Objectives
- Design an algorithm to predict customer revisit likelihood using location data.
- Implement and refine multiple iterations to optimize accuracy and reliability.
- Validate the model’s effectiveness through rigorous testing.
- Explore potential monetization opportunities.
Outcome
Although the algorithm demonstrated potential in predicting revisit likelihood, the project was ultimately not effectively monetized. Key takeaways include:
- The importance of aligning data science projects with clear business use cases.
- The necessity of early-stage validation with potential customers or end-users.
- The value of iterative refinement in algorithm development, even if commercialization is uncertain.
Approach
- Data Collection & Preparation
- Utilized location observation data to track customer movement patterns.
- Cleaned and structured the data using Alteryx to ensure consistency and usability.
- Algorithm Development
- Designed and implemented a scoring model to quantify revisit probability.
- Conducted 150 iterations, adjusting variables, weightings, and methodologies to improve prediction accuracy.
- Leveraged Alteryx’s advanced analytics capabilities for data transformation and scoring refinement.
- Testing & Validation
- Applied the model to historical datasets to assess performance.
- Conducted A/B testing to compare different scoring methodologies.
- Evaluated results against real-world visit patterns.
Challenges & Insights
- Data Complexity: Location observation data required extensive preprocessing to ensure accuracy.
- Iteration Fatigue: Despite 150 refinements, a universally effective model remained elusive.
- Monetization Hurdles: The project faced difficulties in commercializing the algorithm, as it lacked direct market applicability in its final form.
Future Recommendations
- Partner with retailers to fine-tune the algorithm based on real-world applications.
- Explore integration with loyalty programs or targeted marketing campaigns.
- Conduct feasibility studies on alternative revenue models for location-based a
