Revenue Forecasting Automation to Improve Accuracy and Enable Weekly, Location-Based Forecasts

About Client

The client is a global event management company headquartered in Chicago, with operations spanning the Americas, Europe, and the Middle East. The business manages large, multi-location event portfolios where accurate and timely revenue visibility is critical for planning and capacity decisions. Forecasting accuracy directly influenced budgeting, staffing, and regional performance management across business units.

Challenge

The client’s existing revenue forecasting model suffered from structural and operational limitations that reduced confidence in projections.

  • The system lacked revenue forecasting automation and relied heavily on manual inputs, making the process people-driven rather than data-driven.
  • Forecast accuracy deteriorated significantly, with error rates exceeding 30% when compared to actuals recorded in the Oracle Financial ERP.
  • Forecasts were limited to a monthly view, offering no support for weekly forecasting, which constrained short-term decision-making and operational agility.

As the business scaled across regions, these gaps compounded and increased the risk of misaligned revenue expectations.

Our Solution

BizAcuity initiated the engagement by collecting historical forecast and actual revenue data from the existing systems to establish a reliable baseline.

Key activities included:

  • Identifying all attributes and parameters that influence revenue.
  • Conducting detailed discussions with each business unit to capture department-specific variables.
  • Incorporating both internal and external variables into the forecasting framework.
  • Preparing and consolidating data from multiple disparate sources.
  • Performing correlation analysis between identified variables and actual revenue.

Only data points with strong statistical correlation—such as sales pipeline and group rental nights—were selected for modeling.

  • An Auto ARIMA model was tested using selected predictor variables.
  • A Holt-Winters model was used to forecast annual revenue based on historical data, trends, and seasonality without relying on predictors.
  • Holiday impact on revenue was analyzed using a Generalized Additive Model (GAM).
  • Pre- and post-holiday effects were evaluated and validated with business stakeholders.
  • Holiday impact was incorporated into the final revenue forecasting automation model to further improve accuracy.

Outcome

The implemented solution delivered a fully automated, location-based revenue forecasting system. Key outcomes included:

  • A centralized forecasting platform that created a single source of truth across all business units.
  • Forecasting efficiency doubled: previously, only 5 out of 12 forecasted months were below a 10% error rate; post-implementation, this increased to 10 months.
  • Introduction of weekly revenue forecasts alongside monthly projections, enabling more agile planning.

Improved holiday-season planning, allowing business teams to proactively align resources and revenue targets based on location-specific demand patterns.

BizAcuity
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