Today, “best practice” models pose more risk than reward. Single Blueprint Technology (SBT) relies on one-size-fits-all methods, overlooking the unique challenges within datasets—resulting in costly errors and misinterpretations.

Data Alchemy (DA) takes a different approach. By adapting to the nuances of each case, DA uncovers hidden risks and builds a stronger foundation for strategic decisions. The following case studies show how DA transformed complex challenges into managerially relevant strategies, while traditional SBT methods fell short.

PPA Conjoint Snack Case Study
PPA Conjoint Snack Case Study

Situation: A snack company needed to adjust prices across a range of products varying by flavor and pack size to maintain profitability amid rising costs.

Complication: Using standard conjoint analysis, they found that pack size and price were confounded, leading to impractical pricing recommendations. The model suggested pricing bulk packs lower than individual packs, creating a credibility risk for decision-makers who couldn’t justify the findings.

Outcome: The DA approach led to adopting Price Pack Architecture-conjoint (PPA-conjoint), which accounted for diminishing utility in larger pack sizes due to factors like storage and portion control preferences. This DA-driven approach eliminated confounding, leading to a sensible pricing strategy that aligned with consumer behavior and safeguarded the research team’s credibility with reliable, business-relevant recommendations.

Situation: The video game industry wants to optimize revenue by understanding player preferences for game modes, such as “Capture the Flag,” offered as part of the base game, downloadable content, or a subscription.

Complication: Using standard conjoint analysis, they encountered multicollinearity issues as game modes appeared in multiple formats. Multiple parameters for each game mode created a statistical confusion, leading to inconsistent outputs that misinterpreted player preferences—posing a risk of unreliable recommendations that could mislead pricing strategy.

Outcome: DA inspired a custom model that identified each game mode across formats, introducing a parameter to measure preferences based on delivery method. This approach resolved multicollinearity, delivering coherent insights and empowering decision-makers with reliable, profit-optimized strategies.

Video Game Case Study
Video Game Case Study
Software Portfolio Optimization Case Study
Software Portfolio Optimization Case Study

Situation: A software company aimed to use conjoint analysis to guide its portfolio pricing strategy, seeking detailed insights to inform product decisions.

Complication: Mid-project, they found that the standard conjoint software couldn’t produce the needed outputs due to an incompatibility with the study design. When they contacted the software provider, a code rewrite was off the table. This left the company at risk of basing decisions on generic “importance” metrics, lacking the depth for true portfolio-level insights.

Outcome: DA provided a customized model and simulator that resolved the software incompatibility, enabling the shift from basic importance scores to portfolio-level revenue optimization. This solution equipped the company to make strategic, data-driven pricing decisions with confidence.

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