◆ MLOps Consulting Services Company

Build, deploy and scale ML in production — reliably

A model that works in a notebook is not a system your business can depend on. We build the MLOps foundation — CI/CD pipelines, scalable serving, drift monitoring and governance — that turns models, LLMs and RAG systems into production AI that stays accurate, reproducible and auditable long after launch day.

4.9★★★★★
4.8★★★★★
5.0★★★★★
Weeks → hoursFaster, safer model deployment
📊
ContinuousDrift & performance monitoring
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Audit-readyFull lineage and reproducibility

Trusted by startups, scale-ups & enterprises worldwide

The real blockers

The common challenges in implementing MLOps

Without MLOps, AI models often fail in production due to a lack of automation, monitoring and scalable deployment pipelines. Click a panel to see the challenge, how we fix it, and what changes.

01Models degrade silently
Model Drift

The model was accurate at launch. Nobody checked since.

The world moved, the data shifted, and accuracy quietly decayed. With no monitoring, you find out from a customer complaint or a bad quarter — long after the model started getting it wrong.

💡Our fix: Automated drift and performance monitoring that watches inputs and predictions in production, alerts when quality slips, and triggers retraining before the business feels it.
Continuousdrift monitoring
Alertedbefore customers notice
Autoretraining triggers
02Manual deployment
No CI/CD for ML

Shipping a model takes three weeks and a prayer

Deployment is a hand-cranked ritual — copy files, tweak configs, hope nothing breaks. Every release is risky, slow and impossible to reproduce, so improvements pile up unshipped.

💡Our fix: CI/CD pipelines built for ML: automated testing, versioned models, one-click deployment and instant rollback. Shipping a model becomes routine instead of an event.
Minutesnot weeks to deploy
One-clickrollback
Reproducibleevery release
03Can't reproduce results
No Versioning

Which data and code produced that model? Nobody knows.

Data, code and models drift apart with no version links. You cannot reproduce last month's result, cannot debug a regression, and cannot prove to an auditor how a decision was made.

💡Our fix: End-to-end lineage — versioned data, code, models and experiments tied together — so any result is reproducible and every model is traceable back to exactly what built it.
Reproducibleany past result
Linkeddata · code · model
Audit-readylineage
04Scaling breaks it
Infrastructure

It ran fine on one machine. Production is a different animal.

A model that worked in a notebook chokes under real traffic — latency spikes, GPU costs balloon, and there is no autoscaling, no serving layer and no cost control.

💡Our fix: Scalable serving infrastructure — containerised, autoscaling, GPU-aware — with latency targets and cost controls engineered in, so production load is a plan rather than a crisis.
Autoscalingserving layer
Sub-secondlatency targets
ControlledGPU spend
05Teams work in silos
Collaboration

Data scientists build it. Engineers cannot ship it.

Notebooks thrown over the wall, no shared tooling, no reproducible environment. Handover is a rewrite, and the gap between "it works on my laptop" and "it runs in production" swallows months.

💡Our fix: A shared MLOps platform and workflow — common tooling, reproducible environments and clear handoffs — so data science and engineering ship together instead of colliding.
Sharedplatform & tooling
Nonotebook-to-prod rewrite
Fasterhandover to production
What we build

MLOps Services Built for Production AI

We help enterprises close the gap between data science and reliable operations — through automated pipelines, scalable infrastructure, real-time observability, model governance and continuous optimisation.

Before investing, find out how production-ready your ML actually is. A structured review of your pipelines, infrastructure, monitoring and practices — with a prioritised plan to close the gaps.

  • ML maturity & readiness scoring
  • Pipeline, infra & tooling review
  • Gap analysis vs. best practice
  • Prioritised MLOps roadmap
Get an MLOps assessment →

Replace hand-cranked steps with automated, reproducible pipelines — from data ingestion and training to validation and deployment — so models ship reliably and repeatably.

  • Automated training pipelines
  • Data & feature pipeline orchestration
  • Pipeline testing & validation
  • Scheduled & event-driven runs
Automate my ML pipelines →

Get models into production the right way — containerised, versioned, autoscaling and monitored — with the serving pattern that fits your latency and cost needs.

  • Real-time & batch serving
  • Containerised, autoscaling deployment
  • Canary & blue-green releases
  • Latency & throughput optimisation
Deploy my models →

Know how every model is doing in production — accuracy, drift, latency and cost — with alerting that catches problems before your customers do.

  • Drift & performance monitoring
  • Data quality & integrity checks
  • Latency, error & cost dashboards
  • Alerting & automated retraining triggers
Monitor my models →

Operationalise LLMs and agents specifically — tracing, evaluation, prompt versioning, token-cost control and guardrail monitoring — the parts classic MLOps was never built for.

  • Request tracing & evaluation
  • Prompt & version management
  • Token cost & latency dashboards
  • Guardrail & quality monitoring
Operationalise our LLMs →

Stop rebuilding the same features for every model. A feature store gives training and serving one consistent source, killing the train-serve skew that quietly wrecks accuracy.

  • Centralised feature store
  • Consistent training & serving features
  • Feature versioning & reuse
  • Point-in-time correctness
Build a feature store →

Design and build the platform your ML runs on — compute, storage, orchestration and networking — sized for real workloads on AWS, GCP or Azure, cloud or hybrid.

  • ML platform architecture
  • GPU & compute optimisation
  • Cloud & hybrid infrastructure
  • Infrastructure-as-code
Design my ML platform →

Make your ML auditable and compliant — model registries, approval workflows, lineage and access control — so risk and regulators can see exactly what runs and why.

  • Model registry & approval workflows
  • End-to-end lineage & audit trails
  • Access control & policy enforcement
  • Responsible-AI documentation
Govern my ML →
Our track record

AI excellence, backed by numbers

More than a decade delivering measurable results for enterprises, SMEs and technology companies worldwide.

15+Years in software engineering
250+Projects delivered
100+AI, data & software engineers
350+Global clients
91%Client retention
4.9★Average client rating
50+ML systems in production
24/7Support & monitoring
Case studies

MLOps Case Studies

Three teams whose models finally became dependable production systems.

Healthcare

From three-week deploys to same-day

Challenge: Every model update was a manual, error-prone process taking weeks. Improvements queued up unshipped and one bad release had already caused an outage.

Solution: CI/CD pipelines with automated testing, a model registry, canary releases and one-click rollback — deployment turned into a routine, reversible operation.

3 wks → same-daydeploy time
One-clickrollback
0failed releases since
Financial Services

Catching drift before the regulator did

Challenge: A credit model was silently drifting. Without monitoring, the first signal would have been a compliance finding.

Solution: Drift and performance monitoring with automated alerts and retraining triggers, plus full lineage so every decision was reproducible and auditable.

Continuousdrift detection
Audit-readyfull lineage
-30%model-related incidents
Retail & E-commerce

Serving that scaled with the traffic

Challenge: A recommendation model buckled during peak sales — latency spiked and GPU costs ran away with no autoscaling in place.

Solution: Containerised, autoscaling serving with latency targets, GPU optimisation and cost controls, load-tested against peak-season traffic.

-45%GPU cost
<120msp95 latency at peak
Zeropeak-day incidents

Models that work but won't ship — or won't stay accurate?

Get a free 30-minute MLOps assessment. We'll review your pipelines, serving and monitoring, and tell you the three things worth fixing first — no pitch.

Get My Free MLOps Assessment →
What you actually get

Business Outcomes Our MLOps Consultants Help You Achieve

MLOps is only worth doing if it changes something measurable — release speed, reliability, cost or risk. These are the outcomes our clients track.

Faster Model Release

Weeks → hours

Automated pipelines turn model deployment from a risky event into a routine, reversible operation.

Reliable Models in Production

Drift caught early

Monitoring and retraining keep accuracy from decaying silently between launch and the next crisis.

Stronger Governance

Audit-ready by default

Registries, lineage and approval workflows mean risk and regulators can see what runs and why.

Better Visibility

Full observability

Accuracy, drift, latency and cost on one dashboard, so problems surface before customers find them.

Aligned Teams

No notebook-to-prod rewrite

Data science and engineering share one platform, so handover stops swallowing months.

Lower Infra & Inference Cost

Controlled compute

GPU optimisation, autoscaling and right-sizing stop production spend running away with itself.

Scalable, Repeatable Delivery

Ship the next model faster

Reusable pipelines and infrastructure mean model two through ten plug in rather than start over.

Fewer Production Incidents

Stable, reversible releases

Testing, canary rollout and one-click rollback take the fear out of shipping a model.

How we work

How Our MLOps Consulting Services Work

A structured path from assessing your current setup to a production ML platform your team can run — and keep running as it scales.

1

Assess

Review pipelines, infrastructure, monitoring and practice to establish real production readiness.

2

Architect

Design the MLOps platform, tooling and workflow around your stack, team and workloads.

3

Automate

Build CI/CD, training and data pipelines so models ship reliably and repeatably.

4

Deploy

Stand up scalable, versioned, autoscaling serving with canary and rollback built in.

5

Monitor

Wire in drift, quality, latency and cost monitoring with alerting and retraining triggers.

6

Govern

Add registries, lineage, approval workflows and access control for audit and compliance.

7

Enable

Hand over documented tooling and train your team to run and extend the platform.

8

Optimise

Tune cost, latency and reliability continuously, and scale the platform to the next model.

Let's get your ML production-ready

Book a free, no-obligation MLOps assessment. We'll review where you stand, tell you honestly what's missing, and give you a costed plan to make your models reliable in production.

★★★★★ Rated 4.9/5 across Clutch, Google & GoodFirms
Deep expertise

Technical Expertise of Our MLOps Engineers

Depth across pipelines, serving, monitoring, infrastructure and governance — the engineering that keeps production ML accurate, affordable and auditable.

🔁

CI/CD & Pipeline Automation

Automated training, testing and deployment pipelines that make shipping a model routine and reproducible.

📊

Model Monitoring & Observability

Drift, quality, latency and cost monitoring with alerting and automated retraining triggers.

🗄️

Feature Stores & Data Pipelines

Consistent training-and-serving features that kill train-serve skew and speed up the next model.

🚀

Scalable Model Serving

Real-time and batch serving — containerised, autoscaling and GPU-aware — tuned for latency and cost.

LLMOps & Agent Operations

Tracing, evaluation, prompt versioning and token-cost control for LLM and agent systems.

☁️

Cloud & ML Infrastructure

ML platforms on AWS, GCP and Azure — compute, storage and orchestration, cloud or hybrid.

🏗️

Infrastructure-as-Code

Reproducible, version-controlled infrastructure with Terraform and Kubernetes, not click-ops.

🛡️

Governance & Responsible AI

Model registries, lineage, approval workflows and audit trails for regulated environments.

🧩

Integration & Orchestration

Connecting pipelines, stores, serving and monitoring into one coherent, maintainable platform.

Our toolkit

Technologies We Leverage

A vendor-agnostic MLOps stack across clouds and tools — chosen to fit your infrastructure, team and budget rather than a platform we resell.

Cloud & Platforms

AWS SageMaker Azure ML Vertex AI Databricks Kubernetes Docker

LLMOps & Agent Operations

LangSmith Langfuse Ragas Arize Phoenix Model Context Protocol LangGraph

Model Observability & Evaluation

MLflow Weights & Biases Arize WhyLabs Evidently AI DeepEval

Orchestration & Pipelines

Apache Airflow Kubeflow dbt Temporal Apache Spark Prefect

CI/CD & Infrastructure

Git GitLab CI GitHub Actions Terraform Jenkins ArgoCD

Data & Feature Engineering

Feast Tecton Pandas PyArrow Snowflake BigQuery

Serving & Inference

TorchServe TF Serving vLLM Ray Serve FastAPI NVIDIA Triton

Monitoring & Observability

Prometheus Grafana OpenTelemetry Sentry ELK Stack Datadog
Where we work

How MLOps Services Apply Across Industries

MLOps helps enterprises across regulated and data-intensive sectors deploy, monitor, govern and continuously improve AI in production.

Client voices

What Our Clients Say

The reason teams trust us to keep their models running.

Video Testimonials

Why ZTS India

Why Businesses Choose ZTS India for MLOps

A partner that treats production ML as an engineering problem with owners — so your models stay accurate, affordable and auditable.

🏭

Production-first, always

We build ML systems to run, not to demo. Everything is designed for the day it meets real traffic, real data and real auditors.

🔀

Full-spectrum AI expertise

MLOps, LLMOps, data engineering and the models themselves under one roof — we operationalise what we also build.

🧾

Vendor-agnostic architecture

We design around your cloud, your stack and your budget — not around a platform we happen to resell.

🧩

Engineering discipline built in

CI/CD, infrastructure-as-code, testing and version control — 15+ years of shipping software, applied to ML.

🏢

Industry-specific know-how

Governed, auditable ML for regulated sectors — finance, healthcare and beyond — where compliance is not optional.

🔐

Enterprise security & governance

Access control, lineage, audit trails and data-retention policy designed in from the first sprint.

Build scalable AI systems with structured MLOps

Tell us what you've built and where it's struggling in production. We'll come back with an honest assessment, the fixes that matter most, and a transparent estimate — free.

No obligation · Response within 1 business day · NDA on request
Good to know

FAQs — MLOps Consulting Services

MLOps is the discipline of running machine learning in production reliably — the pipelines, monitoring, versioning, serving and governance that keep models accurate, reproducible and auditable after launch. Without it, models degrade silently, deployments are slow and risky, results cannot be reproduced, and nobody can prove to an auditor how a decision was made. It is the difference between a model that demos and one your business can depend on.

MLOps borrows CI/CD, automation and infrastructure-as-code from DevOps, but adds the things unique to ML: models degrade as data drifts (code does not), results must be reproducible from specific data and code versions, and you have to monitor accuracy, not just uptime. It also has to bridge data scientists and engineers, who often work in very different tools.

That is the most common reason clients come to us. We assess your current setup, then build the CI/CD pipelines, serving infrastructure and monitoring that turn deployment into a routine operation and give you visibility into how every model is performing. Usually we can do this without disrupting the models themselves.

Both. LLMs and agents need their own operational layer — LLMOps — covering tracing, evaluation, prompt versioning, token-cost control and guardrail monitoring, which classic MLOps was never designed for. We build and run both, and increasingly the two together.

With monitoring that watches input data and predictions for drift and performance decay, alerting that fires when quality slips, and automated retraining triggers so the model refreshes before the business feels it. You get dashboards showing accuracy, drift, latency and cost rather than finding out from a complaint.

We are vendor-agnostic. We work across AWS SageMaker, Azure ML, Vertex AI and Databricks, with tools like MLflow, Kubeflow, Airflow, Weights & Biases, LangSmith and the rest, on Kubernetes. We recommend the stack that fits your cloud, team and budget rather than one we resell.

Yes. We add model registries, end-to-end lineage linking data, code and models, approval workflows and access control, so you can reproduce any result and show a regulator exactly what ran and why. This is essential in finance, healthcare and other regulated sectors and is built in from the start.

In most cases, yes. We design the MLOps platform around your current cloud and stack rather than replacing it, adding the pipelines, serving and monitoring layers where they are missing and integrating with what already works.

Yes. We hand over documented, infrastructure-as-code platforms and train your team to operate and extend them. You can run it yourself, or keep us on as a dedicated MLOps team — there is no lock-in either way.

A maturity assessment and roadmap is a small fixed-price engagement. Building the platform is priced fixed-scope or as a monthly dedicated team, depending on how much you want built versus advised. The initial assessment call is free.

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