Catalog only
Weather, environment, and disasters
ASMC regional haze and hotspot portal.
Regional haze and hotspot context for burning-season pages, cross-border smoke interpretation, satellite fire detections, rainfall, wind, and haze-map overlays. Hotspots are possible active fires and can be missed or falsely detected; use as regional context, not station-level PM2.5 proof.
Public
Public ASEAN haze GIS portal, hotspot information pages, satellite overlays, haze maps, and WIS 2.0 pilot catalog context
Free public web access; API access for some WIS 2.0 datasets is marked as emerging or coming soon
Daily to near real time depending satellite, map, and forecast layer
2026-05-11
Public web, file, catalog, or documented endpoint access with no paid gate implied in the source profile.
page reference only
agency, station or office type, hotline, address, coordinates, province/district, case group, reported and arrested counts, crash deaths and injuries, alert severity, EMS summary fields, privacy level, source confidence, last verified
High for official context; validate endpoint availability before automation.
Runtime truth
Catalog only
Not yet
No runtime entity scope yet.
No live observation ingestion yet.
Not wired into active decisions yet.
Profiled in the atlas and public pages, but not yet connected to live graph computation.
How this helps travel recommendations
Turns safety data into source-backed decisions about emergency numbers, nearest police or tourist-police access, road-crash risk, ambulance and 1669 expectations, disaster overlays, wildfire or protest caution, and what kind of safety signal a page is really using.
Endpoint and API notes
Regional haze and hotspot context for burning-season pages, cross-border smoke interpretation, satellite fire detections, rainfall, wind, and haze-map overlays. Hotspots are possible active fires and can be missed or falsely detected; use as regional context, not station-level PM2.5 proof.
Open the source endpoint or documentation. Return to the Thailand data atlas.
Developer reference
Use Royal Thai Police and police-station datasets for station and hotline truth, Tourist Police for traveler help channels, ThaiRSC and PRS for road-safety dashboards, NIEMS for EMS and 1669 context, DDPM or GISTDA for disaster and fire layers, and treat OSM only as emergency POI enrichment.
Refresh every 15-60 minutes, with caching and backoff when the upstream fails.
Turns safety data into source-backed decisions about emergency numbers, nearest police or tourist-police access, road-crash risk, ambulance and 1669 expectations, disaster overlays, wildfire or protest caution, and what kind of safety signal a page is really using.
Royal Thai Police, GDC police-station datasets, Tourist Police, ThaiRSC, PRS, NIEMS, DDPM, BMA fire-station data, GISTDA, DNP, NASA FIRMS, ACLED, GDELT, NSO, UNODC, World Bank, and OSM emergency POIs.
Example request
# Verify the documented safety endpoint before production use.
curl -L "https://asmc.asean.org/asmc-gis-portal/" -H "Accept: application/json"
Failure modes
- There is no public realtime national emergency-dispatch API for police, fire, or ambulance in Thailand.
- Reported crime statistics describe reported or processed cases, not the full underlying incidence.
- Cybercrime is overrepresented in public police open data compared with many other crime types.
- Road-accident data is stronger and more current than general-crime data, so safety pages need to say which risk they are actually showing.
- Tourist-police app functions and live incident handling are operational, not a public bulk feed.
- Case-level victims, officer locations, patient details, and emergency-call data are restricted and should not be inferred from public dashboards.
- Dashboard markup or public-page layout can change without notice.
Last checked and source confidence
Last checked: 2026-05-11.
Source confidence: Treat this profile as strongest for the exact role named above. It is weaker when the source is stretched into live availability, legal proof, or traveler-fit decisions it does not directly prove.