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Walk 6–10 weeks
Pilot Predictive Health Scoring
Run an ML-driven health score alongside your existing rule-based score to validate whether predictive signals improve at-risk detection before committing to a full migration.
Why This Matters
Rule-based health scores plateau. They find patterns you already know to look for. An ML model trained on historical churn and expansion data discovers non-obvious signal combinations (product usage sequences, support ticket patterns, stakeholder engagement gaps) that static thresholds miss. Walk-stage teams have enough historical data (12–18 months of customer outcomes) to run a meaningful pilot without a data science team.
Action Plan
- 01 Export 12–18 months of customer outcome data: which accounts churned, expanded, or stayed flat, with their health signals at the time
- 02 Identify 8–12 input features available in your CS platform or data warehouse: login frequency, feature breadth, support volume, stakeholder coverage, NPS, days since last CSM touchpoint
- 03 Use your CS platform's built-in AI scoring (Gainsight, ChurnZero, Vitally all have this) or a simple logistic regression in a spreadsheet/Python notebook
- 04 Run the predictive score in parallel with your existing rule-based score for 6–8 weeks without changing CSM workflows
- 05 Compare: which score flagged at-risk accounts earlier? Which produced more false positives?
- 06 If predictive outperforms rule-based, plan a migration. Keep the rule-based score as a fallback for new accounts with insufficient history
- 07 Document which features had the highest predictive weight. This tells you what signals matter most for your customer base
Metrics to Watch
Related Principles
Common Pitfalls
- Replacing the rule-based score too quickly before validating accuracy. Run both in parallel for at least two monthly cohorts
- Using too few historical outcomes. Fewer than 50 churned accounts makes the model unreliable
- Ignoring new customers. Predictive models need tenure to work, so new accounts should still use rule-based scoring as a baseline