From Fragmented Regional Infrastructure to a Governed Global Consolidation Roadmap
How a full-scope technology assessment turned four disconnected regional environments into a single, risk-prioritized roadmap for an organization specialized in engineered materials to power, protect and connect the world for Industry 4.0 scale.
A Global Leader in Specialty Engineered Materials
The client is a global manufacturer leader in specialty engineered materials, operating through Advanced Electronics Solutions and Elastomeric Material Solutions segments. Production, engineering, and enterprise operations span sites across North America, Europe, and Asia, supporting both plant-floor manufacturing systems and global business operations.
Over more than a decade of regional growth, each site and business unit had evolved its own virtualization, networking, and cloud footprint. No single, current view existed of the estate's overall condition, cost, or risk profile — a constraint the client's leadership identified as a barrier to its planned Industry 4.0 and unified-data initiatives.
Seven Compounding Risks Across a Decade of Regional Growth
Fragmented Regional Visibility
Virtualization environments across North America, Europe, and China were managed independently, with no unified view of capacity, resilience, or licensing exposure.
Availability Risk in Production Systems
Multiple clusters including production, authentication, and disaster-recovery infrastructure were operating beyond safe failover capacity, meaning a single hardware failure could cause extended outages.
Ineffective Disaster-Recovery Program
Replication was running continuously across regions, yet no business-validated recovery test had been completed in over three years, leaving actual recoverability unconfirmed.
Cloud Cost Sprawl
Azure spend had expanded without structured SKU governance or reserved-capacity discipline, including reservations that had lapsed unnoticed for many months.
System Compliance Gaps
Roughly half the virtual estate lacked confirmed backup coverage, concentrated at the site intended to serve as primary recovery capacity, alongside a material population of unpatched, end-of-support systems.
Aging Power Infrastructure
No backup power system monitoring and standardization testing across sites including data center, UPS years past service life, no IT ownership and no consolidated risk register to prioritize remediation.
Duplicated Industrial Systems
Plant-floor SCADA and manufacturing execution systems were replicated independently at every site, increasing administrative overhead and blocking a unified data strategy for planned automation initiatives.
A Structured, Architecture-Led Assessment Across the Full Estate
SYNAPLAB conducted a structured, architecture-led assessment across the client's full technology estate — virtualization, network, cloud infrastructure, backup, and disaster recovery — culminating in a single, prioritized consolidation and resilience roadmap.
What the Assessment Covered
- Catalogued 80+ virtualization hosts across four regional environments in North America, Europe, and Asia, alongside 1,500+ monitored network, power, and cloud assets.
- Distinguished genuine capacity shortages from workloads that could be redistributed within existing hardware — identifying which risk clusters needed new investment and which did not.
- Right-sized the Azure virtual machine fleet against current pricing and reserved-capacity options.
- Cross-referenced backup and patching tools against the live virtual machine inventory to identify unprotected production systems.
- Reviewed the disaster-recovery replication design against the client's business recovery objectives, rather than assuming replication alone constituted readiness.
Sequenced, Consistent with SYNAPLAB's Decision-First Approach
No-Regret Actions
Cost-governance corrections, critical security and patching gaps, and the client's first business-validated disaster-recovery test.
In-Region Consolidation
Merging under-utilized clusters into existing capacity and resolving the highest-risk availability gaps — largely without new hardware spend.
Structural Alignment
Consolidating plant-floor data architecture and remaining site footprint in line with the client's Industry 4.0 roadmap.
Measurable Value Across Capital and Operating Expenditure
Capital Expenditure (CapEx)
- Resolved the two most severe availability risks by redeploying existing hardware rather than purchasing new capacity.
- Identified a 15–20% reduction in physical server footprint achievable without new capital investment.
- Identified an annual run-rate reduction in Azure cloud spend in the range of $70,000–$90,000 through SKU right-sizing and reserved-capacity governance.
- Established a consolidation sequence that avoids near-term hardware refresh spend at multiple production sites.
Operating Expenditure (OpEx)
- Reduced administrative and licensing overhead by cutting the number of managed virtualization clusters by roughly one-third.
- Removed duplicate cost exposure, including cloud workloads redundantly covered by two separate backup tools and per-device monitoring licensing on resources already covered natively by the cloud platform.
- Lowered risk-driven operational cost by resolving over-capacity clusters, unpatched systems, and aging power infrastructure before they caused unplanned downtime.
"What the client had treated as a set of disconnected regional IT problems was, in practice, a single governance gap. Sequencing the response — immediate risk reduction, then consolidation within existing capacity, then structural alignment to the business roadmap — delivered measurable cost reduction without new spend, and positioned the environment for Industry 4.0-scale data and automation initiatives."
Bring Clarity to a Fragmented Technology Estate.
Whether it's regional infrastructure sprawl, disaster-recovery uncertainty, or cloud cost governance, SYNAPLAB can help you move from disconnected problems to a single, sequenced roadmap.