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AI engineering

AI that earns its place in your operations

We design, train and deploy machine learning that makes real decisions: who to onboard, which transaction to flag, how much to lend. Every model ships with the reasoning behind it, the monitoring around it and a plan to keep it accurate.
Illustration: a transaction risk chart where the model flags an anomaly with a risk score of 0.91.

Sound familiar?

The problems we are usually called in to fix

  • Problem 01

    Rules that cannot keep up

    Static rule sets miss new fraud patterns and bury analysts in false positives that someone has to clear by hand.

  • Problem 02

    Models that never left the notebook

    A promising proof of concept is worth nothing until it runs reliably against live data inside your core systems.

  • Problem 03

    Black-box decisions

    Regulators, auditors and customers want to know why a loan was declined or a payment was held. "The model said so" is not an answer.

  • Problem 04

    Manual checks at the front door

    Identity checks, document reading and data capture still depend on people comparing photos and retyping forms.

What we deliver

What we build and run for you

Machine learning that scores risk, flags fraud, reads documents and recognises faces, deployed as secure APIs your systems can call in real time.

  • Risk scoring & fraud detection

    Gradient-boosted models (CatBoost, XGBoost) that score transactions and applications in milliseconds, tuned to cut false positives.

  • Credit decisioning APIs

    Approval predictions and recommended amounts served through documented FastAPI endpoints your lending workflow can call directly.

  • Face & ID verification

    Deep-learning face matching, liveness checks and OCR on identity documents for remote onboarding and attendance.

  • NLP & document intelligence

    Extract, classify and route the information buried in forms, statements, emails and free-text notes.

  • Computer vision

    Detection models such as YOLOv9 for inspection, counting and diagnosis, from crop disease to equipment condition.

  • Forecasting

    Time-series models for demand, prices, cash flow and capacity, with confidence ranges rather than single guesses.

How it works

A clear path from idea to production

Working software every two weeks, demonstrated to you, with security and documentation built in from the first sprint.

  1. 01

    Data & feasibility audit

    We check what data you have, its quality and whether it can support the decision you want to automate, before anyone writes a model.

  2. 02

    Baseline & prototype

    A simple, honest baseline first, then a working prototype on your real data, so improvement is measured, not assumed.

  3. 03

    Explainability built in

    Feature attribution (for example SHAP) gives every prediction a human-readable reason your team and auditors can review.

  4. 04

    Production deployment

    Models are packaged as secure, documented APIs, integrated with your systems and load-tested before go-live.

  5. 05

    Monitor & retrain

    We watch for data drift and accuracy decay, and retrain on fresh data so performance holds long after launch.

Tools and technologies behind our AI engineering work

  • Python
  • CatBoost
  • XGBoost
  • scikit-learn
  • PyTorch
  • Transformers
  • OpenCV
  • DeepFace / FaceNet
  • YOLOv9
  • Prophet
  • FastAPI
  • Swagger / OpenAPI

FAQ

AI engineering questions, answered

Do we need a lot of clean data before we start?

Not necessarily. The first step is an audit of what you already hold. Many valuable models start with a few years of transaction or application history. Where data is thin, we start with rules plus a simpler model, and improve as data accumulates.

Can you explain why the model made a decision?

Yes. We favour interpretable models and attach feature attributions to each prediction, so a declined application or a flagged payment comes with the factors that drove it.

Can the AI run on our own servers?

Yes. We regularly deploy models on-premise or in your own cloud tenancy, including offline configurations, so sensitive data never has to leave your environment.

What happens when the model gets less accurate over time?

We monitor live performance and data drift, and agree a retraining schedule as part of support, so the model keeps up with how your customers and markets change.

Free assessment

Have a process that’s slow, manual or risky? Let’s engineer a smarter one.

An engineer, not a salesperson, will reply within one business day. The first assessment is free and there is no obligation.