Value pricing: sharing a surplus the customer can verify.

SUPPORTED DECISIONSet a price inside a corridor where the supplier covers its costs and the customer keeps an explicit, credible surplus greater than the risk of adoption.

Evidence status

What was reproduced, and what it does not prove.

The fixture and the Python run verify the customer reference, the retained value, the economic ceiling, the customer surplus and the supplier contribution of the educational corridor. They verify neither an observed customer value, nor a willingness to pay, nor a price acceptance.

  1. Technical specification of the value-pricing corridor, specification in French (opens in a new tab)

    v1, 31 August 2026 · CC BY 4.0 · specification in French · Method document written by marketing-mix.net. The figures are illustrative: they are not market measurements.

Key distinctions

Three conditions before calculating.

01

Total alternative

The competitor's price is not enough. Add time, integration, training, risk, unavailability and exit cost. A seemingly cheaper solution can have a higher total cost; conversely, a free status quo can strongly limit the ceiling.

02

Documented value

Separate savings, additional revenue, risk reduction and non-monetised benefits. Apply a probability, a horizon and a sharing rule. Benefits the customer cannot verify receive a discount.

03

Coherent fences

Segment the price by usage, volume, service, risk or capacity, not by opaque opportunism. A fence must correspond to a difference of value or cost and remain explainable to comparable customers.

Method

Building and defending a value-based price

  1. 01Establish the floor

    Compute variable cost, service, risk, channel costs and the share of scarce capacity; add the minimum contribution required. Cost does not set the value, but it eliminates destructive prices.

  2. 02Value the alternative

    Document the total cost of the best credible option and the switching costs; use the customer's data where possible and distinguish facts, assumptions and conditional benefits.

  3. 03Compute the economic ceiling

    Add to the alternative the differential value adjusted by probability and horizon; subtract implementation risks, time to adoption and unproven benefits.

  4. 04Choose the sharing

    Set a price that leaves the customer a return proportionate to the risk; test several fences and negotiation scenarios, then instrument net price, adoption, churn and cost to serve.

ORIGINAL ASSET

The cost–alternative–value corridor

The proposed price splits the surplus between supplier and customer while keeping a risk margin.

€64kcost€104kalternative€118kprice€168kceiling
SUPPLIER CONTRIBUTION€54k
CUSTOMER SURPLUS€50k
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ILLUSTRATIVE EXAMPLE · SIMULATED DATA

A ceiling of €168k leads to a price of €118k

01 · SITUATION

A B2B solution replaces an alternative at €82k a year. It saves 1,600 hours at €55, avoids €30k of incidents and requires €22k of migration. Only 70% of the gains are considered proven. Its full supplier cost is €64k.

02 · CALCULATION

Gross differential value: 1,600 × 55 + 30 = €118k. Adjusted: €82.6k. Reference with migration: 82 + 22 = €104k. Economic ceiling: 104 + 82.6 − €18.6k of risk reserve = €168k. At €118k, supplier contribution is €54k and customer surplus €50k against the ceiling.

03 · DECISION

The price of €118k shares the surplus and remains defensible with the evidence. A guarantee on incidents can reduce the risk reserve and support a premium option at €132k.

Acceptance conditions

What must be true to act.

  1. 01

    The total cost of the best alternative is documented.

  2. 02

    Every source of value has evidence, a probability and a horizon.

  3. 03

    The price leaves a customer surplus proportionate to the risk of adoption.

  4. 04

    Price differences correspond to explainable fences.

Limits

What this analysis does not prove.

  • Economic value is not always convertible into an available budget.
  • Multi-party negotiations often separate beneficiary and buyer.
  • The ceiling moves with competing offers and with the customer's maturity.

References

Works cited.

  1. Nagle, T. T., Hogan, J. E. & Zale, J. (2016), The Strategy and Tactics of Pricing.
  2. Hinterhuber, A. (2008), “Customer Value-Based Pricing Strategies”, Journal of Business Strategy.
  3. Anderson, J. C. & Narus, J. A. (1998), “Business Marketing: Understand What Customers Value”, Harvard Business Review.