBM Direct Link — without routing traffic over the public internet.
Open Cloud Exchange has been specifically cited for delivering up to 70 percent reduction in egress fees for companies with significant data movement between colocation and cloud environments. For Model 1 hybrid architectures where data moves regularly between colocation and cloud — the economics of Open Cloud Exchange change the total cost calculation materially versus providers without equivalent cloud on-ramp infrastructure.
CoreSite NY3 in Secaucus is modern infrastructure — purpose-built facilities with current generation specifications at pricing consistently more competitive than comparable Equinix NY5 deployments. For mid-market companies building a hybrid colocation and cloud architecture in the NYC metro market — CoreSite is the first facility to evaluate. See our CoreSite NYC guide for a full independent analysis.
Digital Realty — Strong Alternative for Hybrid Cloud
Digital Realty’s ServiceFabric interconnection platform provides direct private connections to major cloud providers with economics that compete directly with CoreSite’s Open Cloud Exchange for hybrid cloud deployments. For companies with significant egress costs on cloud transfers — ServiceFabric changes the total cost calculation meaningfully.
Digital Realty’s Manhattan carrier hotels at 60 Hudson Street and 111 8th Avenue provide hybrid cloud architecture options in Manhattan with the full carrier density of premium carrier hotels — relevant for companies where Manhattan data centers are a specific requirement alongside hybrid cloud connectivity. For companies building Model 2 hybrid architectures where compliance-sensitive data lives in Manhattan carrier hotel infrastructure connected to cloud application layers — Digital Realty is a strong contender. See our Digital Realty NYC guide for a full independent analysis.
DataBank — Best for AI Hybrid Cloud Architectures
DataBank is the strongest recommendation for hybrid cloud colocation involving AI and GPU workloads — particularly companies running AI training in cloud and inference in dedicated colocation, or companies repatriating stable AI workloads from cloud GPU instances to owned GPU hardware in a colocation facility.
DataBank LGA3 in Orangeburg is NVIDIA DGX Ready certified — purpose-built for high density colocation to 100kW per rack with liquid cooling. For companies where the hybrid architecture involves moving stable AI inference workloads from AWS or Azure GPU instances to dedicated high density colocation — DataBank LGA3 delivers 40 to 55 percent lower total cost of ownership than equivalent cloud GPU infrastructure for stable workloads, with one-hop connectivity to Manhattan carrier hotels maintaining cloud on-ramp access.
For companies building hybrid architectures requiring New Jersey presence with strong compliance certifications and competitive pricing — DataBank’s 165 halsey st newark nj facility serves as a strong alternative or complement to LGA3 depending on deployment requirements.
For healthcare AI hybrid architectures where HIPAA colocation compliance is required alongside high density GPU infrastructure — DataBank is the only NYC provider that credibly addresses both requirements simultaneously. For broader healthcare IT colocation requirements beyond AI workloads see our colocation for healthcare guide.
See our DataBank NYC guide for a full independent analysis
Equinix — Hybrid Cloud for Financial Services
The Equinix data center campus in Secaucus provides hybrid cloud colocation for financial services companies where the connectivity requirement is not primarily cloud on-ramps but financial ecosystem access — exchange matching engines, prime broker infrastructure, market data providers — alongside cloud connectivity for non-trading workloads.
Equinix NY5 supports higher density deployments than the legacy NY4 infrastructure and provides cloud on-ramp connectivity for hybrid architectures. For financial services companies building Model 2 hybrid architectures where trading infrastructure lives in colocation and analytics or business applications live in cloud — Equinix remains the right answer for the colocation component. See our Equinix NY4 guide for a full analysis.
Cologix — Hybrid Cloud for Cost-Sensitive Deployments
Cologix’s Parsippany NJ facilities are carrier-neutral with cloud on-ramp access available through carrier relationships in the facility. For cost-sensitive hybrid cloud deployments where Open Cloud Exchange or ServiceFabric economics are not the primary driver — Cologix provides professional enterprise-grade colocation at the most competitive pricing in the NYC metro market with adequate cloud connectivity for standard hybrid architectures.
For companies building disaster recovery colocation components of a hybrid architecture — Cologix Parsippany provides geographic separation from Manhattan and Secaucus primary infrastructure at competitive pricing. See our Cologix NYC guide for a full analysis.
The Economics of Hybrid Cloud Colocation When the Numbers Work
The economic case for hybrid cloud colocation depends entirely on your workload profile. Here is the honest framework for evaluating whether the hybrid model delivers meaningful savings for your specific situation.
- The workload assessment: Workloads that belong in dedicated colocation in a hybrid model: databases and data warehouses running at consistent utilization, application servers with predictable traffic patterns, storage infrastructure with consistent throughput requirements, AI inference workloads running continuously, and compliance-sensitive data with specific regulatory handling requirements. These workloads pay a cloud tax every month — you are paying for elastic flexibility you never use. Workloads that belong in cloud in a hybrid model: development and staging environments, workloads with genuine traffic spikes that require elastic scaling, globally distributed applications serving users across many regions, services deeply embedded in cloud-native tooling like serverless functions and managed databases, and early-stage workloads where the requirements are still evolving.
- The savings calculation: For companies spending above $30,000 monthly in cloud on stable workloads — dedicated colocation for those workloads typically delivers 40 to 60 percent cost reduction over a two to three year period. These colocation savings compound significantly across the full contract term and across both colocation infrastructure and eliminated cloud egress costs.
Detailed colocation pricing varies significantly by provider, deployment size, power density, and contract term — current benchmark data is essential before responding to any provider quote. The breakeven on owned hardware in a colocation facility typically lands at months 6 to 9 for stable workloads — after which every month generates meaningful savings versus equivalent cloud infrastructure.
For AI workloads specifically — the two-year total cost of ownership comparison between major cloud GPU instances and dedicated high density colocation at DataBank LGA3 consistently shows colocation at 40 to 55 percent lower cost for stable inference workloads. The savings are even more pronounced when comparing to on-demand cloud GPU pricing versus reserved colocation contracts. Use our cloud vs colo calculator to run the specific numbers for your workload profile.
- The egress cost reduction: One of the most underestimated savings in hybrid cloud colocation is egress fee elimination. AWS, Azure, and Google Cloud charge for data transferred out of their networks — fees that compound quickly for companies with significant data movement between cloud and on-premise or colocation infrastructure.
Private direct connections through CoreSite’s Open Cloud Exchange or Digital Realty’s ServiceFabric eliminate or dramatically reduce these egress costs. For companies with high data movement between cloud and colocation environments — the egress savings alone can justify the colocation infrastructure investment. See our colocation pricing guide for a complete framework for modeling hybrid colocation total cost of ownership.
Hybrid Cloud Colocation vs Full Cloud Repatriation — Which Is Right for You
The hybrid model and full cloud repatriation are often confused. Here is the honest distinction:
- Full cloud repatriation means moving all or most workloads from public cloud to dedicated colocation infrastructure. The right choice when the vast majority of workloads are stable and predictable, cloud costs have reached a level that makes the full economics of repatriation compelling, and maintaining a cloud presence creates more operational complexity than it is worth for your specific workload mix.
- Hybrid cloud colocation means moving stable workloads to dedicated colocation while maintaining cloud presence for workloads that genuinely benefit from cloud flexibility. The right choice when some workloads have genuine elasticity requirements, when cloud-native tooling creates real operational advantages for specific workloads, or when the capital cost of hardware for a full repatriation is not justified by the savings on elastic workloads.
- Most mid-market companies considering this decision land on hybrid — not full repatriation. The goal is not to minimize cloud spend at all costs. The goal is to pay cloud rates only for workloads where cloud flexibility genuinely justifies the premium, and dedicated colocation rates for everything else.
How to Evaluate a Hybrid Cloud Colocation Provider
Facility selection for hybrid cloud colocation follows different criteria than standard enterprise data center site selection — the cloud connectivity options at the facility become as important as the power and space economics. Here is the independent evaluation framework:
Cloud connectivity options:
The most important criterion for hybrid cloud colocation. Which cloud providers does the facility connect to directly? What is the economics of private connectivity versus public internet for your specific data movement volumes? Open Cloud Exchange, ServiceFabric, and similar private interconnection platforms deliver materially different economics than carrier-based cloud connectivity. Verify which specific cloud on-ramp options are available at each facility before engaging any provider sales team.
Latency between colocation and cloud:
For hybrid architectures where workloads operate across both environments — application layers in cloud calling databases in colocation, for example — the latency of the private connection between your colocation facility and your cloud region affects application performance directly. Understand the latency profile of each connectivity option before committing to a facility.
Power density for AI workloads:
For companies building hybrid AI architectures where GPU infrastructure lives in colocation — the power density and cooling capability of the facility determines which GPU configurations you can deploy. Standard colocation supports 3 to 10kW per rack. High density colocation for AI requires 35 to 100kW per rack with specialized cooling. DataBank LGA3 is the primary recommendation for hybrid AI architectures requiring high density colocation.
Compliance certifications:
Hybrid architectures where compliance-sensitive data lives in the colocation component require the same compliance rigor as purely dedicated colocation. SOC 2 Type II is the baseline. HIPAA BAA for healthcare data. PCI DSS for payment card data. Carrier-neutral colocation facilities with strong compliance certifications enable the compliance-driven Model 2 hybrid architecture that financial services and healthcare companies need.
For a complete framework on how colocation compliance applies to your specific industry — healthcare HIPAA, financial services SOC, PCI DSS, and SOC 2 — see our compliance colocation guide.
Contract flexibility:
Hybrid architectures evolve as workload profiles change. Colocation contracts with flexible power scaling provisions — allowing you to add capacity as workloads migrate from cloud to colocation — are more appropriate for hybrid deployments than rigid fixed-commitment contracts. An independent advisor negotiates hybrid-specific contract terms that primary colocation sales teams do not typically offer without pressure.
See our colocation contract guide for a complete framework on negotiating colocation contract terms — escalation clauses, auto-renewal provisions, and power scaling provisions apply to hybrid deployments the same way they apply to primary colocation.
Why Independent Advisory Changes Hybrid Cloud Colocation Outcomes
Hybrid cloud colocation evaluations are more complex than standard colocation evaluations — because the facility choice affects not just your power and space costs but your cloud connectivity economics, your egress fees, and the total cost of ownership of your entire hybrid infrastructure.
Provider sales teams will present their cloud connectivity options favorably regardless of whether those options genuinely fit your workload profile and data movement requirements. CoreSite will present Open Cloud Exchange as the obvious answer. Digital Realty will present ServiceFabric. Equinix will present their cloud on-ramps. None of them will tell you when a competitor’s connectivity model better fits your specific architecture.
Metro Colo Advisory is the only independent advisory firm in the NYC market with no financial stake in which provider you choose — which means our hybrid cloud analysis starts from your workload profile, not from a provider commission rate.
Metro Colo Advisory is an independent colocation broker — we work for you, not for any provider. Think of us the way you would think of a buyer’s agent in real estate. Our commission comes from the provider you choose, paid only when a deal closes. There is no cost to you.
For hybrid cloud colocation evaluations specifically we provide:
- Cloud connectivity analysis — evaluating Open Cloud Exchange, ServiceFabric, and carrier-based cloud connectivity options against your specific data movement volumes and workload profile to determine which connectivity model actually delivers the best economics for your hybrid architecture.
- Workload assessment — identifying which of your current cloud workloads are strong candidates for colocation migration and which genuinely belong in cloud — before you commit to any infrastructure or contract.
- Simultaneous competitive evaluation of CoreSite, Digital Realty, DataBank, Equinix, and Cologix for your specific hybrid requirements — see our NYC colocation provider comparison for side-by-side analysisments
So you understand the full NYC market before committing to any provider.
- Total cost of ownership modeling — comparing your current cloud spend against the full cost of hybrid colocation including hardware, facility contract, cross-connects, and ongoing management — to give you an honest picture of the savings before you commit to anything.
- Contract review identifying unfavorable escalation clauses, auto-renewal provisions, and inflexible power commitments that work against hybrid architectures where requirements evolve over time.
Whether you need a colocation consultant for a one-time hybrid architecture evaluation or ongoing advisory as your infrastructure evolves — Metro Colo Advisory provides independent guidance at no cost to you.
For companies evaluating data center migration as part of a hybrid architecture transition — our data center migration guide covers the full process.
For companies evaluating full cloud repatriation alongside hybrid options — our cloud repatriation guide provides the complete financial framework.
Frequently Asked Questions — Hybrid Cloud Colocation
What is hybrid cloud colocation and how is it different from regular colocation?
Hybrid cloud colocation is an infrastructure architecture where stable predictable workloads run on owned hardware in a professional colocation facility while elastic and variable workloads run in public cloud environments. The two environments connect via private direct links — through platforms like CoreSite’s Open Cloud Exchange or Digital Realty’s ServiceFabric — that eliminate public internet egress costs and provide low-latency connectivity between colocation and cloud. The hybrid model is the right answer for most mid-market companies with mature infrastructure that has outgrown the pure cloud economics but has some workloads that genuinely benefit from cloud flexibility. Metro Colo Advisory evaluates whether hybrid cloud colocation fits your specific workload profile at no cost.
When does it make financial sense to move workloads from AWS or Azure to hybrid cloud colocation?
When you are spending above $30,000 monthly in public cloud on stable predictable workloads — databases, application servers, storage, AI inference — the economics of moving those workloads to dedicated colocation typically deliver 40 to 60 percent cost reduction over a two to three year period. The breakeven on hardware investment in a colocation facility typically lands at months 6 to 9 for stable workloads. Use our cloud vs colo calculator to model your specific situation before making any decisions. Metro Colo Advisory models the hybrid cloud savings for your specific cloud spend at no cost.
Which NYC colocation provider offers the best hybrid cloud connectivity?
CoreSite is the primary independent recommendation for hybrid cloud colocation in the NYC metro market — specifically because Open Cloud Exchange private cloud connectivity consistently delivers the best economics for companies with significant data movement between colocation and cloud environments. Digital Realty’s ServiceFabric is a strong alternative with comparable cloud connectivity economics. DataBank is the primary recommendation when the hybrid architecture involves AI and GPU workloads requiring high density colocation. The right provider depends on your specific workload profile and connectivity requirements. Metro Colo Advisory evaluates all five NYC providers simultaneously for your specific hybrid architecture at no cost.
What is the difference between hybrid cloud colocation and full cloud repatriation?
Cloud repatriation means moving all or most workloads from public cloud to dedicated colocation. Hybrid cloud colocation means moving stable workloads to colocation while maintaining cloud presence for workloads that genuinely benefit from cloud flexibility. Most mid-market companies land on hybrid rather than full repatriation — the goal is paying cloud rates only for workloads where cloud flexibility justifies the premium. See our cloud repatriation guide for analysis of when full repatriation makes more sense than a hybrid model. Metro Colo Advisory models hybrid versus full repatriation economics for your specific situation at no cost.
How does CoreSite Open Cloud Exchange reduce egress fees and cloud costs?
CoreSite’s Open Cloud Exchange is a direct private interconnection platform providing connections to AWS Direct Connect, Azure ExpressRoute, Google Cloud Interconnect, Oracle FastConnect, and IBM Direct Link. Private connections bypass public internet routing — eliminating or dramatically reducing egress fees for data movement between colocation and cloud environments. Open Cloud Exchange has been cited for delivering up to 70 percent reduction in egress fees for companies with significant data movement. For hybrid architectures where data moves regularly between colocation and cloud — the egress savings often change the total cost calculation materially. Metro Colo Advisory models Open Cloud Exchange savings for your specific data movement profile at no cost.
How do I compare the cloud connectivity economics of CoreSite versus Digital Realty for a hybrid architecture?
The key question is your monthly data movement volume between colocation and cloud. High data movement — AI training pipelines, database synchronization, media workflows — makes private cloud connectivity economics critical to your total cost of ownership. Low data movement — occasional backups, infrequent batch transfers — makes carrier-based connectivity adequate and reduces the premium justification for Open Cloud Exchange or ServiceFabric. An independent advisor models your specific data movement profile against each provider’s connectivity economics before recommending a facility. Metro Colo Advisory delivers this CoreSite versus Digital Realty connectivity comparison at no cost.
Which NYC colocation provider supports HIPAA compliance for a hybrid cloud architecture?
For healthcare organizations building hybrid architectures where protected health information lives in the colocation component — the colocation facility must execute a HIPAA Business Associate Agreement. DataBank carries the strongest HIPAA BAA in the NYC metro market — and uniquely combines HIPAA compliance with NVIDIA DGX Ready high density colocation for healthcare AI hybrid architectures. See our HIPAA colocation guide for a full analysis of healthcare IT infrastructure requirements. Metro Colo Advisory verifies HIPAA compliance posture across every qualifying provider for your specific hybrid architecture at no cost.
What colocation contract terms are most important for a hybrid cloud architecture?
Hybrid architectures evolve as workloads migrate from cloud to colocation over time. Look for flexible power scaling provisions that allow you to add committed capacity without renegotiating the full contract — as workloads migrate from cloud your colocation power requirements will grow. Shorter initial term commitments with renewal options are more appropriate than long fixed terms for hybrid deployments where requirements are actively evolving. Escalation caps and auto-renewal provisions require the same scrutiny in hybrid contracts as in standard colocation contracts. See our colocation contract guide for a complete framework. Metro Colo Advisory negotiates hybrid-specific contract terms across every NYC provider at no cost.
How do I handle AI and GPU workloads in a hybrid cloud colocation architecture?
For companies running AI and GPU workloads in a hybrid model — training in cloud, inference in dedicated colocation — high density colocation is a primary infrastructure requirement. Standard colocation supports 3 to 10kW per rack — insufficient for GPU configurations. High density colocation supports 35 to 100kW per rack with specialized cooling — required for H100, H200, B200, and GB200 GPU deployments. DataBank LGA3 is the primary independent recommendation for high density colocation in a hybrid AI architecture — NVIDIA DGX Ready certified with purpose-built infrastructure at pricing consistently more competitive than Equinix NY5 for comparable density. Metro Colo Advisory evaluates high density colocation options for your specific hybrid AI architecture at no cost.
Ready to Evaluate Hybrid Cloud Colocation?
Metro Colo Advisory provides free independent advisory for hybrid cloud colocation evaluations — workload assessment, cloud connectivity analysis, competitive pricing across all five NYC providers, total cost of ownership modeling, and contract review at no cost to you.
Our free assessment takes 60 seconds. Tell us about your current cloud spend, your workload profile, and your connectivity requirements. We come back within 72 hours with an honest recommendation on whether hybrid colocation delivers meaningful savings for your specific situation — and if it does, which NYC facility and connectivity model best fits your architecture.
No cost. No obligation. Real market intelligence for your specific requirements.
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