Required Datapoints
- Product Usage Frequency & Depth
- Login/Activity Trends
- Support Interactions & CSAT
- Contract or Billing Status
- Account Engagement (e.g. check-ins, QBRs)
- Custom Risk Triggers (e.g., key user churned)
Churn Risk Score is a predictive metric that estimates the likelihood of a customer canceling or downgrading within a given period. It helps identify at-risk accounts for proactive retention efforts.
Churn Risk Score is a predictive metric that combines behavioral, financial, and support signals to assess how likely a customer is to churn — enabling proactive retention strategies and health-based account workflows.
The relevance and interpretation of this metric shift depending on the model or product:
A rising risk score signals potential churn triggers. A declining score reflects successful recovery or engagement.
Segment by plan tier, vertical, or behavior type to identify which accounts need attention — and what’s driving improvement.
Churn Risk Score informs:
These are the main factors that directly impact the metric. Understanding these lets you know what levers you can pull to improve the outcome
Actionable ideas to optimize this KPI, from fast, low-effort wins to strategic initiatives that drive measurable impact.
Activities commonly tied to improving or operationalizing this KPI.
| Activity | Description |
|---|---|
| Churn Reduction | Churn Reduction involves proactively identifying and addressing factors that may cause customers to discontinue using a company’s product or service. It helps teams translate strategy into repeatable execution. Relevant KPIs include Churn Risk Score. |
| Renewal Forecasting | Renewal Forecasting focuses on Renewal Opportunity Prediction uses data-driven insights, historical customer behavior, product usage metrics, and sales pipeline intelligence to anticipate which existing customers are likely to renew their contracts or subscriptions. It turns signals into decisions, interventions, and measurable follow-up. Relevant KPIs include Churn Risk Score. |
| CS Ops | CS Ops focuses on building, optimizing, and scaling processes, systems, analytics, and tools that empower customer-facing teams to deliver value throughout the customer lifecycle. It helps teams translate strategy into repeatable execution. Relevant KPIs include Churn Risk Score and Proactive Support Engagement Rate. |
| Predictive Analytics | Predictive Analytics focuses on Predictive Revenue Insights leverages historical and real-time data, along with machine learning algorithms and statistical models, to forecast future sales outcomes, customer behavior, and revenue trends. It turns signals into decisions, interventions, and measurable follow-up. Relevant KPIs include Churn Risk Score. |
For Account A:
Churn Risk Score = 87/100
This KPI is associated with the following stages in the AAARRR (Pirate Metrics) funnel:
This KPI is classified as a lagging Indicator. It reflects the results of past actions or behaviors and is used to validate performance or assess the impact of previous strategies.
This role is directly accountable for the KPI and is expected to drive progress and decisions around it.
These roles contribute directly to performance and typically partner on execution, reporting, or optimization.
These leading indicators influence this KPI and act as early signals that forecast future changes in this KPI.
These lagging indicators confirm, quantify, or amplify this KPI and help explain the broader business impact on this KPI after the fact.
How this KPI is structured in Cube.js, including its key measures, dimensions, and calculation logic for consistent reporting.
cube('CustomerChurnRisk', { sql: `SELECT * FROM customer_churn_risk`,
joins: { ProductUsage: { relationship: 'belongsTo', sql: `${CUBE}.customer_id = ${ProductUsage}.customer_id` }, SupportInteractions: { relationship: 'belongsTo', sql: `${CUBE}.customer_id = ${SupportInteractions}.customer_id` }, BillingStatus: { relationship: 'belongsTo', sql: `${CUBE}.customer_id = ${BillingStatus}.customer_id` }, AccountEngagement: { relationship: 'belongsTo', sql: `${CUBE}.customer_id = ${AccountEngagement}.customer_id` } },
measures: { churnRiskScore: { sql: `churn_risk_score`, type: 'number', title: 'Churn Risk Score', description: 'Predictive score estimating the likelihood of a customer canceling or downgrading.' } },
dimensions: { customerId: { sql: `customer_id`, type: 'string', primaryKey: true, title: 'Customer ID', description: 'Unique identifier for each customer.' }, productUsageFrequency: { sql: `product_usage_frequency`, type: 'number', title: 'Product Usage Frequency', description: 'Frequency of product usage by the customer.' }, productUsageDepth: { sql: `product_usage_depth`, type: 'number', title: 'Product Usage Depth', description: 'Depth of product usage by the customer.' }, loginActivityTrend: { sql: `login_activity_trend`, type: 'number', title: 'Login/Activity Trend', description: 'Trend of customer login and activity over time.' }, supportInteractionsCount: { sql: `support_interactions_count`, type: 'number', title: 'Support Interactions Count', description: 'Number of support interactions by the customer.' }, csatScore: { sql: `csat_score`, type: 'number', title: 'CSAT Score', description: 'Customer satisfaction score from support interactions.' }, contractStatus: { sql: `contract_status`, type: 'string', title: 'Contract Status', description: 'Current contract status of the customer.' }, billingStatus: { sql: `billing_status`, type: 'string', title: 'Billing Status', description: 'Current billing status of the customer.' }, accountEngagementLevel: { sql: `account_engagement_level`, type: 'number', title: 'Account Engagement Level', description: 'Level of engagement with the account, such as check-ins and QBRs.' }, customRiskTriggers: { sql: `custom_risk_triggers`, type: 'string', title: 'Custom Risk Triggers', description: 'Custom triggers indicating potential risk, such as key user churn.' }, createdAt: { sql: `created_at`, type: 'time', title: 'Created At', description: 'Timestamp when the record was created.' } }});Note: This is a reference implementation and should be used as a starting point. You’ll need to adapt it to match your own data model and schema