


SmartProtect Predict
SmartProtect Predict is a purpose-built predictive modeling platform that empowers public safety agencies to optimize staffing decisions through advanced data analytics and artificial intelligence. Designed to integrate seamlessly into existing systems via secure Single Sign-On (SSO), SmartProtect Predict harnesses historical and real-time data—including call volume, call handling performance, and scheduling inputs—to generate accurate staffing forecasts.
As staffing challenges grow more complex, SmartProtect Predict equips agency leadership with the foresight needed to allocate personnel proactively, reduce overtime, and maintain consistent response performance across operations.
SmartProtect Predict is a purpose-built predictive modeling platform that empowers public safety agencies to optimize staffing decisions through advanced data analytics and artificial intelligence. Designed to integrate seamlessly into existing systems via secure Single Sign-On (SSO), SmartProtect Predict harnesses historical and real-time data—including call volume, call handling performance, and scheduling inputs—to generate accurate staffing forecasts.
As staffing challenges grow more complex, SmartProtect Predict equips agency leadership with the foresight needed to allocate personnel proactively, reduce overtime, and maintain consistent response performance across operations.
SmartProtect Predict is a purpose-built predictive modeling platform that empowers public safety agencies to optimize staffing decisions through advanced data analytics and artificial intelligence. Designed to integrate seamlessly into existing systems via secure Single Sign-On (SSO), SmartProtect Predict harnesses historical and real-time data—including call volume, call handling performance, and scheduling inputs—to generate accurate staffing forecasts.
As staffing challenges grow more complex, SmartProtect Predict equips agency leadership with the foresight needed to allocate personnel proactively, reduce overtime, and maintain consistent response performance across operations.