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Artificial Intelligence

Predictive Analytics & Machine Learning

Use historical data to make a better-informed decision about demand, workload or risk. We develop forecasting and machine learning applications that show how a prediction compares with your current planning method.

Discuss this service

A forecast needs a decision behind it

A demand forecast is useful when it changes an ordering or staffing decision. A risk score is useful when it helps someone decide which case to review first. We start with that decision, how often it is made and how much notice the team needs.

For a distributor, the question might be how much stock to order by product and location. For a service business, it may be how many jobs a team is likely to receive next week. Those questions need different data and different ways of measuring success.

Compare the model with what you do today

We review the history for missing records, changes in definitions and events that distorted normal activity. Then we establish a baseline, such as last period's result or the team's existing calculation.

For time-based forecasts, we test against later periods the model has not seen. This helps avoid an impressive result that depends on information unavailable at the moment a real decision would have been made.

Put the result where someone can use it

The output may be a forecast in an operations dashboard, a prioritised work queue or a planning report. Where appropriate, we show a range and explain which inputs influenced the result. A precise-looking number is not the same as certainty.

After release, predictions need comparison with actual outcomes. Changes in products, customer behaviour or business processes can reduce usefulness over time, so we agree how performance will be reviewed.

For equipment-specific work, see AIoT & Predictive Maintenance.

A typical workflow

  1. 01Review historical data
  2. 02Compare a model with a baseline
  3. 03Use the forecast with its limits

What we would scope together

The exact work depends on your systems and the first useful release.

  • Decision definition, data review and baseline
  • Forecasting or scoring model for the agreed use case
  • Evaluation on data kept separate from model development
  • Results integrated into a report, dashboard or application

Predictive Analytics & Machine Learning questions

How much data do we need?

There is no useful universal minimum. It depends on the pattern, seasonality, frequency and quality of the records. We review a sample and the decision you want to support before suggesting a model.

Can you guarantee a more accurate forecast?

No. The assessment compares the proposed model with a practical baseline. If it does not improve the decision enough to justify the cost, that is a useful finding.

What is the difference between this and predictive maintenance?

This service covers broader business forecasting and scoring. Predictive maintenance focuses on equipment condition, sensor readings and maintenance events; it sits within our IoT services.

Not sure where to start with AI?

AI Navigator helps you assess a use case and plan a focused first pilot.

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What decision would you make differently with a better forecast?

Tell us how you plan today, how far ahead you need to see and which historical records are available.