You signed in with another tab or window. Reload to refresh your session.You signed out in another tab or window. Reload to refresh your session.You switched accounts on another tab or window. Reload to refresh your session.Dismiss alert
End-to-end analytical pipeline for unlocking societal trends in UIDAI datasets. Featuring a modular Python architecture, lifecycle maturity modeling, and predictive system velocity forecasting for infrastructure planning.
End-to-end data engineering and analytics pipeline for UIDAI performance monitoring. Identifying biometric hardware bottlenecks, seasonal surges, and 'Biometric Deserts' across India using 2025 master datasets.
Research-grade analytics platform for UIDAI Aadhaar data analysis. Built for UIDAI Hackathon 2026, analyzing ~5M records to uncover enrollment trends, demographic patterns, and biometric insights across India's digital identity ecosystem. Features automated data pipelines, statistical analysis, and interactive geospatial visualizations.
A data-driven audit of the UIDAI ecosystem utilizing geospatial stress modeling and temporal continuity filters to identify operational bottlenecks and service dark zones.
ASEWIS analyzes Aadhar data across 594 Indian districts using ML-powered forecasting, anomaly detection, and interactive geospatial visualization. Features NASRI scoring (0-100 readiness index), ASRS risk analytics (0-1), and AI-driven recommendations via Streamlit dashboard.
Aadhaar Enrolment Intelligence & Analytics is a data analytics project that examines Aadhaar enrolment and update data across India to uncover demographic, regional, and temporal trends. It uses data cleaning, exploratory analysis, and visualizations to identify enrolment patterns, regional coverage gaps, and peak activity periods.
Data analysis of Aadhaar enrolment and biometric datasets to identify infrastructure demand, regional patterns, and operational inefficiencies across India.