Supply chain performance is being undermined by fragmented warehouse systems, according to the Info-Tech Research Group.

Growing cost pressures, capacity constraints and supply chain volatility are forcing manufacturers to rethink how warehouse operations support business performance, says the research. It shows that many organisations remain constrained by fragmented warehouse systems, limited integration with enterprise platforms and inconsistent data visibility, preventing effective coordination across production, inventory and fulfilment.

The firm’s blueprint, “Future-proof your warehouse operations with modern warehouse management systems”, provides a structured, capability-driven framework to help CIOs assess warehouse maturity, identify integration and data gaps, and design a sequenced modernisation roadmap aligned to enterprise supply chain architecture.

Increasing operational complexity and rising customer expectations are placing demands on warehouse performance, yet many manufacturers still operate with disconnected environments, inconsistent processes and limited data visibility that restrict their ability to respond to disruptions and shifts in demand.

According to the research, warehouse management systems are no longer just operational tools but critical enablers of supply chain coordination and business agility, increasingly serving as a real-time execution layer within the digital supply chain. The blueprint outlines a structured approach to help CIOs assess current capabilities, prioritise improvements and build a scalable, integrated warehouse ecosystem.

Warehouse inefficiencies often stem from fragmented system architectures and outdated data capture methods, which lead to delays and poor coordination across production, warehousing and distribution. Many organisations continue to rely on legacy platforms that lack integration with core enterprise applications such as ERP, MES and transportation management. At the same time, inconsistent workflows across multiple sites introduce additional complexity, making it difficult to standardise operations or gain a unified view of performance. These limit responsiveness, increase costs and expose organisations to disruption in an already volatile environment.

“Warehouses can’t operate as isolated functions within the enterprise anymore,” said Shreyas Shukla, principal research director at Info-Tech Research Group. “When they remain disconnected, organisations lose the coordination and real-time awareness needed to respond to disruptions effectively. CIOs need to treat warehouse platforms as part of a connected supply chain ecosystem, where integration and standardisation drive faster, more informed decisions.”

To address fragmented warehouse operations and limited visibility, Info-Tech emphasises an approach that moves from assessment to execution. The firm’s blueprint introduces a five-phase framework to help organisations evaluate current capabilities, identify gaps and build a practical modernisation roadmap.

A key component of this model is the 4R WMS capability quadrant, which enables IT leaders to evaluate warehouse capabilities systematically and determine whether they should be replaced, reconfigured, retooled or retained based on business value and IT effectiveness.

Building on this model, the blueprint outlines phases to guide warehouse transformation. By following this approach, organisations can transition from fragmented, reactive warehouse operations into an integrated, intelligence-driven model where real-time data enable coordinated execution across production, inventory and distribution.

The blueprint includes a comprehensive capability assessment, a structured framework and practical tools to support implementation. By applying these insights, IT and operations leaders can align warehouse technology with business strategy, improve decision-making, and build more resilient and efficient supply chain operations.

More information on the report can be found at www.infotech.com/research/ss/future-proof-your-warehouse-operations-with-modern-warehouse-management-systems. For information about Info-Tech Research Group or to access the latest research, visit infotech.com.