[ INSIGHT ] SCRESILIENCY
by Nick de Klerk Senior Director, TMX Transform Nick.DeKlerk@tmxtransform.com | +1 339-229-1282
3 Pillars of a Resilient Supply Chain Rapidly evolving business dynamics, coupled with rising costs and labor constraints, have underscored the critical need for a resilient supply chain. A fully connected, technology-driven infrastructure strategy is required to maintain market share and successfully navigating this challenge requires an integrated approach anchored by three core pillars.
and a resiliency investment, allowing the business to seamlessly adapt to changes in its workforce model. 3. Cutting-edge simulation technology. The convergence of network optimization and automation feasibility is critically enabled by advanced simulation capabilities, a proven solution that replaces outdated workflow modeling approaches. Advanced simulation technology allows supply chain networks to test, refine and perfect operations prior to making costly, real-world changes that could disrupt live operations. Simulation offers several strategic benefits, beginning with the ability to run detailed “what-if” scenarios that are unavailable with traditional analytical tools, allowing models to be updated with minimal rework. By exploring complex scenarios and defining system limits, simulation helps mitigate risks, inform better decision-making, and identify key operational levers to avoid costly risks. Lastly, it allows companies to visualize end-to-end network flows, assessing the impacts of supply chain changes and pinpointing capacity constraints before delays occur. AUTOMATE, OPTIMIZE, SIMULATE To achieve greater efficiency and profitability, businesses must leverage automation, simulation and network redesign within their supply chains.
1. Rigorous automation feasibility evaluation. Automation feasibility evaluation helps companies understand their supply chain and identify processes
within the network and the customer demands that must be fulfilled. 2. Strategic network optimization. Network redesign serves as a competitive advantage to the supply chain. To successfully plan a network, businesses must understand the strategic goals and determine the fundamental role of each facility and touchpoint within the broader network. A key strategy for optimization is locating facilities at the “center of gravity,” where demand is the highest. An optimized network is designed to deliver products faster and with greater accuracy, all at a lower cost. To achieve this, delivery patterns must be analyzed to consolidate fragmented networks, such as multiple distribution centers within a single city. This network transformation considers both the physical footprint, as well as the supporting infrastructure of operational processes and technological systems. Beyond cost reduction, this smarter, redesigned network simultaneously functions as a customer retention strategy
to improve efficiency, accuracy and profitability. When executed
effectively, automation can accelerate operations, enabling more positive customer experiences and greater operational longevity. The cost and, critically, the availability of labor continue to drive long-term business decisions. Labor shortages and rising costs have accelerated automation projects, generating gains in growth and efficiency, while also building a competitive edge. Automation can provide opportunities to achieve labor efficiencies, reduce manual handling risks and enhance operational efficiency. However, many organizations approach automation in the wrong direction, starting with the technology rather than identifying the specific problem they are aiming to solve. To succeed, automation solutions must identify the problems that need to be solved, the node’s function
22 Inbound Logistics • March 2026
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