05

·

/

Data & MLOps Foundations

Data & MLOps Foundations

The pipelines, feature stores and monitoring that let models stay accurate after launch, not just at demo time.

12–20 weeks

Typical timeline

$65k

Starting fee

Data & MLOps

Practice

Data & MLOps Foundations

02 · Overview

Data & MLOps

How we approach it

A model’s accuracy on launch day is the easiest number to hit and the least useful one. The real test is whether it’s still accurate six months later, after the data has drifted and the world it was trained on has moved on.

We build the foundations that make that possible: versioned data pipelines, feature stores your team can reuse across models, deployment tooling with a real rollback path, and drift monitoring that alerts before accuracy visibly degrades, not after a business user notices.

03 · What’s included

Fixed scope, fixed fee

Every

Data & MLOps Foundations

engagement

includes:

Scoped precisely after a workflow walkthrough, then written into the statement of work. Nothing on this list is optional.

Data pipeline & feature store design

Model training & evaluation infrastructure

Deployment & rollback tooling

Drift & performance monitoring

Cost and latency budgets

04 · What it typically delivers

From engagements in production

6.4 pts

average improvement in forecast accuracy (MAPE)

99.95%

average uptime across systems we operate

16 weeks

average time to production

05 · Timeline

12–20 weeks

12–20 weeks

scoped after a walkthrough.

The exact plan is written after we walk the workflow with the people who do it today. These are the phases it usually runs through.

Platform audit

Sources, pipelines, gaps

Wk 1–3

Pipelines & lineage

Versioned, tested, documented

Wk 3–11

Deployment & monitoring

Models as code, alerts from day one

Wk 11–17

Handoff

Runbooks and a named owner

Wk 17–20

06 · In production

See it

running somewhere real.

01

Ferrovia Logistics

Manufacturing & Logistics

Forecast error (MAPE)

12.5%

Was

18.9%

−6.4 pts

Forecasts that say when

they are losing accuracy.

Demand models across 22 distribution centres, monitored for drift and retrained on a schedule the planners can see.

22%

reduction in safety-stock carrying costs

6.4 pts

improvement in forecast accuracy (MAPE)

16 weeks

Kickoff to production

Read the case

01

Ferrovia Logistics

Forecast error (MAPE)

12.5%

Was

18.9%

−6.4 pts

Forecasts that say when

they are losing accuracy.

Demand models across 22 distribution centres, monitored for drift and retrained on a schedule the planners can see.

22%

reduction in safety-stock carrying costs

6.4 pts

improvement in forecast accuracy (MAPE)

16 weeks

Kickoff to production

Read the case

08 · Questions about this service

Straight answers

Questions

about this service.

Anything else, ask on the call. We answer before you sign, not after.

—

Do you work with our existing cloud and data stack?

—

What triggers a retraining cycle?

—

Who owns this after handoff?

Data & MLOps Foundations

09 · Start

Tell us the workflow.

We’ll scope the rest.

We’ll tell you what this service looks like for it, what it would take and what it would be worth.

Create a free website with Framer, the website builder loved by startups, designers and agencies.