MARK FAHAD

Enterprise-grade MLOps platform on Databricks with feature stores, model deployment, and CI/CD using Terraform for automated model lifecycle management.

Enterprise MLOps Platform with Feature Stores

  • Category : MLOps / Platform Engineering
  • Technologies : Databricks, MLflow, Terraform, Docker
  • GitHub : View Repository
Enterprise MLOps Platform

Project Overview

Architected a comprehensive machine learning platform on Databricks featuring feature stores, automated model deployment, and end-to-end CI/CD pipelines using Terraform. The platform manages infrastructure as code for automated deployments across multiple environments, serving 50+ production models with reduced deployment time from weeks to days.

Feature Store Architecture

Built a centralized feature store enabling feature reuse across multiple models, ensuring consistency between training and inference. The feature store includes versioning, lineage tracking, and automated feature computation pipelines, significantly reducing feature engineering effort and preventing training-serving skew.

Model Deployment & CI/CD

Implemented automated model deployment pipelines with Terraform, managing infrastructure as code for consistent deployments. The CI/CD pipeline includes automated testing, model validation, canary deployments, and rollback capabilities, ensuring production-grade reliability for all deployed models.

MLflow Integration

Integrated MLflow for experiment tracking, model registry, and model serving. The platform provides comprehensive model versioning, A/B testing capabilities, and automated model performance monitoring. Data scientists can easily compare experiments, promote models to production, and track model performance over time.

  • 01Feature Store

    Centralized feature management with versioning, lineage tracking, and automated computation.

  • 03Model Registry

    MLflow-based model versioning with automated promotion and rollback capabilities.

  • 02Automated CI/CD

    Terraform-managed infrastructure with automated testing and canary deployments.

  • 04Airflow Orchestration

    Automated model retraining workflows with scheduled execution and dependency management.

Results & Impact

The MLOps platform reduced model deployment time from weeks to days, enabling rapid iteration and faster time-to-market for ML initiatives. Successfully serving 50+ production models with automated monitoring, retraining, and deployment. The platform improved data science team productivity by 3x through feature reuse and automated workflows, while maintaining production-grade reliability and observability.

frequently asked questions

  • What is the MLOps platform's core functionality?
    End-to-end MLOps platform managing the complete ML lifecycle including feature engineering, model training, deployment, monitoring, and automated retraining. Serving 50+ production models with automated workflows.
  • What technologies power the platform?
    Databricks for compute and ML runtime, MLflow for experiment tracking and model registry, Terraform for infrastructure as code, Airflow for workflow orchestration, and custom feature store for centralized feature management.
  • How does the feature store work?
    Centralized feature repository enabling feature reuse across models, with versioning, lineage tracking, and automated computation pipelines. Prevents training-serving skew and reduces feature engineering effort by 60%.
  • What's the deployment process?
    Automated CI/CD pipeline with Terraform managing infrastructure, automated testing, model validation, canary deployments, and rollback capabilities. Models go from development to production in hours, not weeks.
  • What were the key results?
    Reduced model deployment time from weeks to hours, serving 50+ production models, improved data science productivity by 3x through feature reuse, and achieved production-grade reliability with automated monitoring.

Contact For Opportunities

project budget