MLOps: Production-Grade Machine Learning at Enterprise Scale

DS Stream operationalizes machine learning across the enterprise — turning models from data science notebooks into governed, monitored, and scalable production systems. We deliver MLOps platforms that reduce time-to-value, ensure compliance, and keep models reliable in real-world conditions.

End-to-end MLOps for governed, reliable ML in production

We design and operate MLOps platforms covering the full lifecycle — from experiment tracking and CI/CD to monitoring, drift detection, and automated retraining — with governance and ROI tracking built in.

Book a 30-minute MLOps consultation
MLflow
Kubeflow
Feature Store
Vertex AI
SageMaker
Databricks Workflows
/ Problem

Why Most ML Models Never Reach Production

Even highly accurate models fail to deliver business value when they lack production infrastructure: no CI/CD for models, no monitoring, no rollback strategy, and no governance. Data drifts silently, deployments stall in handoffs, and ML teams spend more time on plumbing than on models.

Models Stuck in Notebooks
Data scientists ship Jupyter notebooks; engineering teams cannot productionize them at scale.
No Reproducibility
Different results in dev and prod because environments, data, and code are not versioned together.
Silent Model Decay
No drift detection means models degrade in production without anyone noticing until business KPIs slip.
Manual, Slow Deployments
Every release is a custom project — no standard pipeline, no automated tests, no rollback path.
/ What We Deliver

MLOps Capabilities for Enterprise AI

Model Lifecycle Management
CI/CD for Machine Learning
Production Monitoring & Drift Detection
Feature Store & Data Pipelines
Governance & Compliance
Model Lifecycle Management

End-to-end experiment tracking, model registry, versioning, and lineage across teams and environments.

CI/CD for Machine Learning

Automated build, test, and deployment pipelines for models — with rollback, canary, and shadow deployment strategies.

Production Monitoring & Drift Detection

Real-time monitoring of model performance, data drift, and concept drift with alerting and automated retraining triggers.

Feature Store & Data Pipelines

Centralized, reusable features with consistent computation between training and serving, eliminating training-serving skew.

Governance & Compliance

Model cards, audit trails, approval workflows, and explainability — embedded into the platform, not bolted on.

/ How it Works

How We Build Your MLOps Practice

Phase 1 — Assess & Design
Weeks 1–3

MLOps maturity assessment, target architecture, tooling selection, and reference pipeline design tailored to your cloud and existing data stack.

Phase 2 — Build MVP Platform
Weeks 4–10

Deploy core MLOps stack: experiment tracking, model registry, CI/CD pipeline, monitoring dashboard, and first production model deployed end-to-end.

Phase 3 — Scale & Govern
Weeks 11–20

Onboard additional models, set up feature store, integrate governance workflows, and transition operational ownership to internal MLOps team.

Phase 4 — Optimize
Ongoing

Continuous improvement of pipelines, cost optimization, drift detection tuning, and quarterly architecture reviews.

/ Business Impact

Business Impact

70%
Reduction in model deployment time vs. manual processes
3x
More models reaching production per year
99.9%
Production model availability SLA

70% reduction in model deployment time — from weeks to hours with automated pipelines.

3x more models in production per year through standardized deployment patterns.

Zero silent failures with continuous monitoring and automated drift detection.

Full audit traceability for every model in production — meeting GDPR, ISO, and AI Act requirements.

/ Who This is For

Who This Is For

Head of AI / ML Engineering Lead
Needs reusable infrastructure, production-grade pipelines, and eval harnesses they can operate independently after engagement.
CDO / Chief Data Officer
Needs ML to move from experimentation to a governed enterprise programme with financial traceability.
CTO / VP Engineering
Needs ML systems integrated into existing CI/CD, security, and cloud architecture — without creating tech debt.
Head of Data Science
Needs their team focused on modeling, not on infrastructure plumbing — with a platform they can trust.
/ Use Cases

Use Cases for MLOps

We deliver MLOps engagements across industries with deep vertical expertise.

Retail & CPG
Demand Forecasting in Production
E-commerce
Real-Time Recommendation Engine
Financial Services
Risk Scoring Models
Healthcare
Clinical Decision Support
Manufacturing
Predictive Maintenance
/ FAQ

Most Common Questions

What does MLOps actually deliver?

MLOps delivers the engineering discipline and platform that turn ML models into reliable, governed, monitored production systems — not just one-off experiments.

How is MLOps different from DevOps?

MLOps extends DevOps with model-specific concerns: data versioning, feature stores, drift detection, retraining triggers, and model governance.

What tools do you use?

We are tooling-agnostic — MLflow, Kubeflow, Vertex AI, SageMaker, Databricks, or custom stacks. We pick the right fit for your cloud and team skills.

How long until first model in production?

First model deployed end-to-end through the new platform in 8–12 weeks, with ROI baseline captured before build.

Do you support on-prem?

Yes — we deploy MLOps platforms on-prem, hybrid, and air-gapped environments for regulated industries.

Ready to Industrialize Your MLOps Practice?

Book a free 30-minute review. We will assess your current state, identify the highest-impact wins, and outline a clear path to production-grade MLOps delivery.

Book a 30-minute MLOps consultation
Step 1

MLOps Maturity Assessment

Two-week assessment of your current ML lifecycle, gaps, and quick wins with a prioritized roadmap.

Step 2

Reference Platform Setup

Deploy production-ready MLOps stack on your cloud — versioning, CI/CD, monitoring — in 8 weeks.

Step 3

First Production Models

Bring two existing models through the new platform end-to-end as production proof points.