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MLOps Services

Build your production machine learning models using well-defined pipelines, scalable infrastructure, and governance to deploy, monitor, retrain, and manage the lifecycle of your machine learning models.

Talk to Our MLOps Experts

Proven MLOps Engineering Expertise for Production AI

3+
Years of Engineering Expertise
50+
Enterprise Project Delivered
175+
Engineers & Technology Experts
10+
Countries Served
15+
Industries Served

Production-Focused MLOps Services for Modern AI Systems

Build reliable, scalable ML systems with robust pipelines, automated model operations, continuous monitoring, governance, and efficient deployment across cloud, on-premises, and hybrid environments.

MLOps Services

We build and manage the infrastructure, pipelines and processes that bring machine learning models from development to production ready, governed use.

MLOps Consulting & Maturity Assessment

Assess your current ML operations, tooling, infrastructure and governance practice to understand how to operationalize your ML efforts at scale.

ML Pipeline Engineering & Automation

Automate and make the process reproducible for ingestion, feature engineering, training, validation, and serving by shifting from manual and non-reproducible model creation to a CI/CD/CT workflow.

Model Deployment & Serving

Deploy models into production using a containerized, version-controlled environment to enable batch, real-time and edge deployments.

Model Monitoring, Observability & Drift Detection

Monitor model performance, data drift, concept drift and system health while triggering alerts about issues prior to business impact.

Feature Store & Model Registry Management

Centralize features, models versions, experiments and metadata management to create repeatable, auditable and reusable models.

Model Governance, Compliance & Explainability

Create model governance and compliance frameworks including approval processes, security, access control, auditing and explainability capabilities.

Managed MLOps Services

Ongoing operation of your ML infrastructure and pipelines, deployment support, monitoring, retraining orchestration, incident response, and cost/performance optimisation.

Not sure how mature your ML operations are?

Arrange a consultation with our MLOps architects and walk away with a maturity assessment, gap analysis, and a phased roadmap to production-ready ML.

CTA: Discuss Your MLOps Roadmap

Industry-Specific MLOps Solutions for Scalable Solutions

Deploy scalable, industry-ready MLOps with automated pipelines, model monitoring, governance, and optimization tailored to the unique data, compliance, and operational needs of your business.

BFSI

Production-grade MLOps for fraud detection, credit risk, and underwriting models with audit trails, model governance, and monitoring capabilities suited for regulatory audits.

ISVs

Scalable MLOps for software products with automated model deployment, versioning, monitoring, and CI/CD to accelerate AI releases while improving reliability and governance.

FinTech

fraud detection, risk scoring, and financial forecasting with continuous monitoring, governance, and secure model deployment across regulated financial environments.

Retail

Automated pipelines to retrain and deploy recommendation, pricing, and demand forecasting models with changes in consumer behavior.

Manufacturing

Deployment and monitoring of predictive maintenance and quality inspection models in real time on edge and plant-floor infrastructure.

Logistics

Automated retraining and deployment pipelines that keep forecasting and routing models current as demand and network conditions change.

Healthcare

Consistent deployment and monitoring of ML models used clinically and operationally with a governance framework in alignment with healthcare regulations.

SAAS

MLOps integrated with CI/CD for teams developing churn, usage, and recommendation models for their products.

How Could MLOps Transform Your AI Operations?

Build Your MLOps Foundation
  • Streamlined Model Deployment
  • Automated ML Workflows
  • Continuous Model Monitoring
  • Data & Model Governance
  • Scalable ML Infrastructure
  • Reliable Production Operations

MLOps Governance for Secure and Responsible Machine Learning

Machine Learning Operations includes integration between data, training pipeline, model, deployment, production infrastructure, and production monitoring. Xcelere offers complete lifecycle management taking into account governance, privacy, risks, and industry standards.

Compliance

ISO/IEC 42001

NIST AI RMF

ISO/IEC 23894

ISO/IEC 27001

NIST CSF

SOC 2

DPDP Act

CCPA/CPRA

PDPL

GDPR

Advanced MLOps Capabilities for Emerging AI Systems

We extend MLOps practices to newer production AI environments where models are larger, more dynamic, distributed, and harder to govern with traditional tooling.

LLMOps

Deployment, versioning, evaluation, monitoring, and lifecycle management for large language models, including prompt and version tracking, output evaluation, cost monitoring, latency monitoring, and production guardrails.

Agentic AI Operations

Observability and operational control for autonomous, multi-step AI agents, tracking decisions, tool calls, execution paths, failures, and outcomes so agentic systems remain reliable, measurable, and auditable in production.

Multi-Cloud MLOps

Create pipeline and architectural designs that work reliably in AWS, Azure, GCP, and on-premises systems while reducing dependence on each cloud platform.

Edge ML Operations

Deploy the models to the edge of the device or network where latency, bandwidth, connectivity, and data sovereignty constraints preclude centralizing inference.

Kubernetes-Native MLOps

Deploy training and serving using Kubernetes to leverage containerization advantages for portability and scalability.

Ready to Move Machine Learning Into Reliable Production?

Develop the pipelines, monitoring, infrastructure, and governance to ensure that your ML models remain functional rather than simply being implemented and ignored.

Flexible MLOps Technology Ecosystem for Modern ML

Python

PyTorch

TensorFlow

Scikit-learn

XGBoost

Keras

MLflow

Kubeflow

DVC

Weights & Biases

Airflow

Feast

Tecton

SageMaker Feature Store

Amazon SageMaker

Azure Machine Learning

Google Vertex AI

Databricks

Docker

Kubernetes

KServe

NVIDIA Triton

Prometheus

Grafana

Seldon

Evidently AI

Arize

WhyLabs

Python

PyTorch

TensorFlow

Scikit-learn

XGBoost

Keras

MLflow

Kubeflow

DVC

Weights & Biases

Airflow

Feast

Tecton

SageMaker Feature Store

Amazon SageMaker

Azure Machine Learning

Google Vertex AI

Databricks

Docker

Kubernetes

KServe

NVIDIA Triton

Prometheus

Grafana

Seldon

Evidently AI

Arize

WhyLabs

Our Approach to Reliable and Scalable MLOps Engineering

Our MLOps process involves integrating models, data pipeline, infrastructure, and operations into one governed and automated life cycle.

Assess

We begin by assessing your current workflow, tools, infrastructure, deployment, monitoring, and governance in order for us to identify potential bottlenecks and areas for automation.

Design the MLOps Architecture

We define pipeline orchestration, model registry and lifecycle strategy, CI/CD/CT approach, serving architecture, monitoring framework, security controls, and governance processes aligned to your environment.

Build the Pipelines

We engineer automated data, training, validation, registration, and deployment pipelines — turning ad hoc model builds into a reproducible and auditable process.

Deploy to Production

Our models are released via an environment that is controlled, versioned, and deployed using a phased rollout, canary deployment, health monitoring, and rollback processes when necessary.

Monitor & Govern

We continuously monitor our models for performance, drift, data quality, latency, infrastructure, and production, as well as governance mechanisms like access management and audit trails.

Retrain & Optimise

We automate retraining triggers, manage model lifecycle transitions, and continuously optimise infrastructure, resource utilisation, cost, and performance as usage scales.

Why Is Xcelore a Strategic MLOps Engineering Partner?

Production Over Prototypes

We engineer MLOps systems for real production environments, not proof-of-concept pipelines that stall before scale.

Full-Stack Engineering

MLOps is backed by our data engineering, software engineering, cloud, and DevOps capabilities, not a standalone toolchain.

Pragmatic Technology Choices

We select pipeline, orchestration, and serving tools based on your existing stack, team skills, scale, and cost constraints, not vendor preference.

Built for Governance

Compliance, audit trails, and explainability are engineered into the pipeline from day one, not bolted on before an audit.

Continuous Operation

Monitoring, retraining, and optimisation are part of how we build, so model performance holds up months and years after go-live.

Flexible Engagement

Work with Xcelore through consulting, project delivery, dedicated pods, or fully managed MLOps services.

Let’s talk

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Frequently Asked Questions

Do you provide MLOps services for new and existing machine learning models?

Yes. Our services offer both newly created models and the machine learning models that are already deployed in your environment. This includes deployment pipelines, model serving, monitoring, governance, lifecycle management, and production operations.

Can you deploy and productionise existing machine learning models?

Yes. The existing machine learning model can be productionized through the process of auditing the current ML environment and identifying the operational gaps, followed by creating a solution for deployment, monitoring, governance, and life cycle management.

How long does an MLOps implementation typically take?

It depends on aspects like infrastructure, complexity of the model, deployment requirements, governance etc. A simple pipeline for production can be provided in a matter of weeks, but an enterprise-grade platform has to be phased out and could take a month or more.

How does MLOps improve model reliability in production?

MLOps enhances production reliability through model monitoring, data validation, detecting drifts, performance monitoring, retraining, versioned deployments, and operations alerting to ensure consistency of model performance over time.

How do you manage machine learning model versioning and deployment?

The models of machine learning are controlled by model registries, versions, deployments, and environment-based promotions from development to staging and production. This helps in improved traceability and governance, as well as rollback abilities.

Ready to Scale?

Make Machine Learning Reliable at Production Scale

Whether you are deploying your first model or operating hundreds across teams, Xcelore brings the pipelines, infrastructure, and governance that keep machine learning running, accurately, securely, and continuously.