Transformation story
Scaling a virtual environment for growth.
Modernizing a capacity-constrained virtual infrastructure to reduce risk, improve performance, and create a scalable foundation for continued growth.
THE CLIENT
INDUSTRY
Architecture, Constuction & Engineering
Employees
60
THE STORY
Capacity at it's limit.
THE STARTING POINT
This architecture firm had grown significantly, including through recent acquisitions that increased user demand across its fully virtualized environment. However, the underlying infrastructure had not kept pace, leaving servers, storage, and networking components nearing end-of-life and operating close to capacity.
At the same time, legacy VMware and Windows Server platforms created additional challenges around support, security, and scalability. The firm needed to modernize its environment to reduce risk, create room for growth, and ensure any transition could be completed without disrupting day-to-day operations.
THE CHALLENGE
-
Aging Infrastructure
Core systems were nearing end-of-life, increasing operational risk and making the environment harder to maintain. -
Legacy Platforms
Older Windows Server and VMware versions were creating support, security, and modernization challenges. -
Capacity Constraints
The environment was running near its limits, reducing flexibility to support new users and ongoing growth. -
No Room for Downtime
Any major disruption would have affected day-to-day operations across a fully virtualized environment.
THE SOLUTION
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Assess & Plan Capacity
Evaluated infrastructure performance, utilization, and future demand to identify constraints and define a roadmap aligned to growth. -
Modern Architecture
We developed a right-sized infrastructure model to support performance, scalability, and long-term operational stability.. -
Infrastructure Refresh
Replaced aging servers, storage, and networking components to establish a stronger, more scalable foundation for the virtual environment. -
Upgrade & Migrate Platforms
Modernized VMware and Windows Server environments and executed a controlled migration to minimize disruption during transition.
TECHNOLOGIES INVOLVED
