Leveraging transaction data to test and optimize pricing
A/B testing is a powerful tool, not just for optimizing pricing but also for reassessing pricing models, package design, onboarding ramps, upgrade journeys and more. The key to effective A/B tests is to appropriately tailor tests and ensure clear objectives.
For example, a company could run a short, two-week A/B test with a small price discount to measure the impact on new customer sign-ups. Or it could test a change in pricing model — for example, from per-seat pricing to consumption-based pricing — for a couple of quarters across a segment of renewing subscribers to evaluate changes in account expansion over time.
Whether quick, iterative tests or longer experiments are suitable depends on deal volume and sales cycle length. High volume and short sales cycles enable rapid testing. Low volume and long cycles (and more complex pricing evolutions) require more thoughtful, structured experiments.
In any pricing test, it is critical to:
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Clearly define hypotheses and objectives
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Choose appropriate test duration
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Identify and track relevant metrics rigorously
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Draw statistically valid conclusions
Establishing clear key performance indicator (KPI) baselines is crucial when testing pricing strategies. Relevant KPIs may include new customer sign-ups, average order value, net revenue retention, etc. By comparing metrics before and after pricing adjustments to baselines, it is possible to quantify the impact of A/B testing and dynamically optimize pricing levels. Utilizing A/B testing and leveraging transaction analytics enables data-driven pricing strategies tuned to evolving customer needs.
Building a real-time pricing optimization engine
If an organization has sufficient transaction volume and variability in pricing, it may be possible to leverage predictive analytics and machine learning to optimize pricing in real time. These engines are fueled by rich, transaction-level data. In building a real-time pricing optimization engine, several key considerations will influence design:
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Leverage machine learning algorithms to analyze pricing data and detect historical patterns and insights. Prioritize algorithms capable of managing large, complex datasets that will continuously learn and improve.
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Focus on predictive modeling to identify how different pricing decisions could impact KPIs such as unit sales, average revenue per unit, profitability, etc. This allows the engine to recommend optimal prices.
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Plan to regularly refresh training data to keep algorithms up to date on the latest market conditions.
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Build in flexibility to adjust for new products, evolving segmentation, competitive actions and other factors necessitating pricing evolutions.
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Establish pricing guardrails and validation checks before auto-implementing recommended price changes. This provides oversight and control, at least during an initial testing phase.
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Link pricing engine data inputs to CRM and enterprise resource planning systems to access more comprehensive customer and transactional data.
Building a customized real-time pricing engine can deliver significant revenue upside through automated, optimized pricing. While this does require investment in robust data pipelines and analytics expertise, the potential benefits make it a strategic option for companies with sufficient data and resources. With the right approach, a pricing engine can be implemented in a phased manner to control costs while still driving incremental gains.