rad-recon

name	rad-recon
description	Integrates real-time radiation sensor data (IRSN Teleray in France, equivalent networks elsewhere) to map actual contamination and identify hot-zones that differ from theoretical fallout models due to rain or terrain. Use when the user asks for measured radiation readings, sensor-based maps, or to validate theoretical fallout predictions against ground truth.

Radiological Reconnaissance

Simulates or integrates real-time radiation sensor data to map contamination with high precision.

Workflow

1. Sensor Integration: Polls public radiation monitoring networks (e.g., IRSN Teleray in France).
2. Dynamic Isopleths: Generates real-time radiation intensity maps (isopleths) based on actual readings vs. theoretical models.
3. Hot-Zone Identification: Identifies localized "hotspots" that may differ from general fallout models due to rain or terrain.

Resources

• scripts/poll_teleray.py: (Planned) Fetches real-time sensor data from public networks.
• references/dose_thresholds.md: Safe vs. Lethal dose guidelines.