VegradeAI engineering
Capability

Machine Learning & MLOps

From training workflows to model serving and monitoring, we implement MLOps so models deliver results under real latency, drift, and cost pressure—not only in notebooks.

Machine learning in production—with MLOps discipline built in.

Model deployment, drift monitoring, SageMaker, Vertex AI, Kubeflow

Phases

4-phase program

Timeline

commonly 8–16 weeks by scope

Outcomes

3 target deliverables

Problem framing

Where teams lose leverage

Teams stall when pipelines, training environments, and serving paths are improvised. Production ML needs repeatable workflows, observability, and governance—not one-off scripts.

  • 1

    Data collection and preparation lack contracts, slowing every model iteration.

  • 2

    Models work in notebooks but fail under real latency, drift, and cost pressure.

  • 3

    No MLOps discipline means releases are manual and regressions go unnoticed.

Target outcomes

What this engagement delivers

  • End-to-end pipelines for collecting, processing, and preparing ML-ready data

  • Trained and validated models with documented baselines and promotion criteria

  • Deployed serving with monitoring, drift awareness, and operational runbooks

Scope

Deliverables we commit in writing

Exact backlog is tailored in discovery; below is representative of what enterprise buyers typically require for acceptance.

01

Data pipeline engineering with batch and streaming where needed

02

ML model development with TensorFlow, PyTorch, and framework fit for your problem

03

Model deployment and serving with A/B paths and safe rollouts

04

MLOps automation for train, test, deploy, and monitor loops

05

AI governance hooks: explainability, policy, and responsible ML practices

06

Performance monitoring for model quality, data drift, and system health

Program structure

Phased delivery model

Milestones map to artifacts you can review with engineering, security, and finance stakeholders.

1

Week 1–2

Discovery & strategy

Business objectives, data landscape, and ML roadmap.

2

Weeks 2–6

Infrastructure setup

Pipelines, compute, storage, and observability.

3

Weeks 4–10

Model development

Train, validate, and benchmark against agreed metrics.

4

Week 10+

Deployment & MLOps

Production serving, monitoring, and continuous improvement.

Reference view

Logical architecture

Your production topology will reflect your cloud, identity, and data residency choices — this diagram communicates control points and trust boundaries we design around.

Technology

Typical stack (vendor-neutral)

We standardize on primitives your team can operate — and avoid stack-lock where it hurts maintainability after handoff.

PythonTensorFlow · PyTorchApache SparkKubernetesMLflow · KubeflowAWS SageMaker · Vertex AI

Indicative timeline

Infrastructure and first production models: commonly 8–16 weeks by scope

Final scope depends on your data maturity, integration count, and compliance requirements — all defined in the written SOW.

Get a scoped estimate

Governance

Security and compliance posture

We implement technical controls and documentation suitable for enterprise procurement — not checkbox theater.

Versioned datasets and reproducible training configurations

Access controls on training data and model artifacts

Monitoring and alerting tied to business-critical model SLAs

Procurement

Statements of work, change control, and optional penetration-test windows are scoped explicitly. Legal sign-off remains with your counsel.

FAQ

Technical and commercial questions

Machine Learning & MLOps

Ready to scope this engagement?

Thirty-minute discovery call. Fixed written scope within a week. No open-ended hourly burn.