ML PIPELINES

ML infrastructure that
doesn't break.

Production ML infrastructure — training pipelines, model serving, monitoring, version control, and continuous evaluation. The unglamorous engineering that turns models into reliable products.

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MLOPS SPEC
trainingreproducible pipelines
servinglow-latency · autoscaling
monitoringdrift · quality · cost
versioningdata · models · code
evaluationcontinuous · A/B

WHAT WE BUILD

End-to-end MLOps.

Training Pipelines

Reproducible, versioned training workflows with data validation, experiment tracking, and automated retraining.

Model Serving

Low-latency, autoscaling inference services with batching, caching, and graceful degradation.

Monitoring & Drift

Detect data drift, model decay, and quality regressions before they affect users — with alerting.

Versioning & Lineage

Track data, models, and code together so every prediction is reproducible and auditable.

Continuous Evaluation

Automated eval suites and A/B testing so you know a new model is actually better before it ships.

Feature Stores

Centralised, consistent features across training and serving to eliminate train/serve skew.

CAPABILITIES

Reliable models in production.

Automated Retraining

Trigger retraining on schedule or drift, with validation gates before anything reaches production.

A/B & Shadow Testing

Safely compare models in production with shadow deployments and controlled rollouts.

Scalable Serving

GPU/CPU autoscaling, batching, and multi-model serving optimised for cost and latency.

Cost Optimisation

Right-sized infrastructure, spot instances, and caching keep inference costs under control.

Pipeline Orchestration

Robust DAGs with retries, observability, and clear failure handling across the ML lifecycle.

Governance & Audit

Model registry, approvals, and lineage for compliance and reproducibility.

PROCESS

From idea to launch.

01

Discovery & Scoping

Define goals, success metrics, data sources, and constraints. A fixed-price sprint delivers a spec and roadmap you can take anywhere.

WK 1–2
02

Architecture & Design

System design, evaluation strategy, and infrastructure plan — built for production scale and observability from day one.

WK 2–4
03

Build & Integrate

Build the training, serving, monitoring, and evaluation infrastructure — orchestration, registry, feature store, and CI/CD for models.

WK 4–10
04

Evaluate & Harden

Benchmarking, load testing, error handling, monitoring, and cost controls before anything ships to users.

WK 10–12
05

Launch & Iterate

Milestone-gated go-live with monitoring and alerting, then continuous evaluation and improvement as usage grows.

WK 12+

TECHNOLOGY STACK

The stack we build on.

Orchestration

AirflowPrefectRay

Tracking

MLflowW&BDVC

Serving

BentoMLvLLMTriton

Features

FeastTecton

Infra

KubernetesAWSGCP

Monitoring

EvidentlyPrometheusGrafana

USE CASES

Infrastructure for every ML team.

Model Serving at Scale

Serve recommendation, ranking, or prediction models to millions of requests reliably.

Automated Retraining

Keep models fresh with pipelines that retrain and validate as new data arrives.

Drift Monitoring

Catch silent model decay in fraud, risk, and forecasting systems before it costs you.

Experimentation Platforms

Give data science teams a paved road from notebook to production with guardrails.

Feature Platforms

Consistent, reusable features shared across teams and models.

Regulated ML

Auditable, governed ML for finance, healthcare, and other compliance-heavy domains.

WHY CHOOSE US

MLOps done properly.

Infra Specialists

We've built the unglamorous plumbing that keeps ML reliable in production.

Evaluation-Driven

Nothing ships without proving it's better — continuous eval and A/B by default.

Cloud-Native

Kubernetes, autoscaling, and cost-aware architecture across AWS and GCP.

Reproducible

Versioned data, models, and code so every result can be reproduced and audited.

Tool-Agnostic

We use the right tools for your stack rather than forcing a fixed platform.

Long-Term Support

We keep the pipelines healthy as your models and data evolve.

FAQ

Common questions.

It spans the full lifecycle: data ingestion and validation, training, experiment tracking, model registry, serving, monitoring for drift and quality, and continuous evaluation — all orchestrated and reproducible.
Yes — that's the core problem we solve. We build the serving, monitoring, versioning, and retraining infrastructure that turns working notebooks into reliable production systems.
We're tool-agnostic and fit your stack — common choices include MLflow, Airflow/Prefect, Ray, BentoML, Triton, and feature stores like Feast, deployed on Kubernetes across AWS or GCP.
We monitor data and prediction distributions, set up alerting on drift and quality regressions, and build automated retraining with validation gates so degraded models never reach users.
Usually, yes. Right-sizing, batching, caching, spot instances, and model optimisation often cut serving costs significantly while maintaining latency targets.
Yes. ML infrastructure needs ongoing care as models and data change, and we offer maintenance and on-call support arrangements.

READY TO START?

Let's build it together.

Tell us what you're building. We'll scope it and give you a fixed price and timeline.

No commitment — a technical deep dive with our lead engineers · Trusted by 65+ teams since 2016