Machine learning
development services.

Predictive models, classification, time-series forecasting, recommendation systems, and the MLOps platform underneath.

Brief us See work
What we build

We deliver machine learning development services for production use cases — classification, regression, forecasting, recommendation, ranking — with proper feature engineering, model versioning, and MLOps pipelines.

Problem · approach · outcome.

How we run this kind of work
01 · Problem

Models in notebooks are not models in production.

A model that works on a held-out test set can fail in production for half a dozen reasons — data drift, feature skew, training-serving mismatch, scale, latency, monitoring blind spots. Production ML is operations work as much as it is modelling work.

02 · Approach

Feature platforms, versioned models, observed systems.

Feature store as the single source of truth for features in training and serving. Model versions with full lineage. Training pipelines reproducible in CI. Drift and skew monitoring in production. Rollback strategy when reality deviates from training.

03 · Outcome

ML you operate, not ML you re-build.

Production models with full lineage, drift monitoring, A/B-tested releases, and a documented retraining cadence. The team can change one feature without rebuilding the system.

What we ship.

6 modules · extensible
F-01

Classification & regression

Tabular ML at scale — XGBoost, LightGBM, deep tabular models — with feature engineering and proper validation.

F-02

Time-series forecasting

Forecasting at fleet scale — Prophet, statsforecast, neural forecasting models, hierarchical reconciliation.

F-03

Recommendation systems

Collaborative filtering, two-tower models, sequence models — with cold-start and exploration strategies.

F-04

Feature platforms

Feast or in-house feature stores — single source of truth for training and serving features.

F-05

MLOps pipelines

Training pipelines, model registries, deployment infrastructure, and monitoring on MLflow / Kubeflow / SageMaker.

F-06

Drift & A/B

Production drift detection, A/B harnesses for model releases, and retraining triggers tied to drift signals.

Tech stack.

Production-tested
Modelling
scikit-learnXGBoostLightGBMPyTorchTensorFlow
Forecasting
ProphetstatsforecastNeuralProphetNIXTLA
MLOps
MLflowKubeflowSageMakerVertex AIWeights & Biases
Feature store
FeastTectonin-housepgvector

ML you
operate?

ML practice · MLOps-led
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Machine learning development FAQs.

Q-01What ML problem types do you solve?
Classification, regression, ranking, recommendation, forecasting, clustering, anomaly detection — across tabular, time-series, text, and vision data.
Q-02Do you build MLOps platforms?
Yes — training pipelines, model registries, deployment infrastructure, monitoring, and retraining cadence. On MLflow / Kubeflow / SageMaker / Vertex AI.
Q-03How do you handle drift?
Production monitoring of input distribution, feature distribution, prediction distribution, and label distribution. Drift triggers retraining workflows.
Q-04What about feature stores?
Feast or in-house feature stores — depends on team size, latency requirements, and existing stack. We help decide.
Q-05Can you take over an existing ML system?
Yes — model audit, MLOps gap analysis, and gradual modernisation. Often the highest-ROI engagement.

Related across the cluster.