🍎Currently supporting macOS • Windows compatibility coming soon

Product walkthrough

How ChurnVision Works

From data upload to actionable retention playbooks—see how teams move through the ChurnVision workflow with smooth, privacy-first automation.

🍎Available for macOS • Windows support coming soon
Explore pricing

Local-first privacy

Model training and data processing stay on your machine. Nothing leaves without your approval.

Fast predictive insights

Go from raw HR spreadsheets to ranked risk lists and cohort trends in minutes, not weeks.

Actionable simulations

Experiment with Atlas interventions to see how salary, coaching, or training shifts change churn odds.

Automated data hygiene

Our pipelines normalize, clean, and validate your inputs so you can focus on decisions, not prep.

Upload DataStep 1
Train ModelsStep 2
Review ResultsStep 3
Advanced FeaturesStep 4

Step 1: Upload HR Data

Start by uploading your employee data in CSV or XLSX format. ChurnVision processes this data locally on your desktop—your information never leaves your machine during training. We provide a sample template to help you format your data correctly.

Upload
Process
Train
Analyze
Insights
All processing is local

Required Fields

These fields are essential for basic churn prediction functionality.

  • •HR Code (employee_id)
  • •Full Name
  • •Department
  • •Position (role/title)
  • •Employee Cost / Latest Performance Rating
  • •Status
  • •Manager ID
  • •Tenure
  • •Termination Date

Recommended Fields

These fields enhance prediction accuracy and provide deeper insights.

  • •Tenure Start Date
  • •Contract Type
  • •Salary / Base Pay
  • •Total Compensation
  • •Performance Score
  • •Engagement Score
  • •Absenteeism Days
  • •Promotion History
  • •Team ID
  • •Location / Site
  • •Remote Status
  • •Last Review Date
  • •Disciplinary Actions
  • •Training Hours
  • •Overtime Hours
  • •Commute Time
  • •Satisfaction Survey Items

Step 2: Train Models Locally

Once your data is uploaded, ChurnVision trains prediction models directly on your desktop. Our optimized models and data pipelines ensure a typical first run completes in just a few minutes. System resource usage is lightweight—the training process runs efficiently in the background.

Training Progress~3 minutes remaining
Loading Data
Preprocessing
Feature Engineering
Model Training
Validation
Processing data...
CPU: 1.0% | Memory: 200 MB

Local Processing

All model training happens on your machine. Your data never leaves your desktop, ensuring complete privacy and security.

Step 3: Review Predictions & Organizational Risk

Starter

After training completes, you'll see employee-level risk scores with simple labels (Low, Medium, High), an organization-level risk snapshot with overall risk index and trend visualization, a team/department heatmap showing where risk is concentrated, and top risk drivers. Use these insights to prioritize follow-ups, explore specific teams, and export basic reports.

Employee-Level Risk Scores

Sarah ChenHigh (87)
Marcus JohnsonMedium (62)
Emily RodriguezLow (23)

Organization Risk Snapshot

Overall Risk Index0.0 / 10
Trend: ↑ 0% increase this quarter

Team/Department Heatmap

Engineering

8.2
45 employees

Sales

6.5
32 employees

Marketing

4.8
18 employees

HR

3.2
12 employees

What to do next:

  • Prioritize follow-ups with high-risk employees
  • Explore teams showing elevated risk patterns
  • Export basic reports for stakeholder sharing

Step 4: Advanced Features

Pro

Pro and Enterprise tiers unlock powerful capabilities: Explanations, AI Assistant, and Atlas simulations.

4A: Explanations

Pro

Understand why each employee is at risk. Explanations provide model-driven reason codes and feature attributions for individual employees and entire cohorts. See exactly which factors—compensation, manager relationship, workload, growth opportunities—are driving churn risk.

Example Explanation

Sarah Chen (High Risk: 87) — Risk drivers: Low engagement score (-35%), No promotion in 24 months (-28%), Below-market compensation (-22%), Recent manager change (-15%).

4B: AI Assistant

Pro

Ask targeted questions about any employee, team, or your entire organization. The AI Assistant pulls context from model outputs to provide precise answers, summaries, and actionable checklists. Get insights instantly without building complex queries.

AI Assistant

Analyzing your workforce data

More example questions:

  • "What are the top 3 drivers of churn for engineers in the R&D department?"
  • "Show me engagement trends for new hires over the last 6 months."
  • "Compare retention risk between remote and on-site employees."
  • "Generate a summary of high-risk employees who haven't been reviewed recently."

4C: Atlas Simulations

Pro

Test hypothetical actions before implementing them. Atlas lets you simulate interventions like salary adjustments, training programs, manager coaching, or schedule flexibility. Preview projected impact on churn over a 12-month horizon to make data-driven retention decisions.

Salary Adjustment

Increase base salary by 15%

12.36.20
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Baseline Risk
Projected Risk
Impact:

Projected 12-month churn reduction: 42%

Cost:

$45,000 annual

Risk Change:

-38% average risk score

Capabilities by Tier

Starter

  • Predictions + org risk overview
  • Basic filters/exports
  • Employee-level risk scores
  • Team/department heatmap

Pro

  • Everything in Starter, plus:
  • Explanations (reason codes per employee)
  • AI Assistant (ask questions)
  • Atlas simulations (test interventions)

Enterprise

  • Everything in Pro, plus:
  • Advanced cohort explanations
  • Priority AI Assistant access
  • Extended Atlas simulation horizon

Ready to get started?

Join the waitlist to reserve your spot when the next onboarding cohort opens.