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    Cosmos-ML-Flow – Production-Grade MLOps Accelerator for AWS

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    Generating response  Copilot said: Cosmos-ML-Flow is a Databricks-based MLOps accelerator that automates the end-to-end ML lifecycle, from feature engineering and model training to inference, monitoring, and reporting. It provides a reusable, config-driven framework with Unity Catalog governance, MLflow tracking, automated quality checks, drift detection, and interactive dashboards. Deployed on AWS with Databricks, Amazon S3, Amazon MSK, and Delta Lake, it enables scalable, governed, and production-ready ML operations with minimal code changes.

    Overview

    Overview: Cosmos-ML-Flow is an end-to-end MLOps pipeline accelerator built on Databricks that automates the complete ML lifecycle for enterprise use cases. It delivers a config-driven, reusable framework for deploying and governing ML models at scale with Unity Catalog. The reference implementation demonstrates real-time transaction fraud detection ingesting from Kafka, performing feature engineering, training and validating models, scoring at scale, and monitoring model health. Part of Coforge Data Cosmos™ - the innovation backbone comprising of platforms, agents, and services that accelerates execution across every phase of the data lifecycle

    Key Features:

    1. Automated Feature Engineering: 10+ behavioral features: temporal patterns, user velocity (rolling averages, z-scores), transaction sequencing, and currency encoding.

    2. Dual Model Training: LightGBM (Champion) + XGBoost (Challenger) with Hyperopt tuning (50 trials, TPE algorithm) optimizing F1 score. Best model auto-promoted.

    3. MLflow Experiment Tracking: Full lineage: parameters, metrics, artifacts, classification reports, feature importance — all versioned and reproducible.

    4. Automated Quality Gates: 5-point validation (accuracy, F1, precision, recall, AUC-ROC) before any model reaches production. Models failing any gate are blocked.

    5. Unity Catalog Model Registry: Champion/Archived alias management with full versioning, governance, access controls, and audit trails.

    6. Batch Inference at Scale: Spark-distributed scoring writing predictions to Delta tables. Handles millions of transactions per batch cycle.

    7. Continuous Monitoring: PSI-based distribution drift + KS statistical tests across 8 numeric features with automated alerting. Triggers retraining before degradation.

    8. Interactive Dashboard: 5-page Streamlit UI: Executive Summary (KPIs, fraud distribution), Fraud Transactions (filterable with CSV export), Model Performance (live accuracy/F1 with pass/fail gates), Data Drift (PSI per feature), Real-Time Scoring (interactive with risk factors).

    9. Config-Driven Architecture: YAML-based pipeline and model configuration. No code changes needed to adjust thresholds, schedules, or parameters.

    Three Automated Pipelines: • Training — Feature engineering → Model training (tuned) → Validation → Champion promotion • Inference — Load Champion model → Score all transactions → Write predictions to Delta • Monitoring — Compute metrics → Detect drift (PSI/KS) → Evaluate alerts

    Industry Applications: • Banking — Transaction fraud detection with dual model approach. Unity Catalog ensures model lineage for regulatory compliance. • Insurance — Claims fraud scoring with quality gates ensuring actuarial-grade precision. • Travel — Revenue optimization and dynamic pricing with continuous drift monitoring. • Healthcare — Clinical risk scoring with HIPAA-compliant governance through Unity Catalog.

    Technology Stack: AWS, Databricks (Unity Catalog, Delta Lake), Kafka (Structured Streaming), PySpark, LightGBM + XGBoost, MLflow, Hyperopt (TPE), SciPy (KS test) + custom PSI.

    Business Benefits: • Reduced fraud losses: automated detection flags suspicious transactions • Operational efficiency: fully automated pipelines eliminate manual model management • Governance & compliance: Unity Catalog provides full lineage and audit trails • Continuous improvement: drift detection triggers retraining before degradation • Business visibility: non-technical stakeholders get real-time dashboards • Scalability: Spark-distributed inference handles millions of transactions • Rapid iteration: config-driven changes without code deploys

    Cloud-Native Deployment on AWS: Databricks on AWS. Amazon S3 as data lake (Delta Lake). Apache Kafka on Amazon MSK for streaming. Unity Catalog for model governance. Amazon CloudWatch for infrastructure monitoring.

    Highlights

    • End-to-end MLOps: feature engineering → dual model training → batch inference → drift monitoring
    • 5-point automated quality gates and Unity Catalog model registry with Champion/Archived governance
    • Config-driven YAML architecture — adjust thresholds and parameters without code changes

    Details

    Delivery method

    Deployed on AWS
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