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Telco Customer Churn Drivers In Minutes

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Running telco customer churn drivers analysis...

Running telco customer churn drivers analysis...

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How it works

Identifies top churn drivers using logistic regression for interpretable directional coefficients and random forest for non-linear variable importance, with ROC evaluation and optimal threshold confusion matrix

Use when you need to understand which customer attributes most strongly predict cancellation and want both interpretable coefficients and non-linear importance rankings

Do not use if the target variable is continuous rather than binary, or if you need causal inference rather than predictive modeling

Built for: Customer success managers, retention analysts, ecommerce data analysts, CRM managers, product managers at subscription-based companies

Typical data source: Customer records with a churn label (Yes/No), tenure in months, monthly charges, contract type, and optional service add-on or demographic columns

ecommerceSaaStelecommunicationsfintech

What data do you need?

Dataset with 12 columns

churn (categorical) tenure (numeric) monthly_charges (numeric) total_charges (numeric) contract (categorical) internet_service (categorical) payment_method (categorical) online_security (categorical) tech_support (categorical) senior_citizen (numeric) partner (categorical) dependents (categorical)

Minimum 100 rows

What's in the report?

Logistic regression for interpretable coefficients plus random forest variable importance for non-linear effects. Binary target Churn (Yes/No converted to 1/0). Side-by-side comparison of the two methods reveals both directional and ranked drivers.

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Churn Rate by Contract Type

Churn rate by contract type showing month-to-month vs annual retention

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Churn Rate by Internet Service Type

Churn rate by internet service type comparing Fiber optic vs DSL

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Churn Rate by Payment Method

Churn rate by payment method highlighting electronic check vs automatic payment risks

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Logistic Regression Coefficients

Logistic regression log-odds coefficients showing directional impact of each predictor on churn probability

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Random Forest Variable Importance

Random forest variable importance by mean decrease in Gini impurity for non-linear churn prediction

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Churn Rate by Tenure × Contract Type

Heatmap of churn rate by tenure bucket and contract type revealing early-tenure month-to-month risk

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ROC Curve — Model Discrimination

ROC curve showing model discrimination ability with AUC score

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Confusion Matrix at Optimal Threshold

Confusion matrix at optimal Youden threshold showing true vs predicted churn classifications

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AI Insights

Plain-English interpretation — what the numbers mean, what's significant, and what to do next.

Related tools

Need something simpler? Tf038 Live Ttest — When you only need to test whether a single metric such as tenure or monthly charges is significantly different between churned and retained customers, without building a full predictive model.

Similar: Anova Factorial

The Question This Answers

Identify which customers are at highest risk of cancellation

Identify which customers are at highest risk of cancellation

Questions?

See our FAQ for details on pricing, data privacy, and how the analysis works. Every report includes a Methodology section showing the statistical test, assumptions checked, and diagnostics run.

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