Case Study — Data Center Migration · Healthcare
Healthcare Cisco UCS · Hyper-V · UTM Infrastructure Modernisation

Streamlined Healthcare
Data Center Migration
& Infrastructure Modernisation

A healthcare client needed to migrate its entire data center — and modernise what it was moving to. Not just a relocation: a platform upgrade. Softenger delivered both simultaneously — 200+ virtual machines, 15 databases, and critical business applications transitioned to scalable Cisco UCS infrastructure with zero downtime for essential healthcare services.

200+ VMs
Migrated — Zero Downtime
15 DBs
Synchronised via Log Shipping
1 SI
Tier 1 Partner — Future-Aligned
Engagement at a Glance

Healthcare Data Center Migration
& Infrastructure Modernisation

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Client Industry
HealthcareCritical business applications requiring uninterrupted availability
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Project
Data Center Relocation & Infrastructure ModernisationMigration + Cisco UCS platform upgrade in parallel
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Scale
200+ VMs · 15 Databases · Critical ApplicationsFull workload estate migrated and modernised
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SI Partnership
Tier 1 System IntegratorFuture business requirements aligned from day one
Cisco UCS — Unified Computing System
Hyper-V Replication — live workload migration
SQL Log Shipping — real-time DB synchronisation
UTM — unified threat management security
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IndustryHealthcare
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ProjectData Center Relocation & Infrastructure Modernisation
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TechnologyCisco UCS · Hyper-V Replication · Log Shipping · UTM
ResultZero Downtime · Modernised · Secured
Primary Outcome
Zero DT
Critical healthcare applications maintained full availability throughout. No unplanned downtime — for any workload, at any stage of the migration.
Modernisation Delivered
Cisco UCS
The new infrastructure wasn’t a like-for-like replacement. A scalable, modern Cisco UCS platform — sized for growth, not just current load.
Security Posture
UTM Active
Unified Threat Management deployed before data movement began — security coverage active during migration, not configured after cutover.

A migration that was also
an opportunity to modernise

Healthcare organisations rarely have the luxury of taking infrastructure offline to upgrade it. Patient care depends on application availability — and in a sector where data is both operationally critical and legally protected, any gap in availability or data integrity has consequences that go well beyond IT.

This client needed to relocate its data center. Softenger’s approach was to treat the relocation not as a cost to be minimised but as an opportunity to be captured — building a modernised Cisco UCS environment at the new site that would serve the business better than the infrastructure being vacated, while ensuring healthcare operations continued without interruption throughout.

Business Need

Migrate the entire data center infrastructure — 200+ virtual machines, 15 databases, and critical business applications — to a new location, ensuring uninterrupted operations for essential healthcare services and modernising the infrastructure to support future business growth and enhanced security.

01

Migrate Without Disrupting Healthcare Operations

200+ virtual machines and 15 databases had to move while healthcare services running on them stayed fully available. Zero tolerance for unplanned downtime at any point in the migration window.

Hyper-V Replication · Live Failover · Zero Disruption
02

Modernise — Not Just Relocate

The new environment needed Cisco UCS hardware designed for scale — supporting anticipated business growth, not simply rehousing what existed. An opportunity to reset the infrastructure baseline.

Cisco UCS · Scalability · Future-Ready Architecture
03

Secure Healthcare Data Throughout the Transition

Patient data and clinical systems require active protection during migration — not just at the destination. UTM had to be in place and operational before any data began moving to the new environment.

UTM · Data Protection · Healthcare Compliance

Three risks — each one directly addressed

Healthcare data center migrations present three non-negotiable risks: application downtime, data integrity gaps, and cybersecurity exposure. Each required a specific technical response — not general assurances.

Challenge 01
⚠️

Zero Downtime for Critical Healthcare Applications

Healthcare applications cannot be taken offline for migration. Every diagnostic workflow, patient record system, and clinical application had to remain available throughout — with no unplanned interruption at any point in the migration window.
Risk: Application availability · Clinical continuity
Solution
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Hyper-V Replication with Failover Capability

Utilised Hyper-V Replication for real-time VM synchronisation to the new Cisco UCS environment, combined with SQL log shipping for database continuity. Failover replication maintained in both directions until the new environment was production-validated — original environment stayed live until confirmed cutover.
Hyper-V Replication · SQL Log Shipping · Validated cutover
Challenge 02
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Data Integrity & SQL Synchronisation Across Locations

15 SQL databases carrying patient records and clinical data had to remain synchronised between source and destination throughout the migration. Any gap in synchronisation creates data integrity risk that healthcare organisations cannot carry.
Risk: Data integrity · SQL divergence · Compliance exposure
Solution
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SQL Log Shipping for Near-Real-Time Database Sync

Implemented SQL log shipping to continuously ship transaction logs from source to destination throughout the migration window. Databases kept synchronised to within seconds of the source at all times — eliminating the bulk-transfer window that creates the highest data integrity risk. No bulk exports during business hours.
SQL Log Shipping · Transaction-level sync · Business-hours safe
Challenge 03
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Cybersecurity Exposure During the Relocation Window

During migration, the security perimeter is temporarily expanded — workloads exist in two environments, data moves between locations, and both must remain accessible. For a healthcare organisation, this window creates regulatory and reputational risk that must be actively managed.
Risk: Expanded attack surface · Patient data exposure
Solution
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UTM Deployed Before Data Movement Began

Implemented a Unified Threat Management solution covering both environments throughout the migration window — unified firewall, intrusion prevention, and threat monitoring active before the first workload replicated to the new site, not configured after migration completed.
UTM · Active pre-migration · Intrusion prevention throughout

Scalable architecture built
on proven enterprise components

The four-technology stack was assembled to address the migration’s specific risk profile — not selected from a preferred vendor list. Each component solves a problem the others can’t, and all four run simultaneously throughout the migration window.

The decision to use Cisco UCS as the destination foundation was as much about the future as today’s workload. What Cisco UCS delivers — unified management of compute, network, and storage — is the operational simplicity the client needed to run a modern healthcare infrastructure without a large on-site IT team managing three separate systems.

The Tier 1 SI collaboration ensured hardware procurement, reference architecture design, and post-migration support were aligned to the client’s business roadmap — not just to the migration deliverable itself.

Foundation
🖥️

Cisco UCS

Unified Computing System — new DC
Designed for scale from the outset. Unified management of compute, network, and storage — OEM-validated and benchmarked before any workloads cut over.
Migration Engine
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Hyper-V Replication

VM synchronisation — live migration
Native Windows Server replication — no third-party tooling. Asynchronous VM state sync to the new environment, failover capability maintained until cutover confirmed.
Data Integrity
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SQL Log Shipping

Database sync — real-time
Transaction logs shipped continuously — databases synchronised to within seconds at all times. No bulk transfer during business hours, no data integrity gaps at cutover.
Security
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UTM — Unified Threat Management

Perimeter security — both environments
Deployed and active before data movement began. Firewall, IPS, and threat monitoring across both environments — security posture maintained, not degraded, during transition.
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Tier 1 System Integrator collaboration — aligned to the future, not just the migration

Softenger collaborated with a Tier 1 System Integrator to align the migration plan with the client’s future business requirements — ensuring the infrastructure built at the new site was sized for growth, not just today’s workload. The SI brought hardware procurement and reference architecture expertise; Softenger delivered the migration engineering, data synchronisation, and security implementation. The client received one coordinated outcome from both.

Healthcare Data Center Migration — Architecture Overview Cisco UCS · Hyper-V Replication · SQL Log Shipping · UTM
Streamlined Healthcare Data Center Migration — Architecture Overview

Three outcomes — migration,
modernisation, and security

Each outcome corresponds directly to one of the three challenges. Migration delivered zero downtime. Modernisation delivered a scalable Cisco UCS foundation. Security delivered UTM coverage from the first day of the new environment.

Outcome 01 — Migration

Seamless Migration — Zero Downtime for Healthcare Applications

  • 200+ virtual machines migrated with zero unplanned downtime — essential healthcare services maintained throughout
  • 15 databases synchronised via SQL log shipping — no data integrity gaps at any point in the migration window
  • Critical business applications validated at the new site before production cutover
  • Failover replication provided instant recovery capability throughout — no single point of failure during migration
Outcome 02 — Infrastructure

Modern, Scalable Cisco UCS Foundation Operational

  • New data center built on Cisco UCS — unified compute, network, and storage management in a single platform
  • Infrastructure designed for future business growth — not just current workload headroom
  • OEM-validated and benchmarked configurations delivering confirmed application performance
  • Platform supports business expansion without requiring infrastructure re-architecture as the organisation scales
Outcome 03 — Security

Enhanced Cybersecurity Through UTM Deployment

  • UTM deployed and active before data movement began — security coverage from day one, not post-migration
  • Expanded attack surface during migration window actively monitored and protected throughout
  • Patient data and clinical systems protected under unified threat management for the full transition duration
  • Post-migration security posture enhanced relative to the legacy environment
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Key Takeaway

This project demonstrates Softenger’s ability to manage complex data center migrations while ensuring business continuity in environments where downtime has clinical consequences. Through strategic planning, advanced technology, and close collaboration with the client and Tier 1 SI, Softenger facilitated a smooth transition that delivered both the migration outcome and the modernisation outcome simultaneously — leaving the client with infrastructure built for growth, not just for today.

Softenger’s Engagement Framework

Every engagement follows
the AOTS framework

The AOTS framework structured this engagement from initial scoping through post-migration operations. The Advise phase was where the “modernise, don’t just relocate” decision was made — and where the Tier 1 SI collaboration model was established to align future infrastructure requirements with the migration plan. Without Advise, a relocation would have delivered the same infrastructure in a different building.

The Optimize phase built and validated the new Cisco UCS environment — hardware benchmarked, replication tested, UTM active — before the Transform phase executed the migration. Healthcare organisations need the confidence that the new environment works before the old one is vacated.

A
Phase 01

Advise

Clarity Before Action

Assessed full data center estate. Defined migration architecture — Hyper-V Replication, SQL log shipping, UTM-first deployment. Established Tier 1 SI collaboration model. Agreed “relocate and modernise” as the objective.

In this engagement

Migration and modernisation plan agreed. Technology stack confirmed. Tier 1 SI partnership structured. Zero-downtime approach designed.

O
Phase 02

Optimize

Precision Over Patchwork

Cisco UCS infrastructure built and benchmarked at new site. Replication and log shipping established and verified. UTM deployed and validated across both environments. Healthcare applications tested before any production cutover.

In this engagement

New environment validated. OEM-benchmarked configurations confirmed. UTM active. New site declared production-ready.

T
Phase 03

Transform

Evolution Without Disruption

Production cutover executed. 200+ VMs and 15 databases transitioned to new Cisco UCS environment. Healthcare applications live on modernised infrastructure. Original environment decommissioned cleanly after final validation.

In this engagement

Full migration complete. Modern infrastructure live. Zero downtime achieved. Healthcare services uninterrupted throughout.

S
Phase 04

Support

Continuity as a Standard

Post-migration stabilisation of Cisco UCS environment. UTM policies tuned against live healthcare traffic. Infrastructure documentation and runbooks delivered to client IT team. Ongoing platform support as business scales.

In this engagement

New data center stable and performing. Security active and tuned. Client team operating modern infrastructure independently.

The AOTS model is applied to every Softenger engagement

Healthcare migrations, network change programs, SOC operations, application support — Advise, Optimize, Transform, Support structures every engagement Softenger delivers, from first conversation to ongoing operations.

Advise Optimize Transform Support

Questions about SOC infrastructure support

  • Zero downtime was achieved through Hyper-V Replication and SQL log shipping running in parallel throughout the migration window. Hyper-V Replication continuously synchronised virtual machine state to the new Cisco UCS environment, while SQL log shipping kept the 15 databases current in near-real-time. Failover replication was maintained in both directions until the new infrastructure was fully validated — the original environment remained live until the moment the new one was confirmed production-ready. The cutover was a controlled, low-risk switch rather than a high-stakes migration event.
  • Healthcare databases contain patient records, diagnostic data, and clinical workflows that are both operationally critical and legally protected. Any data loss or inconsistency during migration — even a gap of minutes between source and destination databases — could affect patient care decisions, create compliance exposure, and require remediation that itself causes downtime. SQL log shipping addresses this by continuously shipping transaction logs to the destination, keeping databases synchronised to within seconds of the source at all times. This eliminates the bulk-transfer window that creates the highest data integrity risk in most migrations.
  • During a data center migration, the security perimeter is temporarily expanded: workloads exist in two environments, sensitive data moves between locations, and both environments must remain accessible. This creates a broader attack surface than either environment would normally present. Unified Threat Management addressed this by providing unified firewall, intrusion prevention, and threat monitoring across both environments throughout the migration window — ensuring the expanded attack surface was actively protected, not passively monitored. In healthcare, where patient data breaches carry regulatory and reputational consequences, active security throughout migration is non-negotiable.

Tell us what you’re
moving — and what
can’t stop while you do it.

Whether it’s a full data center relocation, an infrastructure modernisation, a workload migration across environments, or a DR site build — Softenger brings the migration engineering, data synchronisation methodology, and security architecture to deliver it without disrupting the services your organisation depends on. A conversation with one of our infrastructure specialists starts with your environment and your constraints, not a product catalogue.

🏥 Discuss a Healthcare Migration Project

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Healthcare IT DeliveryCisco UCS · Hyper-V · UTM · Zero Downtime
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Est. 199925 Years of Enterprise IT Delivery

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