AddonAI / Models in production

Machine Learning Development

Predictive models and recommendation systems trained on your data.

Capabilities

What production machine learning development requires.

/ 01

Predictive analytics.

Forecast demand, revenue, churn, and market trends using advanced regression, time-series, and ensemble models.

/ 02

Recommendation engines.

Personalised product, content, and service recommendations that increase engagement, conversion, and average order value.

/ 03

Anomaly detection.

Real-time detection of fraud, system failures, quality issues, and security threats using advanced methods.

/ 04

Classification systems.

Automated categorisation of documents, support tickets, images, and transactions with high accuracy and low latency.

/ 05

Feature engineering.

Automated and expert-driven feature extraction, selection, and transformation to maximise model performance.

/ 06

A/B testing frameworks.

Rigorous experimentation frameworks to validate model impact with statistical significance before full deployment.

How we deliver
01.Data exploration
02.Feature engineering
03.Model selection
04.Training & tuning
05.Validation & testing
06.Production MLOps
Tools we reach for
scikit-learnXGBoostLightGBMTensorFlowApache SparkMLflowAirflowAWS SageMaker
FAQ

What teams ask about Machine Learning Development.

  • Data with enough history and consistent labelling to learn from. We audit that first, because the most common reason a model underperforms is not the algorithm — it is that the data was recorded at a resolution, or with a consistency, that cannot support the question being asked.

  • Feature pipelines, MLOps, and monitored deployments that can be retrained. A model handed over without the pipeline around it decays quietly as the data shifts, and nobody notices until a decision has already been made on a stale prediction.

  • Predictive models, forecasting and recommendation systems trained on your own data. These work best where the outcome is measurable, the history is long enough to learn from, and the prediction will actually change a decision someone makes.

  • Monitoring and scheduled retraining, with the pipeline built for it from the start. Model drift is expected rather than exceptional — the question is whether you find out from your monitoring or from a user.

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