Datacenter Migration
& Secondary Site Deployment
for a Leading Healthcare Diagnostic Entity
A leading diagnostic entity needed to relocate its entire datacenter while keeping diagnostic operations uninterrupted. Softenger designed, deployed, and migrated the full infrastructure — 200+ virtual machines, 15+ databases, and 20+ critical applications — to a new Cisco UCS-powered secondary site using Hyper-V Replication over WAN and UTM security throughout.
Datacenter Migration —Healthcare Diagnostic Entity
Relocating a datacenter while keeping diagnostics running
Healthcare diagnostics operate without tolerance for downtime. A diagnostic entity’s IT infrastructure — the virtual machines running laboratory systems, the databases storing patient data, the applications processing diagnostic requests — cannot simply be switched off while a migration takes place. Every hour of unplanned unavailability has clinical consequences, not just operational ones.
The client faced exactly this challenge. IT and non-IT restructuring required a full datacenter relocation. The infrastructure couldn’t stay where it was. But the workloads it ran had to remain available throughout. Softenger’s engagement was designed around that constraint from the first conversation.
Migrate the datacenter to a new location due to IT and non-IT restructuring — ensuring minimal disruption to critical diagnostic applications and infrastructure. Build a scalable, future-ready Cisco UCS foundation at the new site while maintaining full operational continuity throughout the transition.
Seamless Workload Transition with Zero Infrastructure Impact
The migration had to be transparent to the existing infrastructure. Workloads moving to the new site couldn’t affect the availability of workloads remaining at the source during the transition period.
Hyper-V Replication · WAN Migration · Zero DisruptionScalable Cisco UCS Foundation for Future Growth
The new datacenter wasn’t just a like-for-like replacement. It needed to be built on Cisco UCS hardware validated for performance — scalable for the diagnostic entity’s expected growth, not just sized for today’s workload.
Cisco UCS · Hardware Benchmarking · ScalabilityContinuous Synchronisation of 15+ Databases During Migration
Database continuity in a healthcare environment is non-negotiable. Patient records, diagnostic data, and application state had to remain synchronised between source and destination throughout the migration period — with no data lag that could affect clinical operations.
SQL Log Shipping · Database Sync · Healthcare Data IntegrityFour technologies — one coordinated migration
Each technology in the stack addressed a different dimension of the migration challenge. Cisco UCS provided the destination infrastructure. Hyper-V Replication moved the workloads. SQL Log Shipping kept the databases synchronised. UTM Firewall maintained security throughout. None of the four was optional — each filled a gap the others couldn’t.
Cisco UCS Unified Computing System
Hyper-V Replication
SQL Log Shipping
UTM Firewall
Two problems found
and fixed before cutover
Both challenges were identified and resolved during the pre-cutover validation phase — before any production workloads moved to the new environment. That sequencing was deliberate. The original datacenter remained the live environment until every issue had been resolved and every benchmark confirmed.
Complex infrastructure migrations surface unexpected issues. What separates a well-run migration from a risky one isn’t the absence of problems — it’s the process that catches them before they become production incidents. Softenger’s UAT phase is designed specifically to surface these issues in a controlled environment, not during the cutover window.
Both challenges in this engagement were caught at UAT. Both were resolved without requiring modifications to the migration timeline or any downtime to the original environment. The diagnostic entity’s operations were never affected.
Storage Performance Issues During UAT
Application Integration with New IP Schema
Four workstreams — design, hardware, migration, security
The engagement ran across four simultaneous workstreams from day one. Each was necessary; none could wait for the others to complete. A datacenter migration of this complexity doesn’t run sequentially — the design informs the hardware, the hardware enables the migration, the migration requires security to be active throughout.
Datacenter Design
Collaborated with the client and Tier-1 System Integrators to design the new datacenter infrastructure. Every decision anchored to two requirements: supporting current workloads without performance compromise and scaling for the diagnostic entity’s anticipated growth.
- Joint design with client stakeholders and Tier-1 System Integrators
- Scalability planning — new DC sized beyond current requirements
- Infrastructure architecture validated before hardware procurement
- Network design including IP schema extension across both sites
Hardware Installation & Configuration
Physical deployment of the Cisco UCS infrastructure at the new site — from rack-and-stack through cluster formation and OEM benchmarking. The hardware wasn’t declared ready until validated configurations confirmed performance met the diagnostic entity’s requirements.
- Hardware racking, stacking, and physical cabling at new site
- Compute and storage cluster formation following best practices
- OEM validation and benchmarking against application performance requirements
- Storage tiering configuration for optimal diagnostic workload performance
Workload Migration
The operational core of the engagement — migrating 200+ virtual machines and synchronising 15+ databases across WAN to the new site while the original datacenter remained fully live. Failover replication maintained in both directions until the new environment was confirmed production-ready.
- Hyper-V Replication configured over WAN for all 200+ virtual machines
- SQL Log Shipping for continuous database synchronisation during migration window
- Failover replication maintained — original DC live until new DC confirmed ready
- Application validation for all 20+ critical apps before production cutover
Cybersecurity Implementation
Security wasn’t bolted on at the end of the migration — it was active from the moment the new site began receiving workloads. UTM deployment at the new datacenter ensured the security posture of the healthcare environment was maintained continuously, not just at the point of cutover.
- Unified Threat Management (UTM) deployed at new datacenter site
- Maximum throughput maintained — security layers didn’t create WAN bottlenecks
- Security active during migration window, not only post-cutover
- Healthcare data protection maintained throughout the transition period
Collaborative delivery with Tier-1 System Integrators
The design and hardware workstreams were delivered in collaboration with the client and Tier-1 System Integrators. Softenger’s role was to bring the migration engineering, security implementation, and project coordination — ensuring that the system integration work landed on an infrastructure that was ready to receive the workloads, not one that would require post-deployment rework.
What the diagnostic entity had
when the new datacenter went live
The outcomes align directly with the three objectives defined at the start of the engagement: operational continuity through migration, a future-ready infrastructure, and security that didn’t degrade during the transition.
Seamless Migration — Zero Disruption to Diagnostics
- 200+ virtual machines migrated successfully with minimal downtime — diagnostic operations maintained throughout
- 15+ databases synchronised via SQL Log Shipping — no data lag or integrity risk during the migration window
- 20+ critical business applications validated and operational at the new site before cutover
- Both UAT-phase issues — storage performance and IP schema — resolved before production cutover
Future-Ready Cisco UCS Datacenter Operational
- New datacenter built on Cisco UCS hardware — scalable beyond current diagnostic workload requirements
- OEM-validated and benchmarked configurations delivering confirmed application performance
- Storage easy-tiering configured — automatic performance optimisation for varying diagnostic workload patterns
- Infrastructure designed for business expansion — not just current headroom
Enhanced Security Posture Post-Migration
- UTM solutions deployed — strengthened security at the new site from day one
- Security active during migration window, not only after cutover — healthcare data protected throughout
- Maximum network throughput maintained — UTM didn’t create WAN bottlenecks during replication
- Smooth, secure operations confirmed — no security incidents during the migration period
Key Takeaway
This engagement demonstrates Softenger’s expertise in managing complex datacenter migrations in environments where operational continuity is non-negotiable. By leveraging Hyper-V Replication and SQL Log Shipping for synchronized workload migration, Cisco UCS for scalable infrastructure, and UTM for continuous security — Softenger delivered a future-ready secondary site without disrupting the diagnostic operations the healthcare entity’s patients depend on.
Every engagement follows
the AOTS framework
The datacenter migration followed Softenger’s AOTS model from design through post-cutover validation. The Advise phase established the principle that governed the entire engagement: the original datacenter stays live until the new one is fully validated. That single decision shaped every subsequent choice — the use of Hyper-V Replication over a big-bang migration, the UAT phase before any production cutover, and the failover replication maintained in both directions until the confirmation call.
The Transform phase — the actual migration execution — was only entered after the Optimize phase had validated every hardware configuration, confirmed every database synchronisation, and confirmed that both UAT-phase issues were fully resolved. Healthcare environments don’t get a rehearsal window during production hours.
Advise
Assessed the full datacenter estate: 200+ VMs, 15+ databases, 20+ apps. Defined the migration architecture — Hyper-V Replication over WAN, SQL Log Shipping, UAT-first policy. Established that original DC stays live until new DC is confirmed.
Migration architecture defined. Technology stack confirmed. UAT-first principle agreed. Tier-1 SI collaboration model established.
Optimize
Hardware installed, configured, and benchmarked on Cisco UCS. Replication and log shipping established. UAT executed — storage performance issue identified and resolved with easy-tiering. IP schema extended. All 20+ applications validated.
Both UAT challenges resolved before production cutover. All configurations OEM-benchmarked. New site declared production-ready.
Transform
Production cutover executed. 200+ VMs, 15+ databases, 20+ applications transitioned to new Cisco UCS environment. UTM active. Diagnostic operations maintained throughout. Original datacenter decommissioned cleanly after final validation.
Full migration complete. New datacenter live. Healthcare diagnostic operations uninterrupted through the transition window.
Support
Post-migration stabilisation. Storage tiering monitored and tuned for actual diagnostic workload patterns. UTM policies reviewed against live traffic. Infrastructure documentation handed over for ongoing management by the client’s IT team.
New datacenter stable and performing. Infrastructure documentation complete. Client team operating independently on the new Cisco UCS environment.
The AOTS model is applied to every Softenger engagement
Datacenter migrations, network change programs, SOC infrastructure, vulnerability management — Advise, Optimize, Transform, Support structures every engagement. The four phases are consistent; the work inside them is specific to what each client needs.
Questions about datacenter migration in healthcare
IT Infrastructure
Streamlined Virtual Infrastructure
280+ VMware ESXi physical servers upgraded and aligned to vCenter 6.7 VCSA — version fragmentation eliminated and inventory integrity restored across a software firm’s infrastructure estate.
Network Change Mgmt
Large-Scale Network Configuration Change
2,000–3,000 Cisco routers reconfigured across 100 physical sites PAN India using Shell scripting automation, standardised templates, and real-time monitoring with minimal downtime.
IT Automation
Windows Automation for AD, MSSQL & Oracle
Three parallel automation modules delivered simultaneously — Active Directory stale ID cleanup, MSSQL Server real-time monitoring, and Oracle daily healthchecks — using PowerShell and Shell scripting.
Tell us what you’re
moving — and what
can’t go dark while you do it.
Whether it’s a full datacenter relocation, a secondary site deployment, a workload migration across environments, or a DR infrastructure build — Softenger approaches every engagement with the same principle: the original environment stays live until the new one is validated. A conversation with one of our infrastructure specialists starts with your workload, your constraints, and your timeline.
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