STEP 1
Connect Adafruit and Radar
Save credentials in WEXTL once. We store them encrypted and reuse the authorization across every workflow [3]. No coding or API skills required.
Adafruit and Radar Integration
Keep Adafruit and Radar in sync by integrating their events and actions. When developer tools events happen in Adafruit, update the Radar automatically - without any line of code in visual workflow builder.
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Learn about Adafruit and Radar
Detailed info you need to know about Adafruit and Radar integrations in WEXTL. Explore which modules apps support and how you connect them.
How to connect Adafruit to Radar
Set up your Adafruit and Radar integration in 3 simple steps [2] — no coding required. Up to 10 minutes setup.
STEP 2
Build a workflow
Paste selected Adafruit and Radar nodes onto the canvas [4], or describe what you want and WEXTL wires the flow together with AI Builder.
STEP 3
Map your data
Choose which fields need to sync between Adafruit and Radar. Use filters or leverage a JS custom code step in between — everything is on the canvas.
How does the integration between Adafruit and Radar work in WEXTL?
WEXTL exposes actions and triggers for Adafruit and Radar that help you connect apps and automate repetitive tasks [1]. A trigger is an event that happens, an action — a step that performs when the event has occurred.
Radar triggersAdafruit actions
Radar modules
- Create BeaconCreates a new Bluetooth beacon in Radar and associates it with a geofence or place.
- Create TripCreates a new trip to track a user's journey from an origin to a destination in real time.
- Delete BeaconPermanently deletes a Bluetooth beacon by its ID.
- Delete GeofencePermanently deletes a geofence by its ID.
- Delete TripPermanently deletes a trip by its external ID.
- Delete UserPermanently deletes a Radar user and all associated location data.
- Geocode ForwardConverts a text address into geographic coordinates (latitude and longitude).
- Geocode IPReturns the estimated geographic location for a given IP address.
- Geocode ReverseConverts geographic coordinates (latitude and longitude) into a human-readable address.
- Get BeaconRetrieves a single Bluetooth beacon by its ID.
- Get GeofenceRetrieves a single geofence by its ID.
- Get Places SettingRetrieves the current Places configuration settings for the project.
- Get TripRetrieves a single trip by its external ID.
- Get UserRetrieves a single Radar user by their user ID or device ID.
- Get Users in GeofenceReturns all users currently located inside a specified geofence.
- List BeaconsReturns a paginated list of all Bluetooth beacons in the project.
- List GeofencesReturns a paginated list of all geofences in the project.
- List TripsReturns a paginated list of trips, optionally filtered by status or external ID.
- List UsersReturns a paginated list of all users tracked in the project.
- Log ConversionRecords a conversion event for a user, used for attribution and funnel analytics.
- Make an API CallExecutes an arbitrary authenticated HTTP request to the Radar API.
- Refresh UsersTriggers a server-side refresh of location and context data for specified users.
- Route DirectionsReturns turn-by-turn driving, cycling, or walking directions between an origin and destination.
- Route DistanceCalculates the travel distance and estimated time between an origin and destination.
- Route MatchSnaps a sequence of GPS coordinates to the road network and returns the matched route.
- Route MatrixComputes travel distances and durations between multiple origins and destinations in a single request.
- Route OptimizeFinds the most efficient visiting order for a set of stops given an origin and destination.
- Search AutocompleteReturns address and place suggestions based on a partial search query for autocomplete UIs.
- Search GeofencesSearches for geofences near a given location within a specified radius.
- Search PlacesSearches for points of interest and places near a given location by name or category.
- Search UsersSearches for users by user ID, device ID, or custom metadata fields.
- TrackRecords a location update for a user and evaluates geofence entry/exit events.
- Update Places SettingsUpdates the Places data provider and configuration for the project.
- Update TripUpdates the status or destination details of an existing trip.
- Upsert BeaconCreates a new Bluetooth beacon or updates an existing one matched by its external ID.
- Upsert GeofenceCreates a new geofence or updates an existing one matched by its external ID.
- Validate AddressValidates and standardizes a postal address, returning corrected components and confidence scores.
- Watch BeaconsTriggers when a user enters or exits the range of a monitored Bluetooth beacon.
- Watch GeofencesTriggers when a user enters or exits a geofence boundary.
- Watch TripsTriggers when a trip status changes, such as when a user approaches or arrives at their destination.
- Watch UsersTriggers when a user's location or context changes, such as entering a geofence or changing country.
Adafruit modules
- Add a Feed to a GroupAdds a new feed to a group.
- Create a DataCreates a new data record to a specified feed.
- Create a FeedCreates a new feed.
- Create a Feed in a GroupCreates a new feed in a group.
- Delete a FeedDeletes a single feed.
- Get a FeedRetrieves a single feed.
- List Feed DataRetrieves a list of feed data records.
- Make an API CallPerforms an arbitrary authorized API call.
- Remove a Feed from a GroupRemoves a feed from a group.
- Update a FeedUpdates an existing feed.
Frequently asked questions
Common questions about connecting Adafruit and Radar.
Connect your Adafruit and Radar accounts once, pick a trigger in one app and an action in the other, then map the fields so data flows automatically between them. [3]
Example: when Radar's "Watch Beacons" fires, WEXTL can "Add a Feed to a Group" in Adafruit. Adafruit has 10 actions (including Add a Feed to a Group, Create a Data, and Create a Feed); Radar has 38 actions (including Create Beacon, Create Trip, and Delete Beacon). Add filters and transforms between steps when you need them. [1]
Yes — the integration works in both directions. Use each app's triggers to start a workflow and the other app's actions to update it. [2]
No. Adafruit-to-Radar automations are built visually on the canvas. You can optionally add custom JavaScript with Functions when you need advanced logic. [4]
Yes. Trigger-based automations start the moment Adafruit (or Radar) fires a new event — webhook-backed apps run within seconds, and polling-only apps re-check on a schedule you control. [7]
A first automation typically takes 5–10 minutes: connect each app's credential once, drop a trigger + action onto the canvas, map the fields, and turn the workflow on.
You can build your Adafruit + Radar automation on a 3-day trial with every feature unlocked. Cancel anytime. For your protection, a small deposit is charged to your card when your trial starts. It counts toward your first payment and is non-refundable. [8]
References
List of sources used to gather information about the Adafruit and Radar integration.
- Adafruit and Radar integration source code, module specs and credentials implementation.
- Our Adafruit and Radar integration documentation, structured input and output parameters, scopes, and authentication methods.
- Official vendor API documentation for Adafruit and Radar — used to verify field meanings, authentication flows, and anything our own specs don't fully capture.
- WEXTL® visual workflow builder, anonymized data from our technical support team.
- Adafruit integration information
- Radar integration information
- WEXTL® Scheduling
- WEXTL® Pricing and Trial
- WEXTL® Apps Library