Status quo · late 2026
What has changed — and why it matters now
How we approach it
Our method for Data Science
01FrameDecision, metric, baseline, value hypothesis.
02Data & featuresFeature engineering, leakage checks, feature store.
03ModelBaselines first; gradient boosting, time-series, deep learning where justified; experiment tracking.
04DeployBatch or real-time serving, CI/CD, registry, approvals.
05MonitorDrift, performance, business value; retraining triggers.
In depth
Typical use cases
Demand & financial forecasting
Hierarchical time-series, scenario planning.
Predictive maintenance / IoT
Sensor analytics, anomaly detection, remaining useful life.
Customer models
Churn, propensity, lifetime value, next-best-action.
Risk & fraud
Scoring, anomaly detection, explainable decisions.
Optimisation
Pricing, scheduling, routing with OR + ML.
What you get
Deliverables
Regression & forecast modelsML pipelinesIoT analyticsMLOps deploymentDrift detectionModel performance monitoring
Technology-agnostic
Platforms we work across
We design for the outcome first and choose the platform second — across Microsoft, AWS and Google Cloud, and every major AI provider.
Azure ML & Fabric Data ScienceDatabricksAWS SageMakerGoogle Vertex AIMLflowscikit-learn / XGBoost / PyTorchProphet / Nixtla
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