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AI & Machine Learning

Machine Learning That Reaches Production, Not Just Notebooks

Plenty of models perform well in a notebook and never make it into the business. We build the whole path — data pipeline, model, serving infrastructure, monitoring and retraining — so a prediction actually changes a decision. For generative AI specifically, we have a dedicated family of services.

200+
Projects Delivered
12+
Industries Served
10+
Years Experience
99%
Client Retention
What We Do

Our AI & ML Development Services

Classical machine learning, deep learning and the engineering that keeps them running.

Predictive Modelling

Forecasting, churn and demand prediction, risk and propensity scoring — models trained on your history and validated against holdout periods rather than flattering in-sample results.

Computer Vision

Detection, classification, OCR and quality inspection from images or video, including the annotation strategy and edge deployment considerations that decide whether it works on your actual hardware.

Natural Language Processing

Classification, entity extraction, sentiment and summarisation over your documents, tickets and correspondence, tuned to your domain vocabulary.

Data Engineering

The unglamorous majority of most ML projects: pipelines, feature stores, labelling workflow and quality checks. Models fail on data problems far more often than on algorithm choice.

MLOps & Deployment

Versioned models, reproducible training, automated evaluation, staged rollout and rollback. The discipline that lets you change a model without holding your breath.

Monitoring & Retraining

Drift detection, performance tracking against live outcomes, and retraining pipelines — because a model's accuracy decays quietly as the world it was trained on moves on.

Our Approach

How We Approach ML Projects

Four habits that keep projects honest.

Baseline First

We establish what a simple rule or existing process already achieves. A model that cannot beat the baseline is not worth deploying, and knowing the gap keeps expectations grounded.

Measured on Business Metrics

Accuracy is not the goal — a decision improved is. We tie evaluation to the cost of a false positive versus a false negative in your specific context.

Explainable Where It Matters

Where a decision affects a customer or faces a regulator, we favour interpretable approaches and provide feature attribution rather than an unexplainable score.

Built to Be Retrained

Pipelines are automated from the start so refreshing a model is a routine operation rather than a rediscovery of how it was built.

Use Cases

Where Machine Learning Earns Its Place

Applications with a clear decision and enough history to learn from.

Demand Forecasting

Anticipate volume by product, region and period, so stock and staffing decisions stop relying on last year plus a percentage.

Churn & Retention

Identify accounts at risk early enough for intervention, and know which intervention has historically worked.

Fraud & Anomaly Detection

Surface unusual transactions and behaviour in real time, with thresholds tuned to your tolerance for false alarms.

Visual Inspection

Automate quality checks on a production line or in field imagery, at consistency a human inspector cannot sustain across a shift.

Recommendation

Surface the next relevant product, article or action based on behaviour rather than static rules.

Document Classification

Route and tag incoming documents and correspondence automatically at a volume manual triage cannot match.

Why Inperge

Why Our ML Work Ships

We Start With the Data

Most stalled ML projects were data projects in disguise. We assess quality, coverage and labelling before promising anything about model performance.

Deployment Is In Scope

Serving, monitoring and retraining are part of the engagement, not a follow-on nobody budgeted for. A model that is not deployed has produced no value.

Your Team Can Operate It

Documented pipelines, reproducible training and handover sessions, so the system does not depend on us being available.

Technology

Our AI & ML Stack

Modelling

  • Python
  • PyTorch
  • TensorFlow
  • scikit-learn
  • XGBoost
  • Hugging Face

Data

  • Spark
  • Airflow
  • dbt
  • Postgres
  • Snowflake
  • BigQuery

MLOps

  • MLflow
  • Weights & Biases
  • Kubeflow
  • Docker
  • Model registries
  • Feature stores

Deployment

  • AWS SageMaker
  • Azure ML
  • Vertex AI
  • Kubernetes
  • ONNX
  • Edge runtimes
FAQs

AI & ML Development — Common Questions

It depends far more on the problem than on a headline row count. A well-defined classification task with clean labels can work on surprisingly little; a nuanced forecasting problem with strong seasonality needs several cycles of history. We assess this during discovery and will tell you plainly if the honest answer is that you need to improve data collection first.

Machine learning here means models that predict, classify or detect — forecasting demand, scoring risk, spotting a defect. Generative AI produces new content such as text and summaries. They solve different problems and we offer both; if your need is drafting, answering questions or conversational interfaces, our generative AI pages cover that in more depth.

Frequently we do. Engagements range from us delivering end to end, to us building the deployment and MLOps layer around models your data scientists have already developed. We are comfortable in a supporting role where that is the sensible split.

We test performance across relevant subgroups rather than only in aggregate, since a model can look accurate overall while performing badly for a particular segment. Where decisions affect individuals we document the approach, provide attribution for predictions, and design human review into consequential paths.

We structure engagements so this becomes clear early and cheaply. The first phase establishes a baseline and tests feasibility against your real data — and if performance will not clear a useful bar, stopping there is a good outcome compared with discovering it after a full build.

Monitoring against live outcomes, drift detection on inputs, and automated retraining pipelines with staged rollout. We agree alert thresholds and a retraining cadence during the project so degradation surfaces as an alert rather than as a complaint from the business.

Turn your data into decisions

Tell us the decision you want to improve. We will assess whether your data can support it before anyone commits to a build.