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Pricing Research

Data-Driven Pricing: Moving Beyond Cost-Plus

Pricing Research  ·  April 2026

By the Numbers

70%
B2B organizations that rely primarily on cost-plus or competitor-referenced pricing rather than value-based models
2–5%
Annual revenue leakage from inconsistent discounting and poor price execution in the typical B2B organization — recoverable through disciplined pricing analytics
2–7 pp
Sustained margin improvement generated by organizations that complete data-driven pricing transformations — with initial gains typically visible within three to six months, compounding as pricing discipline embeds across the commercial organization
<15%
Organizations with systematic, data-driven pricing processes in place — despite pricing being the highest-leverage profit lever available to management

Sources: McKinsey & Company, "The Power of Pricing" (2023); Simon-Kucher Global Pricing Study (2023); Bain & Company Pricing Excellence Research (2022, 2023); Deloitte B2B Pricing Research (2022)

Most companies set prices the same way they did ten years ago: start with cost, add a margin, check what competitors charge, and adjust by gut feel. This approach has the virtue of simplicity. It has the defect of leaving a substantial portion of available revenue permanently uncaptured.

Data-driven pricing is not a technology — it is a discipline. The shift from cost-plus to evidence-based pricing is fundamentally a change in how pricing decisions are made: away from internal assumptions and toward market-validated knowledge about how buyers actually perceive and measure value.

What Cost-Plus Gets Wrong

Cost-plus pricing answers the wrong question. The question it answers is: "What price covers our costs plus a desired return?" The question that matters is: "What price maximizes value capture across all customer segments while maintaining the volume needed to sustain the business?"

These are structurally different questions, and the gap between them is where revenue disappears. Cost-plus pricing systematically underprices in segments where customers perceive high value — because cost structure has no relationship to value perception. It overprices in segments where customers are price-sensitive and alternatives are available — because margin targets are applied uniformly when they should flex. And it produces identical prices for products that serve different use cases at different performance levels, collapsing segmentation that buyers would actually support.

The Data Infrastructure for Pricing Decisions

Moving to data-driven pricing requires building — or commissioning — three types of market knowledge that most organizations do not currently have:

  • Willingness-to-pay data by segment: Structured research into what different customer types would pay for different configurations of value. This requires primary research — surveys, interviews, conjoint analysis — not assumptions drawn from sales conversations.
  • Elasticity modeling: Quantitative understanding of how demand actually responds to price changes in specific segments. Many organizations believe they understand their price sensitivity, but that belief is almost always untested. The reality is often surprising: some segments are significantly less price-sensitive than assumed, others dramatically more.
  • Competitive pricing intelligence: Systematic, current mapping of how competitors price, package, discount, and position. Not anecdotal sales intel — structured competitive monitoring that tracks announced changes, web pricing, and deal intelligence over time.

Analytical Methods That Work

Several quantitative methods have proven reliable for pricing decisions across industries:

  • Van Westendorp Price Sensitivity Meter: A four-question survey instrument that identifies the range of acceptable prices for a defined customer segment — not just the optimal point, but the boundaries within which pricing changes can be made without significant demand impact.
  • Conjoint analysis: Asks buyers to make trade-offs between product configurations — price, features, service level, terms — and uses their choices to derive the implicit value placed on each attribute. This is the most rigorous method available for understanding the structure of value in a product or service category.
  • Gabor-Granger demand curves: Estimates purchase probability at a series of price points to generate a demand curve and identify the revenue-maximizing price for each segment.
  • Discount pattern analysis: Mining transaction data to understand where discounts are concentrated, which segments require them, and whether discounting patterns reflect strategic decisions or uncontrolled sales behavior.

From Analysis to Architecture

The output of pricing research is not a single recommended price. It is a pricing architecture: a structure of tiers, packages, and price points designed to capture value from different segments at different levels, with logic that buyers can understand and that sales teams can execute consistently.

Good pricing architecture makes discounting unnecessary for most deals, because the tier structure already accommodates the range of customer willingness-to-pay. It makes price increases defensible, because they are grounded in documented value rather than cost pressures. And it aligns what customers pay with what they receive — which is what makes pricing sustainable rather than something that needs to be re-litigated in every sales conversation.

The organizations that compete most effectively on pricing are not those with the most sophisticated pricing software. They are those that have done the research to understand their market's value structure — and built a pricing model that reflects it.

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