Predictive maintenance
Use sensor and service records to estimate when equipment is likely to need attention, before it fails.
What your records
could predict.
Sales history, bookings, job sheets and sensor logs hold patterns that are hard to see by eye. Predictive machine learning uses them to forecast what is coming, spot what is unusual and estimate what is likely. Here are some of the ways it can help.
01 / IN PRACTICE
Each example below is a common starting point. Real projects are shaped around the data you already keep and the decisions you want to support.
01 / DEMAND FORECASTING
Forecasts built from your sales history, seasons, promotions and local events estimate what you are likely to sell in the weeks ahead — with a realistic range rather than a single guess. Stock, ordering and production can then be planned around it.
Less money tied up in stock, and fewer empty shelves.
02 / STAFFING & CAPACITY
Predicting footfall, calls or bookings hour by hour helps match rotas to demand. Planners can see next week’s pinch points and quiet spells in advance, instead of finding out on the day.
Rotas that follow the demand, not last year’s habits.
03 / ANOMALY DETECTION
A model that learns the normal rhythm of your data — energy use, payments, sensor readings or orders — can flag the points that don’t fit. Leaks, faults, errors and fraud tend to surface sooner, and people only need to review what stands out.
Problems spotted in hours, not at the month-end review.
04 / CUSTOMER INSIGHT
Using order history and engagement, a model can estimate how likely each customer is to lapse, renew or respond to an offer. Your team gets a short, ranked list with the reasons behind each score, rather than a spreadsheet to trawl through.
Time spent where it is most likely to matter.
05 / QUOTE & JOB ESTIMATION
Past jobs hold a lot of knowledge about how long work really takes and what it really costs. A model trained on them can suggest an estimate for a new job from its details, with a range and the most similar past jobs to compare against.
Quicker, more consistent quotes.
02 / AND MORE
Use sensor and service records to estimate when equipment is likely to need attention, before it fails.
Plan delivery rounds, visits or production runs that make better use of time, vehicles and people.
Suggest related products or services based on what similar customers have bought or booked.
Test how price changes affect demand, and time reductions on slow or short-dated stock.
Classify incoming records, forms or requests and send each one to the right person or queue.
If a decision is made regularly and there is data behind it, it is worth a conversation.
03 / GETTING STARTED
Records going back far enough to include the cycles that matter — often at least a year for seasonal businesses.
A prediction is only useful if it changes something: an order, a rota, a phone call. We start from that decision.
Compare the model against what you do now, such as last year’s figures, so the improvement is clear and honest.
Businesses change. Models are retrained and checked on a schedule so their accuracy doesn’t quietly drift.
04 / YOUR DATA, PUT TO WORK
Tell me about the decision you are trying to make and the data you already keep. We can talk through whether machine learning is a good fit, or whether something simpler would do the job.
Open to projects in North Yorkshire and nationwide