rad-recon

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.

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Repository: xgousset/AI_agentSkills
Last source activity: May 20, 2026 at 09:23
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data-visualizer

Transforms complex spatial and technical data into clear visual representations (fallout heatmaps, blast-radius overlays, supply dashboards). Use when the user asks to plot, visualize, render a map, generate a chart, or produce graphical output from emergency data.

2026-06-10

location-provider

Retrieves the user's current geographic location based on IP address or system data. Essential for providing localized emergency guidance. Use when any other skill needs the user's coordinates (lat/lon) or when the user asks where they are, what city they are in, or to confirm their location.

2026-06-09

demographic-analyst

Assesses population density and identifies vulnerable groups (hospitals, schools, nursing homes) requiring prioritized assistance. Use when the user asks about population density, crowding risk, evacuation priorities, vulnerable people (elderly, children, disabled), or pediatric/geriatric supply demand.

2026-05-26

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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

Sensor Integration: Polls public radiation monitoring networks (e.g., IRSN Teleray in France).
Dynamic Isopleths: Generates real-time radiation intensity maps (isopleths) based on actual readings vs. theoretical models.
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.

rad-recon

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Radiological Reconnaissance

Workflow

Resources

Radiological Reconnaissance

Workflow

Resources