IT Infrastructure
Hospital Data Center Migration with Minimal Downtime
Client
Healthcare
Industry
Medical
Year
Duration
1 Week
(01)
Project overview.
A privately held hospital conglomerate in the Greater San Gabriel Valley needed to migrate its data center to a larger facility to support business growth, expanded network infrastructure, critical applications, and increasing storage demands. Because the organization operated seven acute care facilities with more than 1,200 beds and over 7,000 caregivers, downtime had to be kept to an absolute minimum.
The hospital group did not have internal staff with the project management or technical experience required for a large-scale data center consolidation and migration. PM2 NET was brought in to plan, manage, implement, test, support, activate, and decommission the migration from end to end.
PM2 NET successfully moved the new data center into production, supported activation, coordinated service testing, and helped decommission the old environment while maintaining the availability required in a sensitive 24/7 healthcare setting.
Client Background
The client is a privately held conglomerate of hospitals based in the Greater San Gabriel Valley of California. The organization manages seven acute care facilities, oversees more than 1,200 beds, and employs more than 7,000 caregivers.
Because the hospital group supports patient care, clinical systems, administrative operations, and facility-wide communications, its data center infrastructure plays a mission-critical role in daily operations. As the organization continued to grow, its existing data center reached maximum capacity and could no longer adequately support the enterprise.
(02)
Challenge.
Data Center Capacity Constraints
The hospital group’s existing data center was reaching maximum capacity. The facility needed more space and stronger infrastructure to support the organization’s growing business requirements, network environment, software platforms, and applications.
A larger, enhanced data center was necessary to support current and future operational needs across multiple hospital locations.
Limited Internal Migration Experience
The organization recognized early that it did not have internal staff with experience managing a data center migration of this scale. The project required both technical expertise and strong project management discipline.
The migration involved many interdependent systems and services, and the hospital needed a partner that could plan carefully, reduce risk, coordinate testing, and support execution across all affected areas.
Minimal Downtime Requirements
Because the organization provides patient care and operates around the clock, downtime had to be minimized. Hospital staff depended on critical systems for treatment, administration, communications, and daily operations.
Any extended disruption could affect caregivers, patients, and business continuity. The migration therefore required detailed planning, structured implementation, and comprehensive testing.
(03)
Result.
PM2 NET provided a complete end-to-end migration solution. The team created a scope of work, project plan, implementation plan, and test plan to guide the migration from the existing data center to a larger facility at a nearby hospital location.
PM2 NET managed the implementation scope, moved the new data center into production, tested and supported the hospital during activation, and assisted with the decommissioning of the old data center.
From a technical standpoint, the migration affected a broad set of enterprise and clinical service categories, including:
Applications
Backup
Billing
Case management
Connectivity
Data and application services
DHCP
DNS
Domain controller
Exchange
Finance
Footprints
Hospital applications
Monitoring
Phone systems
Security
Services
Storage
Test environments
VMware
VPN service
Web filtering
Web services
Wireless
To reduce risk and improve validation, each service category had an assigned staff member responsible for testing the related applications and systems in the new data center. This structured testing process helped the organization identify which services were affected by the migration and confirm that critical functions were operating as expected.
The Result
PM2 NET helped the hospital group complete a complex data center migration within a sensitive healthcare environment that required 24/7 availability. The migration was completed on time, met minimal downtime requirements, and resulted in only a few minor items requiring follow-up attention.
The new data center architecture gave the hospital chain a more highly available solution. It improved the organization’s ability to use bandwidth and resources efficiently and fairly, without degrading the performance of critical systems.
In fact, after the migration, critical systems performed more optimally in the new data center environment. The organization gained a stronger foundation for supporting patient care, business operations, applications, storage, connectivity, and future growth.
Key Outcomes
Planned and executed a large-scale hospital data center migration
Created scope of work, project plan, implementation plan, and test plan
Migrated the data center to a larger nearby hospital facility
Supported activation and production cutover
Coordinated testing across critical clinical and business services
Decommissioned the old data center
Minimized downtime in a 24/7 hospital environment
Improved availability, performance, and infrastructure scalability
Supported more efficient use of bandwidth and data center resources
IT Infrastructure
Hospital Data Center Migration with Minimal Downtime
Client
Healthcare
Industry
Medical
Year
Duration
1 Week
(01)
Project overview.
A privately held hospital conglomerate in the Greater San Gabriel Valley needed to migrate its data center to a larger facility to support business growth, expanded network infrastructure, critical applications, and increasing storage demands. Because the organization operated seven acute care facilities with more than 1,200 beds and over 7,000 caregivers, downtime had to be kept to an absolute minimum.
The hospital group did not have internal staff with the project management or technical experience required for a large-scale data center consolidation and migration. PM2 NET was brought in to plan, manage, implement, test, support, activate, and decommission the migration from end to end.
PM2 NET successfully moved the new data center into production, supported activation, coordinated service testing, and helped decommission the old environment while maintaining the availability required in a sensitive 24/7 healthcare setting.
Client Background
The client is a privately held conglomerate of hospitals based in the Greater San Gabriel Valley of California. The organization manages seven acute care facilities, oversees more than 1,200 beds, and employs more than 7,000 caregivers.
Because the hospital group supports patient care, clinical systems, administrative operations, and facility-wide communications, its data center infrastructure plays a mission-critical role in daily operations. As the organization continued to grow, its existing data center reached maximum capacity and could no longer adequately support the enterprise.
(02)
Challenge.
Data Center Capacity Constraints
The hospital group’s existing data center was reaching maximum capacity. The facility needed more space and stronger infrastructure to support the organization’s growing business requirements, network environment, software platforms, and applications.
A larger, enhanced data center was necessary to support current and future operational needs across multiple hospital locations.
Limited Internal Migration Experience
The organization recognized early that it did not have internal staff with experience managing a data center migration of this scale. The project required both technical expertise and strong project management discipline.
The migration involved many interdependent systems and services, and the hospital needed a partner that could plan carefully, reduce risk, coordinate testing, and support execution across all affected areas.
Minimal Downtime Requirements
Because the organization provides patient care and operates around the clock, downtime had to be minimized. Hospital staff depended on critical systems for treatment, administration, communications, and daily operations.
Any extended disruption could affect caregivers, patients, and business continuity. The migration therefore required detailed planning, structured implementation, and comprehensive testing.
(03)
Result.
PM2 NET provided a complete end-to-end migration solution. The team created a scope of work, project plan, implementation plan, and test plan to guide the migration from the existing data center to a larger facility at a nearby hospital location.
PM2 NET managed the implementation scope, moved the new data center into production, tested and supported the hospital during activation, and assisted with the decommissioning of the old data center.
From a technical standpoint, the migration affected a broad set of enterprise and clinical service categories, including:
Applications
Backup
Billing
Case management
Connectivity
Data and application services
DHCP
DNS
Domain controller
Exchange
Finance
Footprints
Hospital applications
Monitoring
Phone systems
Security
Services
Storage
Test environments
VMware
VPN service
Web filtering
Web services
Wireless
To reduce risk and improve validation, each service category had an assigned staff member responsible for testing the related applications and systems in the new data center. This structured testing process helped the organization identify which services were affected by the migration and confirm that critical functions were operating as expected.
The Result
PM2 NET helped the hospital group complete a complex data center migration within a sensitive healthcare environment that required 24/7 availability. The migration was completed on time, met minimal downtime requirements, and resulted in only a few minor items requiring follow-up attention.
The new data center architecture gave the hospital chain a more highly available solution. It improved the organization’s ability to use bandwidth and resources efficiently and fairly, without degrading the performance of critical systems.
In fact, after the migration, critical systems performed more optimally in the new data center environment. The organization gained a stronger foundation for supporting patient care, business operations, applications, storage, connectivity, and future growth.
Key Outcomes
Planned and executed a large-scale hospital data center migration
Created scope of work, project plan, implementation plan, and test plan
Migrated the data center to a larger nearby hospital facility
Supported activation and production cutover
Coordinated testing across critical clinical and business services
Decommissioned the old data center
Minimized downtime in a 24/7 hospital environment
Improved availability, performance, and infrastructure scalability
Supported more efficient use of bandwidth and data center resources
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