Track arrival, exit, route to geofences
Tracking app users on the move with geofences
Set up geofences when you expect app users to visit a list of places, in no particular order. These could be your offices, partners, branches, or other places of interest that a group of users might visit over the course of the week or month. Or these could be customer or commercial areas that specific users are expected to visit during the day or week.
Geofences would let you track the arrival and exit at these places, along with time spent in the geofence, and route from one geofence to the other. Use real-time webhooks to automate checkins, checkouts, surveys, visit notes, and other workflows. Use duration and route data to analyze how time is being spent at the place, and getting to the place. Businesses use this data to reward top performing assets and generate real-time producitivity scores. This data may also be used to create better routes and dispatch.
Track arrival, exit, and route to geofences only during work hours
To track app users only during work hours, use Devices API to start and stop tracking for their devices.
HyperTrack Devices APIs give you the power to control tracking on all devices using apps with HyperTrack SDKs pointing to your account. As you perform Device API calls from your servers, you are can remotely start and stop tracking devices with apps running HyperTrack SDK integration.
In order to perform API calls from your server, you need to first obtain AccountId and Secret Key.
Start tracking
For example, if you would like to start tracking when your app at the start of working hours, or work assignment, or app login, you may want to call Devices API call to start tracking for your device. In order to start tracking on your device, you should be able to obtain, store, and reference your users' HyperTrack device_id when calling this API from your server.
To start tracking your device, you may make a Devices API call as shown below.
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Stop tracking
In order to protect the privacy of workers using your app, you are strongly encouraged to stop tracking when the user either logs out, ends working hours, completes all assigned work, etc. To do so, you may make a Devices API stop tracking call. Once you issue this call from the server, HyperTrack Device API will remotely stop tracking for your device with device_id.
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- NodeJS
- Python
- Java
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Get the device ID(s) of the user(s) you want to track
The SDK should have added a device name and metadata upon initialization in the user's app: (iOS, Android).
If you have already sent and stored this information to your servers, get the user's device ID from your application database. Else, get the list of registered devices from the Devices API and use the device name or metadata to identify the user(s) you want to track.
HyperTrack views and developer integrations rely on the device names and metadata for filtering, selection, and more. Customizing these device properties makes navigation and identification of users easier. Developers often add unique identifiers, grouping information, or annotations that are frequently accessed for devices.
By default, the property name is set to the name of the device as configured in the device settings. With the SDK, you can set and customize this name. Additionally, the Devices API provides you an ability to update device name and metadata via an HTTP PATCH.
note
The Devices API is authoritative when it comes to setting the device name and/or metadata. Once you have updated the device name by invoking the Devices API above, the HyperTrack mobile SDK will not be able to make subsequent changes to the device name. Similarly, if you update the device metadata via the Devices API call, the HyperTrack mobile SDK will not be able to make changes as well.
Create geofences
Use Geofences API to specify areas for which you want to track arrivals, exits, durations and routes to.
Geofences may be created for all app users in the fleet or specific app users expected to visit these areas.
important
Geofence arrival and exit markers will only be triggered when the device is tracking. In order to see how you can start and stop tracking for your device, please see this guide.
Creating geofences for all app users
App users may visit common areas like warehouses, daily checkpoints, or dark stores. By creating geofences accessible by all app users, you can log the throughput of these areas and track stats for them over time.
To create geofences for all app users, use the Geofences POST API as shown in the example below. Note that you may pass an array of geofences in one API call.
The API supports both Point and Polygon type geofences.
POST
https://v3.api.hypertrack.com/geofences
In the payload below, you are creating two geofences of Point and Polygon type for all devices under your account. Your account is automatically identified through your AccountId credential supplied in the API call.
Once the call is made successfully, you will get back an HTTP 200 response with this payload below. Make a note of geofence_id returned below as you will need it to delete this geofence once you no longer need it. You may also use geofence_id to get the details of geofence back as described below.
Creating geofences for specific app users
A user may have a route assigned to them with places to visit along the path. By creating geofences for a specific user, you may assign places like customer's addresses, drop-off points, delivery checkpoints and track stats for them over time.
To create geofences for specific app users, use the Geofences POST API with the corresponding device_id.
POST
https://v3.api.hypertrack.com/geofences
In the payload below, you will notice the device_id field where device F3DF6D4F-6A06-4883-8201-D767EA408030 will be tracked for the two geofences created.
Once the call is made successfully, you will get back an HTTP 200 response with this payload below. Make a note of geofence_id returned below as you will need it to delete this geofence once you no longer need it. You may also use geofence_id to get the details of geofence back as described below.
important
You need to make a note of geofence_id of geofences you created via Geofences API. The geofence_id is the primary handle you need to use to modify or query it later.
Geofence markers
As your geofences get visited by app users, it's critical to understand how they got there and how they spent their time. A marker is created when an app user arrives at a geofence, and is edited when they exit. The next section covers how you can receive geofence arrivals and exits over webhooks, query who last visited a specific location, and add metadata to a marker.
Inside each geofence marker, you'll also find an arrival and optional exit object that will get continuously updated as an app user arrives and exits a geofence. Each marker will be tagged with a unique marker_id so that you can differentiate them from each other.
When your users arrive at a geofence, an object called route_to will be initialized if there was a previous geofence that they came from. Inside the route_to object you'll find attributes duration and distance that give metrics on how long and how far the journey was. Please note that a geofence will be initialized with a route_to object even if the previous geofence has not been exited.
After your user leaves the geofence, the marker will be updated with its own duration attribute for how they spent inside.
Receiving real-time arrival and exit notifications
By subscribing to geofences, you can receive a real-time stream of your app user's geofence arrivals and exits, so you can flag anomalies right as they happen.
Webhook payload is expected to have the following data structure to represent geofence arrivals and exits as shown in the example below. Note that webhook payload can contain multiple entries, each with type geofence. Each geofence marker payload inside webhook has a data object containing a single marker and its nested field value is either arrival or exit.
Retrieving markers for a geofence
By accessing the marker stream of your configured geofences, you can see which of your app users last visited, and for how long. You may query a geofence for all markers from app users that have permission to hit it.
GET
https://v3.api.hypertrack.com/geofences/markers?geofence_id={geofence_id}
The JSON response contains two keys data and links, where data contains an array of markers ordered in descending time, and links contains a url to retrieve the next page of results. If there is not a next page found, the next object will be null.
Retrieving markers for selected app users
Did your app user visit all the geofences tasked to them today? By dialing the API to a single app user, you may recieve a stream of markers containing all of the geofences they hit.
GET
https://v3.api.hypertrack.com/geofences/markers?device_id={device_id}
The JSON response contains two keys data and links, where data contains an array of markers ordered in descending time, and links contains a url to retrieve the next page of results. If there is not a next page found, the next object will be null.
Changing metadata of markers
What happened at the time of a geofence hit? By patching the metadata of your markers, you can tell the story with notes and custom business attributes.
You can use the Geofences PATCH API to modify any geofence at any time after its creation.
GET
https://v3.api.hypertrack.com/geofences/markers/{marker_id}
Retrieving and Modifying geofences data
Once a geofence has been created, you have many options for retrieving that information back. You can retrieve data for a single geofence, geofences set for an entire fleet of mobile workers, or geofences that are set for selected app users.
Retrieving a single geofence
You may be able to retrieve geofence data for a particular geofence_id like so:
GET
https://v3.api.hypertrack.com/geofences/{geofence_id}
Retrieving geofences set for all app users
You can also use the Geofences GET API to retrieve geofences that are set for all devices:
GET
https://v3.api.hypertrack.com/geofences/
The JSON response contains two keys data and links, where data contains an array of geofence objects, and links contains a url to retrieve the next page of results. If there is not a next page found, the next object will be null.
To access the next page of data, simply perform another GET request to the next url provided in the JSON response:
GET
https://v3.api.hypertrack.com/geofences/?pagination_token=eyJhY2NvdW50X2lkIj
Retrieving geofences set for selected app users
Additionally, you can use Geofences GET API to retrieve all geofences created for a device as shown in an example below:
GET
https://v3.api.hypertrack.com/geofences/?device_id={device_id}
The JSON response is the same as the object listed above with data and links keys. You can paginate through this response's pages using the same method described previously.
Modifying metadata of geofences
Over the course of a geofence's lifetime, you may want to change its attributes to reflect that of your internal system. Or, you want to leave a note for the next app user that visits this location.
You can use the Geofences PATCH API to modify any geofence at any time after its creation. Metadata for this geofence will be changed and visible across all HyperTrack views. Please note that previous metadata will be erased after you update it.
GET
https://v3.api.hypertrack.com/geofences/{geofence_id}
Deleting geofences
You may delete geofences that are no longer needed. Geofences that are deleted will not have their markers deleted and will still show up in the views. Deleted geofences cannot be hit by any devices after the time of deletion.
You can use Geofences DELETE API to delete a geofence as shown in an example below. Please note you will need to use a specific geofence_id to delete the entry. If the call is successful, you will get HTTP 200 response back.
Questions?
If your have requirements to increase operational efficiency of your business assets by tracking arrivals and exits at important areas for your business, questions or comments on any of the topics above, please do not hesitate to contact us.