AWS S3

The AWS S3 integration is available on the Enterprise plan.

Radar can stream both events and locations to AWS S3. Use the AWS S3 integration to make Radar data available in a simple object storage format within your own systems, making your locations and events data more easily accessible by your engineers and data scientists. By having all of your event and location data in S3, you can integrate your location data with other analysis tools like AWS Athena or Snowflake. Files are delivered via an AWS Kinesis Data Firehose as snappy-compressed parquet files. Each /dt=YYYY-MM-DD/ folder will have multiple files in it. This format should be consumable out-of-the-box with Apache Spark, AWS Athena, or other data engineering tools. This can enable you to build custom dashboard visualizations of data like foot traffic, trip duration, or dwell time in a location.

Configuration

Contact your customer success manager to enable this feature. The AWS S3 integration uses an AWS Kinesis Data Firehose to stream new Radar locations and events. The AWS Kinesis Data Firehose flushes data to your S3 bucket after 10 minutes or 128 MB of data, whichever happens first. Additionally, AWS KMS can be used to encrypt Kinesis data streams server-side.

Create a bucket

Create an S3 bucket for Radar to deliver data to, for example, s3://com.example.bucket/. Data will be delivered to s3://com.example.bucket/radar/events/project=$PROJECT/dt=YYYY-MM-DD/X.parquet.snappy. Provide the name of the bucket to your customer success manager.

Create an AWS Cross-Account IAM policy

Create an IAM Policy that allows Radar to deliver data to this bucket. To do this, implement step 2 in the Cross-Account Delivery to an Amazon S3 Destination IAM Policy documentation. Radar will implement steps 1 and 3. Contact your Customer Support Manager to obtain the values for the accountA-id and iam-role-name values to use in the IAM Policy.

Location Schema

Name	Type	Description
`locationid`	`string`	Unique ID of the location
`userid`	`string`	Radar ID of user
`userexternalid`	`string`	External ID of user
`usermetadata`	`string`	Metadata of the user
`organization`	`string`	Radar ID of the org
`locationaccuracy`	`double`	The accuracy reported by the device in meters
`updatedat`	`string`	Location update time
`devicetype`	`string`	The type of device
`live`	`boolean`	Live/test mode
`foreground`	`boolean`	Did the user send up the location in foreground or background
`stopped`	`boolean`	Did the user stop
`sdkversion`	`string`	The Radar SDK version
`floorlevel`	`double`	The floor level as reported by the device
`altitude`	`double`	The altitude level as reported by the device
`verticalaccuracy`	`double`	The altitude accuracy as reported by the device
`latitude`	`double`	The latitude of the location
`longitude`	`double`	The longitude of the location
`timezoneoffset`	`int`	The timezone offset of the user
`source`	`string`	The sdk source they generated the location
`events`	`array<string>`	A list of events associated with this location
`sessionid`	`string`	The session id created by the SDK
`appstandbybucket`	`int`	The App Standby Bucket as reported by the OS
`locationauthorization`	`string`	What type of location authorization was granted? (e.g. foreground or background)
`locationaccuracyauthorization`	`string`	How precise is the location granted? (e.g. precise location vs coarse location)
`devicemake`	`string`	The make of the device
`devicemodel`	`string`	The device model
`deviceos`	`string`	The OS of the device
`metadata`	`string`	Metadata such as tracking options used by the device
`project`	`string`	Partition key. The Radar Project ID publishing locations
`dt`	`string`	Partition key. The day of location delivery, formatted as YYYY-MM-DD

Event Schema

Name	Type	Description
`_id`	`string`	Radar ID of the event
`createdat`	`timestamp`	Event creation time of the event from the Radar SDK
`actualcreatedat`	`timestamp`	Event creation time on the server
`organization`	`string`	The Radar organization ID
`live`	`boolean`	Live/test mode
`locationaccuracy`	`double`	The accuracy reported by the device in meters
`confidence`	`int`	Event confidence
`place`	`string`	The Radar ID of a place
`placecategories`	`string`	The categories of the place
`placechainname`	`string`	The chain name of the place
`placechainslug`	`string`	The chain slug of the place
`placegroup`	`string`	The group of the place
`placename`	`string`	The name of the place
`alternateplaces`	`array<string>`	Alternate candidate places where the user entered
`placecandidates`	`array<string>`	Alternate candidate places where the user entered with extra metadata
`duration`	`double`	The length of the geofence entry
`longitude`	`double`	The longitude of the event
`latitude`	`double`	The latitude of the event
`user`	`string`	The Radar ID of the user
`geofence`	`string`	The Radar ID of the geofence
`geofencedescription`	`string`	The description of the geofence
`geofencetag`	`string`	The tag of the geofence
`geofenceexternalid`	`string`	The customer-provided ID of the geofence
`region`	`string`	The Radar ID of the region
`countryregionname`	`string`	The name of the country
`countryregioncode`	`string`	The ISO code of the country
`countryregion`	`string`	The Radar ID of the country
`dmaregion`	`string`	The Radar ID of the DMA
`dmaregionname`	`string`	The name of the DMA
`dmaregioncode`	`string`	The ISO code of the DMA
`stateregion`	`string`	The Radar ID of the state
`stateregionname`	`string`	The name of the state
`stateregioncode`	`string`	The ISO code of the state
`postalcoderegion`	`string`	The Radar ID of the postal code
`postalcoderegioncode`	`string`	The postal cod
`replayed`	`boolean`	Did the SDK send this up in an event of a retry from a failed request
`type`	`string`	The event type
`timezoneoffset`	`int`	The timezone offset of the user
`trip`	`string`	The Radar ID of the trip
`beacon`	`string`	The Radar ID of the beacon
`foreground`	`boolean`	Did the user send up the event in foreground or background
`locationaccuracyauthorization`	`string`	How precise is the location granted? (e.g. precise location vs coarse location)
`locationauthorization`	`string`	What type of location authorization was granted? (e.g. foreground or background)
`devicetype`	`string`	The type of device
`devicemake`	`string`	The make of the device
`devicemodel`	`string`	The device model
`deviceos`	`string`	The OS of the device
`sdkversion`	`string`	The Radar SDK version
`stopped`	`boolean`	Did the user stop
`beacontag`	`string`	The tag of the beacon
`beaconexternalid`	`string`	The customer-specified ID of the beacon
`beacontype`	`string`	The type of beacon
`beaconmajor`	`string`	The major version of the beacon
`beaconminor	`string`	The minor version of the beacon
`beaconuuid`	`string`	The UUID of the beacon
`tripexternalid`	`string`	The user-specified ID of the trip
`tripdestinationgeofencetag`	`string`	The geofence tag of the trip destination
`tripdestinationgeofenceexternalid`	`string`	The customer-specified geofence ID of the trip destination
`userexternalid`	`string`	The user externalId specified by the customer
`usermetadata`	`string`	User metadata as stringified JSON
`traveling`	`string`	Whether a user is traveling or not
`project`	`string`	Partition key. The Radar Project ID publishing events
`dt`	`string`	Partition key. The day of event delivery, formatted as YYYY-MM-DD

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Configuration

Create a bucket

Create an AWS Cross-Account IAM policy

Location Schema

Event Schema

​Configuration

​Create a bucket

​Create an AWS Cross-Account IAM policy

​Location Schema

​Event Schema

Configuration

Create a bucket

Create an AWS Cross-Account IAM policy

Location Schema

Event Schema