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Anticipation inventory is stock accumulated ahead of predictable demand surges, such as holidays or seasonal sales. Option A describes safety stock, option C work-in-process, and option D pipeline inventory. In CSCP, anticipation inventory is presented as a proactive measure to ensure customer service during known demand peaks. For example, toy manufacturers build up stock months before holiday shopping seasons.

Demand smoothing balances production and distribution schedules to reduce fluctuations caused by uneven demand patterns. It often involves spreading out order fulfillment, offering delivery windows, or adjusting production capacity. Option A refers to demand shaping, option B to forecasting refinement, and option D to supply-side improvements. In CSCP, demand smoothing is emphasized as a stabilizing mechanism that minimizes inefficiencies and excess costs. For example, a consumer goods company may encourage retailers to stagger replenishment orders instead of concentrating them at month-end. By reducing variability, demand smoothing improves resource utilization, lowers carrying costs, and enhances supply chain stability.

Postponement is the strategy of delaying final product configuration or packaging until demand is clearer in specific markets. This reduces inventory risk and increases responsiveness to customer preferences. Option A refers to relocating production closer to markets, option C is about owning upstream/downstream processes, and option D involves contracting external providers. In CSCP, postponement is recognized as a key agility strategy. For example, Hewlett-Packard historically shipped generic printers worldwide and finalized power cords and manuals regionally, reducing the risk of mismatched inventory across markets. Postponement enhances flexibility and reduces obsolescence in dynamic global markets.

Cross-docking is a logistics practice where goods are unloaded from inbound shipments and directly transferred to outbound vehicles, minimizing or eliminating storage time. Option A describes decentralized warehousing, option C defines drop-shipping, and option D refers to load pooling. In CSCP, cross-docking is highlighted as a lean practice that reduces storage costs, accelerates throughput, and improves responsiveness. For example, retailers like Walmart use cross-docking to rapidly move products through distribution centers, ensuring timely replenishment of store shelves while reducing carrying costs.

Demand-side risks involve changes in customer demand, such as sudden drops due to recessions, shifting preferences, or new competitors. Option B is supply-side, option C is an internal operational risk, and option D is a logistics disruption. In CSCP, demand risk is managed through flexible production, demand shaping, and diversified customer bases. For example, during recessions, demand for luxury goods may collapse, requiring companies to shift focus toward more affordable product lines.