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SaaS Retention Cohort Analyzer
Transform raw user activity data into retention cohort reports with statistical analysis and benchmarks—no SQL expertise required.
What You Get
Get cohort retention tables, statistical significance tests, industry benchmarks, and actionable insights from your CSV exports in minutes instead of hours of SQL wrangling.
The Problem
The Solution
How It Works
- 1 Upload or describe your user activity data (CSV/Excel with user_id, signup_date, event_timestamp columns)
- 2 Skill validates data structure, checks sample sizes, and identifies any quality issues
- 3 Python script calculates cohort retention rates, handles incomplete cohorts, and computes confidence intervals
- 4 For segment comparisons, statistical significance tests are performed with power analysis
- 5 Results are benchmarked against industry standards (B2B SaaS, B2C, mobile apps)
- 6 Receive retention tables, statistical analysis, visualization code, and actionable recommendations
- 7 Get reproducible Python scripts and SQL queries for ongoing analysis
What You'll Need
- CSV or Excel export with user activity data including user_id, signup_date, and event_timestamp columns
- Definition of what counts as 'retained' for your product (login, subscription renewal, feature usage)
- Minimum 100 users per cohort for statistical reliability (300+ for segment comparisons)
- uv installed for running Python scripts (installation provided in workflow)
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Free vs Paid Plan Retention Comparison
Segmented retention analysis comparing free and paid plans with statistical significance testing, effect size calculations, retention curve shape analysis, and strategic recommendations for improving free tier conversion.
Monthly Login Retention Analysis
Basic cohort retention analysis for a SaaS product tracking login activity, with confidence intervals, B2B SaaS benchmark comparisons, and prioritized recommendations for addressing retention cliffs.
Small Sample Daily Retention with Statistical Warnings
Daily cohort retention analysis for a small dataset (40 users) demonstrating proper handling of insufficient sample sizes with Wilson confidence intervals, power analysis, and clear limitations while still providing actionable insights.