Supply chain resilience has become increasingly important as businesses face a more complex operating environment marked by shifting demand patterns, changing trade policies, labor constraints, transportation variability, and rising customer expectations, according to Brian Mattingly, Executive Vice President of Operations at Saddle Creek Logistics Services.
Mattingly said disruptions are no longer occasional events but a constant factor companies must plan for. He noted that logistics leaders are increasingly focused on maintaining service levels even when conditions change, such as delayed inventory arrivals, fluctuating order volumes, or tightening capacity across transportation networks.
He explained that resilient supply chains are not defined by excess inventory or duplicated infrastructure, but by flexibility and decision-making capability. “True resilience comes from optionality,” he said, describing the ability to shift inventory, reroute orders, adjust labor, and use real-time data to respond to changes before customers are affected.
According to Mattingly, traditional supply chain strategies have long emphasized efficiency through cost reduction, higher utilization, and lean inventory models. However, these approaches often assume stable conditions. When market dynamics shift, he said, rigid systems can struggle to adapt. He added that modern supply chain design is increasingly focused on balancing efficiency with adaptability rather than treating them as opposing goals.
Fulfillment operations play a central role in this approach, as they are where supply chain decisions directly impact customers. Inventory placement, warehouse capacity, labor planning, automation, and transportation decisions all converge at this stage. Mattingly noted that companies with more flexible fulfillment systems can serve customers through multiple channels and adjust routing based on inventory availability, service commitments, and shipping costs.
He emphasized three key capabilities for improving resilience: visibility, flexibility, and transportation optionality. Visibility involves having accurate, real-time data on inventory, orders, capacity, and performance. Flexibility refers to the ability to adjust operations through distributed networks, scalable processes, and cross-trained labor. Transportation optionality focuses on aligning shipping decisions with both cost and service requirements.
Mattingly also addressed cost considerations, stating that resilience does not necessarily increase expenses when properly designed. While unplanned adjustments can be costly, structured flexibility can reduce issues such as expedited shipping, stockouts, excess inventory, and operational inefficiencies. He stressed the importance of evaluating costs across the entire supply chain rather than within individual functions.
On the role of technology, he noted that tools such as artificial intelligence can support forecasting, labor planning, exception management, and routing decisions. However, he said their effectiveness depends on the quality of data and the clarity of underlying business processes, adding that companies should first define the decisions they need to improve before selecting tools.
He advised supply chain leaders to identify potential single points of failure, test their networks against different disruption scenarios, and implement incremental improvements such as adding fulfillment capacity, improving visibility, or refining operational rules. He also highlighted the importance of designing supply chains based on future uncertainties rather than past performance.
Overall, Mattingly said resilient supply chains are becoming a key factor in maintaining service performance, managing costs, and supporting business growth in a changing global environment.
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