Build Azure Maps account and Creator configs with indoor maps, datasets, feature states, geofences, and CORS rules.
Build Azure Maps account and Creator configs with indoor maps, datasets, feature states, geofences, CORS rules, and managed identity auth.
Required Fields
accountNameresourceGroupskukindOutput will appear here...Build an Azure Maps account (Gen2 pricing tier, which is required for Creator-based indoor mapping) combining a Creator resource for indoor map datasets (buildings/floors hierarchy plus featureStates for real-time overlays like occupancy or temperature) with geofences using Polygon geometry and configurable enter/exit/dwellTimeTrigger alerting. featureStates is specifically for dynamic, frequently-changing overlay data (occupancy toggling, live temperature readings) rendered on top of the static indoor map geometry, it's a separate update path from the underlying dataset's building/floor structure, which is comparatively static and not meant to be updated at the same frequency as sensor-driven feature state changes.
Confirm Gen2 is provisioned from the start if Creator-based indoor mapping is anywhere in the roadmap, this isn't a setting that can be changed after the fact on an existing Gen1 account.
Keep featureStates' update cadence genuinely decoupled from the underlying dataset's geometry updates, treating sensor-driven feature state changes as requiring the same heavyweight dataset update process as an actual floor plan change is a common and unnecessary overhead.
Use dwellTimeTrigger rather than relying solely on enter/exit triggers for any geofence use case that cares about meaningful presence rather than incidental boundary crossings, this avoids a flood of low-value alerts from brief pass-throughs.
The builder validates that accountName, resourceGroup, sku, and kind all resolve before accepting the JSON as a valid combined Maps account, Creator, dataset, and geofence configuration; it can't verify the Gen2/Creator combination is correctly licensed and provisioned or that geofence coordinates form a valid, non-self-intersecting polygon, those are only confirmed against the live Azure Maps resource provider and its geometry validation.
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