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Bridging TB Data with Agentic Decisions

AI-NETRA is a unified decision-support layer for India's TB response—shrinking diagnosis times, surfacing predictive hotspots, and orchestrating diagnostic resources so every intervention is timely, targeted, and equitable.

AI-Powered System for TB Hotspot Prediction

AI-NETRA Data Engine Dashboard

Diagnostic Network Modelling

AI-NETRA unifies patient data, ward geolocations, environment indicators, and historical case patterns to generate accurate, hyper-local TB risk predictions.

Precision Case Finding

Using clustering, geospatial analysis, and time-series ML, AI-NETRA predicts upcoming TB hotspots and alerts field teams before spikes occur.

Hotspot Dashboard Interface
AI-NETRA Integrated Dashboard

Unified Intelligence Platform

Combining precision case finding with diagnostic network modeling, AI-NETRA delivers a comprehensive solution that identifies at-risk individuals while optimizing testing capacity and resource allocation for maximum impact.

🤝 Project Team & Collaborators

United for Impact: AI-NETRA Coalition

A collaborative effort combining cutting-edge technology, global health expertise and geospatial infrastructure — together working to transform TB surveillance and response in India.

Froncort

Froncort

Platform & AI Engineers

Froncort leads the full-stack, AI and data-engineering work — building the core predictive engine, data pipelines, and the AI-NETRA platform backend + frontend.

FIND

FIND

Diagnostic Strategy & Operations

FIND provides domain expertise on TB diagnostics and testing workflows. They guide how predicted hotspots map to diagnostic network readiness, helping bridge data-driven insights with on-ground testing capacity.

Frequently Asked Questions

The most commonly asked questions about AI-NETRA.
Have any other questions? Chat with our expert health team

AI-NETRA is a predictive outbreak intelligence platform focused on transforming tuberculosis (TB) surveillance in India. It integrates real-time data, environmental factors, and advanced AI to enable proactive public health response.