AI & Automations

Predictive Analytics & Machine Learning

Forecasts and models built on the data you already hold

Most businesses already hold the history a forecast needs: years of orders, visits, tickets or readings. What they lack is a model built on it that someone trusts enough to act on. We build predictive models that start from a plain question, are measured against a simple baseline, and keep running after the project ends.

What's included
In this engagement06
  • Demand and sales forecasting
  • Churn and risk scoring
  • Anomaly detection
  • Feature engineering
  • Model evaluation
  • MLOps and monitoring

Why it matters

A model is only useful if the people it is built for believe it. That means an honest baseline, clear limits, and output shaped around a decision somebody actually has to make.

What this includes

Six parts of the work. Which of them you need depends on where you are starting from, and we agree that before anything is built.

  1. 01

    Demand and sales forecasting

    Forecasts at the level you plan at, whether that is product, branch or week, with the uncertainty shown alongside the number.

  2. 02

    Churn and risk scoring

    Scores that rank which customers, accounts or assets need attention first, with the reasons behind each score visible.

  3. 03

    Anomaly detection

    Models that flag unusual transactions, readings or behavior early, tuned so the alerts are worth reading.

  4. 04

    Feature engineering

    Turning raw operational data into the signals a model can learn from, documented so they can be rebuilt.

  5. 05

    Model evaluation

    Every model compared against a simple baseline on data it has never seen, before anyone relies on it.

  6. 06

    MLOps and monitoring

    Scheduled retraining, versioned models and drift checks, so a model does not quietly degrade after launch.

  7. Not sure which of these you need?

    Tell us where things stand for you today and we will suggest where to start.

How we deliver it

Four stages, agreed with you before the work starts, with a working result at the end of each rather than one reveal at the end.

  1. Frame the decision

    We agree on the decision the model supports, how success is measured, and what a wrong answer costs.

  2. Prepare the data

    We assemble, clean and explore the history, and confirm there is enough signal to be worth modeling.

  3. Build and compare

    We start with the simplest workable approach and add complexity only when it earns its place against the baseline.

  4. Deploy and monitor

    The model goes into a scheduled pipeline with monitoring, documentation and a handover to your team.

The stack

Technologies we work with

The tools we reach for most often in this work. We fit in with what you already run rather than asking you to change it.

12Tools across
3 groups
  • 01 / 03

    Modeling

    5
    • Python
    • scikit-learn
    • XGBoost
    • PyTorch
    • statsmodels
  • 02 / 03

    Platforms

    4
    • Snowflake
    • Amazon SageMaker
    • Azure Machine Learning
    • Databricks
  • 03 / 03

    Operations

    3
    • MLflow
    • Apache Airflow
    • Docker

What you receive

Yours to keep when the engagement ends, whether we carry on working together or not.

  • A documented model

    How it works, what data it uses, how well it performs and where it should not be trusted.

  • A scheduled pipeline

    The model runs on new data automatically, with its inputs and outputs recorded.

  • Monitoring and alerts

    Checks for data drift and falling accuracy, with a clear owner for each alert.

  • A handover session

    Your team walks through retraining and troubleshooting before the engagement closes.

Common questions

The ones that come up in almost every first conversation about this work.

  • It depends on the question. A few years of consistent history is often enough for forecasting, and an early data review tells you quickly whether a model is realistic before you invest in building one.

  • Yes. We favor models that can be explained, show which factors drive each prediction, and document the limits alongside the results.

  • The model is scheduled, monitored and retrained on new data. Your team receives the code, the documentation and a walkthrough, so it does not depend on us to keep running.

Let's talk about Predictive Analytics & ML

A short call is usually enough to work out whether we can help and where it makes sense to start. No preparation needed.

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