Sustainable Savings
Savings come from process and network fixes, not temporary cuts.
Targeted interventions across transport, warehousing, and inventory economics.
Across-the-board cuts often damage service quality. Vistar identifies structural and process inefficiencies that reduce logistics spend while protecting customer and production commitments.
Break down costs by node, lane, process, and exception source.
Define quick wins and structural levers with quantified impact potential.
Implement and monitor savings realization against target.
Break down costs by node, lane, process, and exception source.
Define quick wins and structural levers with quantified impact potential.
Implement and monitor savings realization against target.
Savings come from process and network fixes, not temporary cuts.
Reduce avoidable spend in transport, storage, and exception handling.
Savings tracked by lever with ownership and timeline accountability.
Freight rates and storage tariffs attract most of the negotiating effort because they are itemised and comparable. The larger recoverable cost usually sits in the structure that generates those invoices rather than in their unit prices.
How many times material is handled between supplier and line. How much inventory the network holds to absorb its own unreliability. How much premium freight is spent correcting problems created upstream. How much labour is spent on rework. Each of those is a consequence of a design decision, and none of them responds to procurement pressure.
This is also why rate-led savings tend not to persist. A renegotiated rate has moved cost to a supplier who will seek it back at renewal; a network that handles material once instead of three times has removed the cost permanently.
Cost per unit shipped is the standard measure and it conceals the variation that matters. Different customers, products and channels consume very different amounts of the same operation.
A customer requiring small frequent deliveries into a narrow receiving window costs far more to serve than one accepting weekly full loads, even at identical volume and price. A product with a large slow-moving tail consumes storage that a fast-moving line does not. Averaging across them produces a number that describes nobody and hides the accounts and SKUs where margin is actually being lost.
Allocating handling, storage and transport to the flows that cause them changes what the conversation is about. It usually turns out that a small number of arrangements consume a disproportionate share of the operation, and those are addressable individually - by changing the order pattern, the delivery frequency or the price - without touching anything else.
A reduction is only real if it is still there at the next review, and the difference between the two is usually whether the underlying activity was removed or merely repriced.
Removing a handling step, consolidating two part-loads into one vehicle, or eliminating the cause of a recurring rework loop all take cost out permanently, because the work no longer happens. Deferring maintenance, running leaner on labour than the volume supports, or squeezing a rate below what a carrier can sustain all reduce this period's cost and create a liability that surfaces later, often as service failure.
It is worth classifying every proposed saving as one or the other before committing to it, and being honest that the second kind is sometimes the right short-term choice - provided everyone knows that is what it is.
Short cycle for immediate savings and prioritized next steps.
Multi-lever implementation with monthly governance reviews.
Longer horizon structural redesign for larger savings outcomes.
Escalating logistics cost with no lever-level visibility.
15% Cost-to-Serve Reduction
Transport and warehousing interventions delivered measurable savings while maintaining service levels.
Read Full Case StudyWe define target ranges and assumptions before execution begins.