Disaster Recovery Colocation, Independent Mid-Market Guide
Independent guide to disaster recovery colocation for mid-market companies — facility selection, DR architecture, compliance requirements, and when colocation beats cloud for business continuity. Free advisory from Metro Colo Advisory.
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Disaster Recovery Colocation — The Independent Mid-Market Guide
Disaster recovery colocation is one of the most consequential infrastructure decisions mid-market companies make — and one of the most frequently deferred until it is too late. A ransomware attack, a power failure, a natural disaster, or a facility outage at your primary location can take a business offline for hours or days without a properly architected and tested disaster recovery environment. For mid-market companies in the New York metro market and nationally — professional colocation is the most reliable, cost-effective, and compliance-ready foundation for business continuity infrastructure.
This independent disaster recovery colocation guide covers every aspect of DR architecture, facility selection, compliance requirements, and cost — written by an advisor with no financial stake in which provider or facility you choose.
Consider this your independent disaster recovery colocation review — honest analysis of what mid-market companies actually need and what the market actually charges.
Most mid-market companies in regulated industries need warm standby DR colocation — not active-active architecture and not cloud DR. Cologix Parsippany is the primary cost-sensitive recommendation for geographic separation from Manhattan and Secaucus. DataBank 165 Halsey Street Newark is the primary recommendation when HIPAA compliance is simultaneously required. The Equinix data center campus serves financial services DR deployments requiring trading ecosystem access. Metro Colo Advisory evaluates all five NYC providers against your specific DR requirements at no cost.
Disaster Recovery Architecture Comparison — Cold Standby, Warm Standby, Active-Active
The following table summarizes the three primary DR architecture models and helps you understand which approach fits your specific RTO requirements and budget before engaging providers.
| DR Architecture | Recovery Time (RTO) | Relative Cost | Best Fit For | Power Commitment |
|---|---|---|---|---|
| Cold Standby | Hours to days | Lowest | Lower-criticality workloads, RTOs measured in hours | 30-50% of primary |
| Warm Standby | Minutes (15-30 typical) | Moderate | Most mid-market regulated industries, business-critical workloads | 50-70% of primary |
| Active-Active | Zero downtime | Highest | Zero-tolerance RTOs, mission-critical trading or healthcare | 100% of primary (both sites) |
Most mid-market companies need warm standby — not active-active. A well-designed warm standby environment meets the requirements of most mid-market compliance frameworks at a fraction of active-active cost. Metro Colo Advisory evaluates the right architecture for your specific RTO requirements and budget at no cost.
What Is Disaster Recovery Colocation — The Simple Definition
Disaster recovery colocation is the practice of maintaining a secondary infrastructure environment — servers, networking, storage — in a geographically separated professional data center facility, so that if your primary environment fails your business can fail over to the secondary site and continue operating.
The colocation definition in a DR context: you rent space in a professional data center at a geographically separated location from your primary infrastructure. You maintain either warm standby servers ready to assume load on short notice, or cold standby infrastructure that can be powered up and configured if needed. The facility provides the power, cooling, physical security, and network connectivity. You maintain control of your hardware and software.
Disaster recovery colocation is distinct from backup. Backup copies your data. DR colocation gives you a live environment to run your business from if your primary environment goes down. Most mid-market companies need both — not one or the other.
Why Mid-Market Companies Need Dedicated DR Colocation
The drivers for disaster recovery colocation have multiplied in recent years. Cyber insurance requirements, SEC incident response obligations, HIPAA business continuity mandates, FINRA operational resilience requirements, and SOC 2 availability criteria have all elevated DR infrastructure from a best practice to a compliance requirement for mid-market companies in regulated industries.
Ransomware is the most common trigger. A ransomware attack encrypts your primary environment and demands payment for decryption. Without a clean secondary environment you cannot restore operations quickly regardless of whether you pay. Companies with properly architected disaster recovery colocation environments restore operations in hours. Companies without them negotiate with attackers or spend weeks rebuilding from backup.
Power infrastructure failure is the second most common trigger. Office server rooms and corporate data centers are not built to professional data center power standards. A utility failure, a cooling failure, or an electrical fault can take an on-premise environment offline with no warning. Professional colocation facilities — with redundant power feeds, UPS systems, and generator backup — are designed precisely to avoid this failure mode.
The regulatory pressure is real and growing. For mid-market companies in financial services, healthcare, legal, and fintech — disaster recovery infrastructure is no longer optional. Regulators and cyber insurers increasingly require documented DR plans with tested colocation environments as a condition of coverage and compliance.
The Geographic Separation Requirement — Why Distance Matters
The most common mistake mid-market companies make in disaster recovery planning is placing their secondary environment too close to their primary environment. A disaster that takes your primary site offline — a regional power failure, a flood, a building fire — will often affect infrastructure within the same geographic zone simultaneously.
The geographic separation standard for disaster recovery colocation: your DR facility should be far enough from your primary site that a single regional event cannot affect both simultaneously. In the NYC metro market that means:
- Primary infrastructure in Manhattan — DR facility in Parsippany NJ, Orangeburg NY, or Newark NJ provides meaningful geographic separation. A Manhattan facility serving as both primary and DR is not genuine geographic separation.
- Primary infrastructure in Secaucus — DR facility in Manhattan, Parsippany, or Newark provides the separation required. Primary and DR in the same Secaucus campus — even different buildings — does not meet most regulatory interpretations of geographic separation.
- Primary infrastructure on-premise in a corporate office — any professional colocation facility in the NYC metro market provides meaningful geographic separation from an office environment. This is the most common and most straightforward DR colocation scenario for mid-market companies.
For companies with national infrastructure requirements — geographic separation means different metro markets entirely. Chicago and NYC. Dallas and Los Angeles. The further the separation the more robust the DR architecture — but the more complex the network connectivity requirements between primary and secondary environments.
Disaster Recovery Architecture — Warm Standby, Cold Standby, and Active-Active
Understanding the three primary DR architecture models before selecting a facility determines both your infrastructure requirements and your colocation costs.
Cold Standby
Physical hardware sits powered down at the DR facility. In the event of a primary site failure the hardware is powered on, software is restored from backup, and operations are resumed. Recovery time objective — RTO — is measured in hours to days depending on the complexity of the environment.
Cold standby is the lowest cost DR architecture — you are paying for rack space and power capacity but not for powered servers running continuously. Best for companies with RTOs measured in hours rather than minutes and workloads that can tolerate extended recovery windows.
Warm Standby
Hardware at the DR facility runs continuously in a reduced capacity state — receiving data replication from the primary environment but not handling production traffic. In the event of a primary site failure traffic fails over to the warm standby environment which scales up to handle full production load.
Warm standby provides RTOs measured in minutes rather than hours. Higher cost than cold standby — you are paying for powered servers running continuously at the DR facility. Best for companies with RTOs measured in minutes and critical workloads that cannot tolerate extended recovery windows.
Active-Active
Both primary and DR environments handle production traffic simultaneously. Neither is purely a secondary environment — both are active production sites. In the event of a failure at either site the other absorbs the full production load automatically.
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 warm standby not active-active. Active-active is complex, expensive, and genuinely necessary only for a small subset of workloads. A well-designed warm standby environment with a 15 to 30 minute RTO meets the requirements of most mid-market compliance frameworks at a fraction of the cost of active-active architecture.
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How to Select a Disaster Recovery Colocation Facility
Facility selection for disaster recovery colocation follows different criteria than primary colocation selection. Here is the independent evaluation framework:
For the full colocation site selection methodology applied to primary facilities, see our colocation site selection guide. The DR facility evaluation framework follows the same principles with DR-specific criteria.
Geographic Separation
The first criterion — and the one most frequently overlooked. Your DR facility must be geographically separated from your primary environment. In the NYC metro market that means different zones — not different buildings in the same zone. An independent advisor maps your primary infrastructure location against the available DR facility zones and identifies which facilities provide genuine geographic separation versus which ones look separated on a provider map but share the same regional risk profile.
Power Redundancy and Uptime
Your DR facility needs to be online when your primary environment goes down — which is often during the same regional event that caused the primary failure. Professional colocation facilities with N+1 or 2N power redundancy, generator backup, and UPS systems are designed to remain operational through regional power events. Verify power redundancy specifications before committing to any DR facility. Tier 3 and Tier 4 equivalent facilities with multiple independent power paths are the standard for serious DR infrastructure.
Network Connectivity and Replication Path
Data replication from your primary environment to your DR facility requires a reliable low-latency network connection between the two sites. Carrier neutral data center facilities give you access to multiple carriers for the replication path — critical for a DR environment where the replication link itself must be resilient. Dark fiber vs lit fiber options for the replication path should be part of the facility evaluation. A DR facility with a single carrier path for replication has a single point of failure in the most critical link of your DR architecture.
Compliance Certifications
Your DR facility’s compliance certifications become part of your own compliance posture — the same way your primary facility’s certifications do. For regulated industries: SOC 2 Type II is the baseline requirement. HIPAA colocation capability is required for healthcare organizations. PCI DSS certification for payments companies. Colocation for financial services firms should include SOC 1 Type II. Your DR facility needs the same compliance certifications as your primary facility — a gap in DR compliance is a gap in your overall compliance posture.
Contract Flexibility
DR colocation contracts have different economics than primary colocation contracts. You are committing to less power capacity — cold or warm standby requires less power than full production load. Contract terms for DR deployments should reflect this — shorter minimum commitments, flexible power scaling, and clear provisions for activating additional capacity if the DR environment needs to handle full production load for an extended period. An independent advisor negotiates DR-specific contract terms that primary colocation sales teams do not typically offer without pressure.
Disaster Recovery Colocation in the NYC Metro Market
The NYC metro market has specific characteristics that make it one of the best markets for disaster recovery colocation — and specific dynamics that make facility selection more complex than in other markets.
The three-zone structure creates natural DR pairing options. Companies with primary infrastructure in the Manhattan carrier hotel zone — 60 Hudson Street, 111 8th Avenue — find natural DR pairing in the Secaucus zone or the Orangeburg and New Jersey zone. Companies with primary infrastructure in the Secaucus zone find natural DR pairing in Manhattan or the New Jersey facilities. Companies with primary infrastructure on-premise in a Manhattan or Tri-State office find any professional colocation facility provides meaningful geographic separation.
- Cologix Parsippany NJ is the primary independent recommendation for cost-sensitive disaster recovery colocation in the NYC metro market. Geographic separation from both Manhattan and Secaucus primary infrastructure zones — combined with competitive pricing and flexible contract terms — makes Parsippany a natural DR destination for mid-market companies whose primary infrastructure is in Manhattan or Secaucus. See our Cologix NYC guide for a full analysis.
- DataBank’s 165 Halsey Street Newark facility is the strongest recommendation for DR deployments requiring simultaneous geographic separation and HIPAA colocation compliance. For healthcare organizations and health tech companies — DataBank’s HIPAA BAA combined with Newark’s geographic separation from Manhattan makes 165 Halsey Street the primary independent recommendation for healthcare DR colocation in the NYC metro market. See our DataBank NYC guide for a full analysis.
- The Equinix data center campus in Secaucus — NY4, NY5, NY7, and NY9 — serves as a primary DR destination for companies whose primary infrastructure is in Manhattan or New Jersey and who need financial ecosystem proximity in their DR environment. For financial services companies where DR infrastructure must maintain access to exchange systems, market data providers, and prime broker cross-connects — the Equinix data center campus is often the only credible DR destination regardless of cost. See our Equinix NY4 guide for a full analysis.
- CoreSite NY2 and NY3 in Secaucus provide DR colocation for companies whose primary infrastructure is in Manhattan or New Jersey and who need Open Cloud Exchange connectivity in their DR environment — particularly relevant for hybrid cloud colocation architectures where cloud on-ramp connectivity must be maintained through a DR event. See our CoreSite NYC guide for a full analysis.
- Digital Realty’s Manhattan facilities at 60 Hudson Street and 111 8th Avenue serve as DR destinations for companies whose primary infrastructure is in Secaucus or New Jersey and who need Manhattan carrier hotel connectivity maintained through a DR event. See our Digital Realty NYC guide for a full analysis.
For a complete overview of the NYC metro colocation market including facility zone maps and provider coverage see our NYC metro colocation market guide.
The Cost of Disaster Recovery Colocation — What Mid-Market Companies Actually Pay
Disaster recovery colocation is typically 30 to 50 percent less expensive than equivalent primary colocation for the same facility — because DR deployments commit to less power capacity than full production environments. Here is what drives DR colocation pricing:
Power commitment:
Cold standby DR deployments commit to the physical space and power capacity needed to power standby hardware — typically 30 to 50 percent of primary production power requirements. Warm standby deployments commit to the power needed to run hardware continuously in a reduced-capacity state — typically 50 to 70 percent of primary production requirements. See our colocation pricing guide for a complete breakdown of how power commitment drives colocation costs.
Contract term:
DR colocation contracts with shorter terms and flexible power scaling provisions are negotiable — particularly at facilities where DR deployments are a meaningful part of their customer mix. Cologix Parsippany and DataBank 165 Halsey Street are among the more flexible NYC metro providers for DR contract terms. The colocation contract terms for DR deployments deserve the same scrutiny as primary colocation contracts — escalation clauses, auto-renewal provisions, and minimum power commitments all apply.
Facility zone:
Manhattan carrier hotel DR deployments cost significantly more than New Jersey or Orangeburg DR deployments for comparable power and space. The geographic separation you need for DR often conveniently pushes you toward more cost-competitive facility zones — a DR facility in Parsippany or Newark is less expensive than an equivalent Manhattan or Secaucus primary facility while still providing meaningful geographic separation
Cross-connect and replication costs:
The network connection between your primary and DR environments is a recurring cost that most DR colocation budgets underestimate. Cross-connect fees at both the primary and DR facilities plus the carrier cost for the replication circuit itself should be included in every DR total cost of ownership calculation. Use our colocation pricing calculator for a complete DR cost model for your specific requirements.
Disaster Recovery Colocation vs Cloud DR — The Honest 2026 Comparison
Cloud-based disaster recovery — using AWS, Azure, or Google Cloud as a DR environment — is increasingly marketed as the simpler and more cost-effective alternative to dedicated colocation DR. The honest comparison is more nuanced.
When cloud DR wins:
Companies with small environments — under $10,000 monthly equivalent infrastructure cost — may find cloud DR more cost-effective than dedicated colocation for cold standby use cases. Early-stage companies without existing hardware investments.
Workloads deeply embedded in cloud services that are difficult to replicate in a colocation environment.
When colocation DR wins:
Companies with stable workloads spending above $20,000 monthly in primary colocation or cloud find dedicated colocation DR consistently more cost-effective than equivalent cloud DR over a two to three year period. Regulated industries where cloud DR creates data residency or compliance complexity. Companies with RTO requirements that demand warm standby — cloud DR warm standby costs compound quickly and often exceed dedicated colocation DR economics at mid-market scale. Companies already evaluating cloud repatriation of primary workloads find the DR decision follows naturally — if primary infrastructure moves to colocation the DR environment should follow.
The hybrid DR model:
Many mid-market companies land on a hybrid approach — warm standby colocation DR for their most critical workloads and cloud cold standby for less critical systems.
This hybrid cloud colocation architecture balances cost and recovery time across different workload tiers. An independent advisor models both options and the hybrid combination before recommending any specific architecture.
Compliance Requirements for Disaster Recovery Colocation
For mid-market companies in regulated industries disaster recovery is not optional — it is explicitly required by multiple compliance frameworks. Understanding what each framework requires before selecting a DR facility prevents expensive compliance gaps.
For a complete framework on how colocation compliance applies to your specific industry — healthcare HIPAA, financial services SOC, PCI DSS, FedRAMP, and CMMC — see our compliance colocation guide.
For law firms specifically
Colocation for law firms subject to SEC Reg S-P data security obligations and state bar cybersecurity guidance face growing expectations around DR infrastructure for client data protection. Documented DR colocation with tested recovery procedures is increasingly expected as part of a credible law firm cybersecurity posture.
SOC 2 Availability Criteria:
SOC 2 Type II audits evaluate whether your infrastructure meets availability commitments — including whether you have documented and tested disaster recovery capabilities. A SOC 2 audit without a credible DR environment will flag availability control deficiencies. Your DR colocation facility's SOC 2 certification becomes part of your own SOC 2 compliance documentation.
HIPAA Business Continuity:
HIPAA requires covered entities and business associates to maintain contingency plans including data backup, disaster recovery, and emergency mode operation procedures. For healthcare organizations and health tech companies — HIPAA colocation at both primary and DR facilities with executed Business Associate Agreements is a compliance requirement not a preference. DataBank carries the strongest HIPAA BAA in the NYC metro market — making them the primary recommendation for healthcare DR colocation infrastructure.
FINRA and SEC Operational Resilience:
Financial services firms subject to FINRA and SEC oversight face specific operational resilience requirements including documented business continuity plans with tested recovery procedures. For colocation for financial services firms — the DR facility must be able to support production trading infrastructure if needed. This often means the DR facility needs access to the same financial ecosystem connectivity as the primary facility — a requirement that narrows the field significantly in the NYC market. colocation for hedge funds and asset managers specifically requires DR infrastructure that can support trading operations through a primary site failure.
PCI DSS:
Payment card data environments require documented disaster recovery procedures with tested failover capabilities. The DR facility's PCI DSS certification is required if cardholder data will be processed or stored in the DR environment.
Cyber Insurance Requirements:
Cyber insurers increasingly require documented and tested DR plans as a condition of coverage. Some policies require specific RTO and RPO commitments. An independent colocation advisor familiar with cyber insurance DR requirements can help you select a DR facility and architecture that satisfies your insurer's requirements.
Why Independent Advisory Changes Disaster Recovery Colocation Outcomes
Metro Colo Advisory is an independent colocation broker — we work for you, not for any provider. Think of us the way you’d 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.
Metro Colo Advisory has evaluated DR deployments across all five NYC metro providers — which means we know which facilities offer genuine DR-specific contract flexibility and which ones pitch flexibility but deliver standard terms.
Disaster recovery colocation evaluations have specific dynamics that make independent advisory particularly valuable:
- DR facility selection involves a different set of trade-offs than primary selection. Geographic separation requirements, power flexibility, contract term flexibility, and compliance posture all weigh differently in a DR evaluation than a primary evaluation. An advisor who evaluates all five NYC metro providers simultaneously for DR-specific requirements produces meaningfully better recommendations than a company evaluating providers sequentially without a benchmark.
- DR pricing negotiation has different leverage than primary pricing negotiation. DR deployments are lower-revenue for providers than primary deployments — which creates different pricing dynamics. An independent advisor with current market benchmark data for DR deployments at each NYC provider negotiates from a position providers cannot easily counter.
- DR contract terms are more negotiable than primary contract terms. Shorter minimum commitments, flexible power scaling provisions, and DR-specific pricing structures are achievable — but only with an advisor who knows which providers offer them and how to negotiate for them.
Whether you need a colocation consultant for a one-time DR facility evaluation or ongoing advisory as your DR architecture evolves — Metro Colo Advisory provides independent guidance at no cost to you.
For companies evaluating data center migration alongside DR — our data center migration guide covers the full process. For companies evaluating cloud repatriation of primary workloads alongside a DR colocation decision — our cloud repatriation guide provides the complete financial framework.
Frequently Asked Questions — Disaster Recovery Colocation
What is disaster recovery colocation and how is it different from backup?
Disaster recovery colocation is the practice of maintaining a secondary infrastructure environment in a geographically separated professional data center so your business can continue operating if your primary environment fails. Backup copies your data to a secondary location for restoration purposes. DR colocation gives you a live environment to run your business from if your primary environment goes down. Backup tells you what your data was. DR colocation tells you where your business runs when the primary site is offline. Most mid-market companies need both — not one or the other. Metro Colo Advisory designs DR colocation architecture for your specific requirements at no cost.
How far does my disaster recovery facility need to be from my primary data center?
Your DR facility must be far enough from your primary site that a single regional event cannot affect both simultaneously. In the NYC metro market that typically means different zones — Manhattan primary with DR in Parsippany or Orangeburg, Secaucus primary with DR in Manhattan or Newark, or on-premise primary with DR at any professional colocation facility. Primary and DR in the same Secaucus campus does not meet most regulatory interpretations of geographic separation. For national infrastructure requirements, geographic separation means different metro markets entirely. Metro Colo Advisory maps your primary infrastructure location against available DR facility zones at no cost.
How much does disaster recovery colocation cost compared to primary colocation?
Disaster recovery colocation is typically 30 to 50 percent less expensive than equivalent primary colocation for the same facility — because DR deployments commit to less power capacity than full production environments. Cold standby DR commits to 30 to 50 percent of primary production power requirements. Warm standby commits to 50 to 70 percent. Active-active commits to 100 percent at both sites. DR colocation in Parsippany or Newark facilities is significantly less expensive than equivalent DR in Manhattan or Secaucus zones — and the geographic separation requirement for DR often pushes you toward more cost-competitive facility zones naturally. Metro Colo Advisory provides current DR-specific benchmark pricing across all NYC providers at no cost.
What compliance certifications does my disaster recovery colocation facility need?
Your DR facility needs the same compliance certifications as your primary facility — a gap in DR compliance is a gap in your overall compliance posture. For most mid-market deployments that means SOC 2 Type II as the baseline. Healthcare organizations require HIPAA Business Associate Agreement at both primary and DR facilities. Financial services firms require SOC 1 Type II and may require FINRA-relevant certifications. Payments companies require PCI DSS at both facilities. Government contractors may require FedRAMP or CMMC. The DR facility’s certifications become part of your own compliance posture for SOC 2 audits, HIPAA reviews, and regulatory examinations. Metro Colo Advisory verifies DR facility compliance documentation for your specific requirements at no cost.
Is cloud disaster recovery cheaper and better than dedicated colocation DR?
It depends on your environment size and architecture. For companies with small environments — under $10,000 monthly equivalent infrastructure cost — cloud DR may be more cost-effective than dedicated colocation for cold standby use cases. For companies with stable workloads spending above $20,000 monthly in primary infrastructure, dedicated colocation DR is consistently more cost-effective than cloud DR over a two to three year period. Regulated industries often find cloud DR creates data residency or compliance complexity that dedicated colocation avoids. Many mid-market companies land on a hybrid approach — warm standby colocation DR for critical workloads and cloud cold standby for less critical systems. Metro Colo Advisory models both options for your specific environment at no cost.
What is the difference between RTO and RPO and how do they affect my DR colocation choice?
RTO (Recovery Time Objective) is how quickly your business needs to be operational after a primary site failure. RPO (Recovery Point Objective) is how much data loss your business can tolerate measured in time. RTO of minutes requires warm standby or active-active DR architecture. RTO of hours allows cold standby. RPO of seconds requires near-real-time data replication. RPO of hours allows scheduled replication. Your RTO and RPO requirements determine both the DR architecture model and the connectivity requirements between primary and DR facilities. Most mid-market regulated industries land at RTO of 15 to 60 minutes and RPO of 5 to 15 minutes — which means warm standby colocation with continuous replication. Metro Colo Advisory designs DR architecture matching your RTO and RPO requirements at no cost.
Which NYC colocation provider is best for disaster recovery colocation in 2026?
The best DR provider depends on your primary infrastructure location and compliance requirements. Cologix Parsippany is the primary cost-sensitive recommendation for companies with primary infrastructure in Manhattan or Secaucus requiring geographic separation. DataBank 165 Halsey Street Newark is the primary recommendation when HIPAA compliance is simultaneously required for healthcare DR. The Equinix data center campus serves financial services DR deployments requiring trading ecosystem access maintained through a DR event. CoreSite NY2 and NY3 serve DR deployments requiring Open Cloud Exchange connectivity for hybrid cloud architectures. Digital Realty’s Manhattan facilities serve DR deployments where carrier hotel connectivity must be maintained through a DR event. Metro Colo Advisory evaluates all five NYC providers against your specific DR requirements at no cost.
Do I need both disaster recovery colocation and backup or will one replace the other?
Most mid-market companies need both — they serve different purposes. Backup copies your data for restoration after data loss, corruption, or ransomware encryption. DR colocation provides a live environment to run your business if your primary infrastructure is offline. Backup without DR means you can restore your data but cannot run your business until you rebuild your environment. DR without backup means you have a live secondary site but cannot recover specific corrupted data or restore from a clean state if ransomware spreads to both environments. A complete business continuity architecture includes both immutable backup for data protection and warm standby DR colocation for operational continuity. Metro Colo Advisory designs comprehensive business continuity architecture including both DR and backup at no cost.
What contract terms should I negotiate for disaster recovery colocation?
DR colocation contracts have different economics than primary colocation contracts and should be negotiated accordingly. Negotiate shorter minimum power commitments reflecting standby rather than production power requirements. Negotiate flexible power scaling provisions allowing temporary increases if the DR environment must handle full production load during a primary site failure. Negotiate escalation clause caps — the same way you would for primary colocation contracts. Negotiate auto-renewal notification windows giving you time to evaluate the market at contract expiration. Cologix Parsippany and DataBank 165 Halsey Street are among the more flexible NYC providers for DR-specific contract terms. Metro Colo Advisory negotiates DR-specific contract terms across all five NYC providers at no cost.
Ready to Evaluate Disaster Recovery Colocation?
Metro Colo Advisory provides free independent advisory for disaster recovery colocation evaluations — facility shortlisting with geographic separation analysis, competitive pricing with current benchmark data, compliance posture verification, DR contract review, and simultaneous evaluation of all NYC metro providers.
Our free assessment takes 60 seconds. Tell us about your primary infrastructure location, your compliance requirements, your RTO and RPO objectives, and your timeline. We come back within 72 hours with a shortlist of the two or three NYC facilities that best match your DR requirements — with current market pricing, honest trade-off analysis, and a clear recommendation on which facility delivers the best combination of geographic separation, compliance posture, and economics for your specific situation.
No cost. No obligation. Real market intelligence for your specific requirements.
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