For CIOs and IT leaders, the decision to modernize infrastructure is rarely “cloud versus on-premise.” These are portfolio decisions shaped by risk, regulatory obligations, performance requirements, and the need to maintain continuity of mission-critical workloads.
That’s why many organizations are considering hybrid colocation. When part of a broader hybrid or multi-cloud strategy, hybrid colocation can be an effective operating model for balancing these factors.
What is hybrid colocation, and what benefits can your organization gain by including it in your cloud methodology?
What is hybrid collocation?
Hybrid colocation is an infrastructure approach in which organizations maintain ownership of core systems in third-party data centers (colocation facilities) while integrating them directly in public cloud services such as Amazon Web Services (AWS), Microsoft Azure, or Google Cloud Platform (GCP).
Think of it like living in the city and renting a garage for your car. You get access to a safe place that is safer than parking on the street, while still being able to use public transport when you need it.
If you’re a CIO interested in integrating colocation into your hybrid cloud strategy, first consider these six key decision drivers:
- Risk and resilience: Design for high availability, disaster recovery, and operational continuity during migration.
- Security and compliance: Harmonize identity, encryption, logging, and evidence collection across environments. Clarify the boundaries of shared responsibility.
- Performance and data gravity: Place latency-sensitive applications close to users and data. Avoid expensive or slow data movement.
- Operation model: Standardize provisioning, patching, configuration management, and incident response across on-premises, colocation, and cloud.
- Cost transparency (FinOps): Manage unit economics across providers, minimize exit surprises, and align capacity and commitment.
- Vendor optionality: Reduce concentration risk and continuously negotiate leverage through pragmatic portability.
The main benefits of hybrid colocation
With strategic integration and careful consideration of where you allocate applications, data, and services, colocation can help increase flexibility while maintaining control of data and cloud access. Here’s how:
1. Increased flexibility
Operating a local data center requires ongoing investment and executive attention across facilities, infrastructure lifecycle management, procurement, and vendor oversight. For CIOs, colocation can reduce facilities management operational overhead while maintaining architectural control over critical platforms.
Colocation turns some data center capital expenditures into more predictable opex by outsourcing power, cooling, physical security and building maintenance to specialized providers. This enables faster capacity changes, clearer cost allocation, and a modernization cadence that is not constrained by facility refresh cycles.
2. Continuous data control
Even though colocation places servers in third-party facilities, the infrastructure can remain owned and managed by the organization. This supports governance requirements that ensure IT maintains direct control over platform configuration, network segmentation, encryption key management, and privileged access.
At the same time, the provider typically assumes responsibility for facility operations, allowing you to reallocate staff from building management to higher-value work such as platform engineering, security engineering, and cloud migration execution.
How do colocation providers impact data compliance?
From a compliance perspective, it is important to distinguish between provider certification and an organization’s overall compliance posture.
For example, even if a public cloud platform offers services that can support a HIPAA-compliant architecture, your organization remains responsible for implementing the necessary administrative, technical, and physical safeguards – and implementing them consistently across hybrid and multi-cloud environments.
In practice, this includes securing data throughout its lifecycle – whether it resides co-located or in the cloud – standardizing recording and monitoring, and maintaining audit evidence that meets regulatory requirements. Many organizations are adopting boundaries such as identity federation, centralized key management, and policies as code to improve consistency across platforms.
3. Seamless connectivity to cloud services
When running applications across multiple clouds, connectivity becomes a first-level architectural decision. Hybrid colocation can serve as a regional hub where networking, security controls, and shared services connect to AWS, Azure, and other providers over high-bandwidth, low-latency links, supporting performance goals while reducing dependency on the public internet.
For example, organizations often choose cloud regions close to key users and data sources to reduce latency. Placing colocation footprints in the same metro area can simplify integration with SaaS and public cloud services, reduce data movement, and help manage inter-cloud and cloud egress costs for data-intensive workloads.
With the right network design, hybrid colocation can serve as a secure interconnection point, enabling interoperability between on-premises platforms, colocation infrastructure, and multiple public clouds.
4. Profitable multi-cloud pattern
Multi-cloud rarely succeeds through ad hoc service adoption. CIOs get better results when they standardize a few repeatable patterns that simplify connectivity, security, data movement, and operations across providers. Hybrid colocation gives you a neutral, high-performance control point to anchor those patterns: close to users and data, but connected directly to the cloud services you want to use.
The following multi-cloud patterns show how you can use colocation to create consistency, reduce cross-cloud friction, and keep options open as requirements and vendor dynamics change:
- Shared service center: Run identity, PKI, logging flows, configuration management, and artifact registration simultaneously to serve multiple clouds consistently.
- Data platform with cloud analytics: Keep high-volume or regulated data sets in one color while extending analytics/AI and managed services to the most appropriate cloud.
- Active/active by provider: Deploy the same application stack across two clouds for resiliency, using colo for common routing, security checks, and hard-to-replicate stateful dependencies.
- Cloud exit and concentration risk mitigation: Maintain a viable landing zone outside of any cloud to support workload repatriation and increase negotiation leverage.
- Edge-to-cloud aggregation: Collect and normalize telemetry or OT/IoT data at regional colo sites before distribution to one or more clouds.
How SHI helps you choose the right colocation provider
The data center and cloud are one of many landscapes that IT leaders and CIOs are increasingly optimizing to achieve today’s most relevant outcomes: resiliency, security, speed of delivery, and cost transparency.
Even as cloud adoption accelerates, many organizations must continue to support workloads in physical facilities due to performance, regulatory, or operational requirements. Hybrid colocation can meet these needs while enabling an extended roadmap to hybrid cloud and multi-cloud – provided you combine it with disciplined governance (identity, security, observability) and a clear operating model.
How do you know which colocation provider is best suited to meet your facility, regulatory and power needs? That’s where SHI can help.
Our infrastructure experts can help define what constitutes “good,” including:
- Confirm workload placement criteria.
- Defines target country connectivity and security fences.
- Build comparative business cases across on-premises, colocation, and cloud providers.
We translate these criteria into an actionable plan through architectural and cost assessments, governance guardrails, and a phased migration roadmap that aligns with your multi-cloud strategy.
We will show you when, where, why, And How Hybrid colocation so you can build a flexible and secure cloud infrastructure.
NEXT STEP
Ready to see how your cloud strategy can benefit from hybrid colocation? Contact a SHI cloud expert to get started.
David Convery is a Senior Solutions Architect at SHI’s Advanced Solutions Group (ASG). As a VMware Certified Design Expert with more than two decades of experience in enterprise data centers, hybrid cloud, and next-generation infrastructure, David helps executive teams and IT leaders make informed and pragmatic technology decisions. He takes a vendor-neutral and results-oriented approach in assessing risk, optimizing investments, and guiding large-scale infrastructure transformations from strategy to execution.
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