U.S. Supply Chain Infrastructure Faces Critical Breaking Point

What if domestic transportation capacity decreases by 15% due to infrastructure constraints?

Model a scenario where U.S. domestic trucking and intermodal capacity declines 15% from current levels. Apply this reduction across all domestic routes and re-optimize network design, inventory positioning, and sourcing rules. Measure impact on service levels, lead times, and logistics costs across regional distribution networks.

What if port throughput delays extend average dwell times by 3-5 days?

Simulate extended port processing times adding 3 to 5 days to typical ocean freight schedules. Recalculate optimal safety stock levels, re-evaluate supplier lead times, and model cost impact of expedited air freight alternatives. Assess how this affects customer service levels across major import-dependent categories.

What if you must shift sourcing patterns to reduce infrastructure dependency?

Test a sourcing diversification strategy that reduces reliance on infrastructure bottlenecks: nearshoring certain SKUs, developing alternative suppliers in less congested regions, and evaluating direct-to-store logistics models. Calculate total landed cost, service level changes, and supply chain risk reduction compared to current state.