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Simulate, adjust and sync your WFM forecasts in real time with interval-ready models, seasonality correction, anomaly cleaning and model-smart forecasting intelligence.
Simulate, adjust and sync your WFM forecasts in real time with interval-ready models, seasonality correction, anomaly cleaning and model-smart forecasting intelligence.
Many WFM teams still rely on forecasts that cannot adjust quickly enough to changing contact volumes, average handle time (AHT), seasonality, holidays, shrinkage and queue behaviour.
As a result, teams often discover volume or AHT deviations only after operational intervals have already become unstable. Holidays, promotions, day-of-week (DOW) patterns and market shocks can distort forecast accuracy, while outliers and anomalies create staffing errors unless they are identified, cleaned and governed.
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The forecasting workflow enables planners to select the service, skill, interval level, forecast horizon and model strategy before inspecting forecast accuracy down to the interval level.
Select ARIMA, SARIMA, LSTM, AutoML or model-smart auto selection.
Use Z-score, IQR and Isolation Forest-style logic to suppress abnormal noise.
Account for holidays, campaign events and recurring DOW and interval patterns.
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Use the interactive prototype to adjust forecasting inputs and see how model choice, anomaly cleaning and event adjustment change the forecast view.
Select a queue, model strategy and scenario assumptions to experience how intelligent forecasting supports interval-level planning and operational decision-making.
Select a queue, forecast model and scenario assumptions.
AutoML selected SARIMA-style behaviour because the queue shows strong interval seasonality with moderate demand lift. Anomaly cleaning reduces noise and improves interval stability.
Forecasted demand is above baseline in the next peak interval window. Recommend pre-positioning 6–8% additional skilled coverage and monitoring AHT drift before broad overtime is triggered.
The objective is not only to predict volume. It is to help WFM teams decide staffing, skill movement, break sequencing, overtime and SLA risk before operational instability becomes visible.
Intelligent Forecasting serves as a forecasting engine, simulation layer and operational decision aid that helps planners make more informed workforce decisions.
|
Capability |
What it does |
Operational value |
|
Model-smart selection |
Uses ARIMA, SARIMA, LSTM or AutoML-style selection based on signal behavior. |
Improves accuracy without forcing planners to choose manually. |
|
Seasonality and event adjustment |
Accounts for holidays, promotions, DOW curves and interval patterns. |
Reduces avoidable forecast error around known demand shocks. |
|
Anomaly cleaning |
Uses Z-score, IQR and isolation logic to prevent outliers from distorting the forecast. |
Creates cleaner planning baselines and more stable staffing plans. |
|
Accuracy dashboard |
Shows MAPE, RMSE, confidence and actual vs. forecast trends. |
Builds planner trust and identifies where model tuning is needed. |
|
Scenario simulation |
Shows what demand and AHT changes mean for staffing and SLA risk. |
Moves forecasting from static reporting to operational intervention. |
Use the prototype to demonstrate how Intelligent Forecasting can support WFM planning, SLA stability and proactive staffing decisions.
Connect with Lumina Datamatics to align forecasting capabilities with your historical interval data, queue structures, staffing model and workforce planning processes so planners can move from reactive forecasting to interval-ready operational decision-making.
|
Capability |
What it does |
Operational value |
|
Model-smart selection |
Uses ARIMA, SARIMA, LSTM or AutoML-style selection based on signal behavior. |
Improves accuracy without forcing planners to choose manually. |
|
Seasonality and event adjustment |
Accounts for holidays, promotions, DOW curves and interval patterns. |
Reduces avoidable forecast error around known demand shocks. |
|
Anomaly cleaning |
Uses Z-score, IQR and isolation logic to prevent outliers from distorting the forecast. |
Creates cleaner planning baselines and more stable staffing plans. |
|
Accuracy dashboard |
Shows MAPE, RMSE, confidence and actual vs. forecast trends. |
Builds planner trust and identifies where model tuning is needed. |
|
Scenario simulation |
Shows what demand and AHT changes mean for staffing and SLA risk. |
Moves forecasting from static reporting to operational intervention. |
The page includes a prototype experience that demonstrates the forecasting approach. A production deployment requires historical interval data, queue definitions, model tuning, data quality checks and integration with WFM planning processes.
The prototype demonstrates ARIMA, SARIMA, LSTM and AutoML-style selection. The actual production model should be chosen based on data maturity and forecast horizon.
No. Intelligent Forecasting accounts for contact volume, AHT, interval trends, seasonality, event effects and staffing implications.
It adds anomaly cleaning, confidence, accuracy metrics, scenario simulation and real-time adjustment logic so planners can identify risk earlier and make staffing decisions proactively.
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