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MLOps / LLMOps

The operational backbone that keeps AI systems reliable, observable, and continuously improving.

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The MLOps lifecycle

Ship once, improve forever.

A model isn't done at launch — it loops. Tap a stage in the cycle.

MLOpsDataTrainEvalDeployMonitorImprove
Data — Versioned, validated data and features — the reproducible starting point for every model.
Overview

MLOps & LLMOps.

Shipping a model is the easy part — operating it reliably is where most AI initiatives stall. We build the training pipelines, model registries, serving infrastructure, and CI/CD for ML that turn one-off experiments into dependable production systems.

For LLM-based systems we add prompt versioning, output evaluation pipelines, drift detection, and cost monitoring — so quality and spend stay under control as usage scales.

What's included

Training & retraining pipelines

Automated, reproducible pipelines from data to deployed model.

Model serving & versioning

Scalable inference with versioning and safe rollback.

Evaluation & drift detection

Continuous evals and drift alerts that catch quality slips early.

Cost & performance monitoring

Visibility into spend and latency so AI stays affordable at scale.

What we build

From experiment to dependable system.

The pipelines and platforms that make AI production-grade — for ML and LLMs alike.

01

Training & retraining pipelines

Automated, reproducible paths from data to deployed model.

02

Model serving & versioning

Scalable, observable inference with versioning and rollback.

03

CI/CD for ML

Tested, gated promotion of models the same way you ship code.

04

Prompt & model versioning (LLMOps)

Versioned prompts and models so changes are tracked and reversible.

05

Evaluation & drift detection

Automated evals and drift alerts before users feel a regression.

06

Cost & performance monitoring

Dashboards and alerts that keep spend and latency in check.

Why it matters

The value of operating AI well.

Most AI value is lost after launch — MLOps is how you keep it.

From notebook to production

Turning promising experiments into systems real users depend on.

Reliability & uptime

Serving and rollback designed so AI stays available and predictable.

Catch drift early

Monitoring that flags quality decay before it reaches customers.

Control AI spend

Cost tracking and right-sizing for AI's nonlinear, surprising bills.

Reproducible & auditable

Versioned data, models, and prompts — provable and repeatable.

Scales with usage

Infrastructure that grows smoothly from pilot to heavy production load.

MLOps capabilities

The depth behind reliable AI.

Operational engineering for both classic ML and LLM systems.

Training pipelines
Model registry
CI/CD for ML
Serving & inference
Feature stores
Evaluation & evals
Drift detection
Prompt versioning
Cost monitoring
Observability
Rollback
Multi-cloud
Modern MLOps stack

Tools & technologies we build with

Best-of-breed MLOps and LLMOps tooling, on any cloud.

MLOps
MLflow
Kubeflow
SageMaker
Vertex AI
Serving
vLLM
BentoML
KServe
Triton
LLMOps
LangSmith
promptfoo
Ragas
Orchestration
Airflow
Dagster
Observability
Prometheus
Grafana
OpenTelemetry
Cloud
AWS
Azure
GCP
Our approach

How we deliver MLOps

1

Data & pipelines

Version data and build reproducible pipelines to the model.

2

Train & register

Automate training and tracking in a model registry.

3

Deploy & serve

Ship to scalable, observable serving with safe rollback.

4

Monitor & evaluate

Track drift, quality, and cost with alerting in production.

5

Retrain & improve

Close the loop — retrain on drift and feedback, continuously.

200+
Projects delivered
50+
Worldwide clients
120+
Skilled experts
2017
Building production AI
FAQ

Common questions

What's the difference between MLOps and LLMOps?+
MLOps operates models in general; LLMOps adds the LLM-specific pieces — prompt versioning, output evals, and cost monitoring for token-based systems.
Why do models fail after launch?+
Data drifts, usage changes, and quality decays silently. Monitoring, evals, and retraining catch and fix that before users notice.
How do you keep AI costs predictable?+
Cost monitoring, right-sizing, caching, and routing — so spend tracks value as usage scales.
Can you work in our existing stack?+
Yes — we're tool- and cloud-agnostic and adopt your registry, pipelines, and serving, or recommend improvements.

Keep your AI reliable.

Consultation is free. Tell us what you're running — we'll make it dependable.

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