---
title: "Ingests data and receives a shadow"
method: POST
path: "/v2/"
tags: ["Ingestion"]
---

# Ingests data and receives a shadow

`POST /v2/`

Devices can use this end point to ingest data into HERE Tracking,
in the same way as via the `/v3` endpoint.

A device uses its access token obtained via the the `/v2/token` endpoint
to send telemetry – GPS position, sensor readings, WLAN or Bluetooth scans - to HERE Tracking.

By default the request is synchronous and the response will be
the device `desired` shadow. If the request is set
to be asynchronous, the response will be empty.

The device position gets resolved based on the `position` and `scan` objects
provided in the request body (see the objects definitions for details).
If only `position` is provided, it will be used as the device position.
If only `scan` is provided, the position will be resolved asynchronously
via the HERE Positioning API after returning a response.
If both are provided, `scan` is resolved to a position via the HERE Positioning API,
and the better of the two positions (provided vs. resolved) will be selected.
If neither `position` nor `scan` is provided, or if the HERE Positioning API is not able to
resolve the position, the device position will be left empty.

The `reported` shadow will be updated with the device latest position information,
sensor readings and settings ingested by the device.
The reported shadow may also contain additional properties generated by HERE
Tracking based on the device-ingested telemetry.
Such properties are stored in the `system.computed` property of the shadow.
The device shadow can be queried via the `shadows/v2/{trackingId}` endpoint.

The data ingested by the device will be available as a device trace via the `traces/v2/{trackingId}` endpoint.

## Query parameters

- `async` boolean

## Headers

- `X-Request-Id` string, uuid
- `authorization` string, required

## Request body

- object[]
  - `payload` object — A free format JSON object. The maximum size is 1000B.
  - `position` object — The device location
    - `accuracy` number, required — Uncertainty circle radius in meters (degree of confidence according to the 'confidence' parameter).
    - `alt` number — Altitude in meters (referenced to the WGS-84 ellipsoid) negative or positive.
    - `altaccuracy` number — Uncertainty of the altitude estimate in meters (degree of confidence according to the 'confidence' parameter).
    - `confidence` integer — Confidence level in percent for the accuracy/uncertainty. If not specified, the default is 68 (this corresponds to a 68% probability that the true position is within the accuracy/uncertainty radius of the position; the higher the number, the greater the confidence level).
    - `floor` object — The building where the measurements were taken
      - `id` string, required — The building id
      - `level` number, required — The floor in the building in integer format
      - `name` string, required — The building name
    - `heading` integer — GPS/GNSS heading in degrees, clockwise from true north. You must specify a value for this item when you specify a value for speed.
    - `lat` number, required — Latitude in WGS-84 format, decimal representation ranging from -90 to 90.
    - `lng` number, required — Longitude in WGS-84 format, decimal representation ranging from -180 to 180.
    - `satellitecount` integer — Number of GPS/GNSS satellites used for the calculation of the position fix. ('gnss' position type only)
    - `speed` integer — GPS/GNSS speed of the device (m/s). One must specify a value for this item when one specifies a value for heading.
    - `timestamp` integer — Timestamp of the position
    - `type` string — Position type, 'gnss' (satellite based), 'cell' or 'wlan' (network based)
    - `wlancount` integer — The total number of observed WLAN APs in the scan used for producing the position. ('wlan' position type only)
  - `scan` object — Radio measurements used for positioning or radio map contribution.
    - `bt` object[] — Bluetooth access points
      - `eddystoneId` string — Full Identifier as Base64 string. A combination of 10-byte Namespace component and a 6-byte Instance component
      - `iBeaconId` string — Full Identifier as Base64 string. A combination of 16-byte UUID + 2-byte major + 2-byte minor
      - `mac` string — The MAC address of the Bluetooth access point. MAC-48 address with colon (:) or hyphen (-) separators, upper or lower case hex digits. For privacy reasons positioning based on a single Bluetooth AP is not possible. There must be at least one other matching WLAN or Bluetooth access point. Either MAC, EddystoneId, or iBeaconId is required.
      - `rss` integer, required — Received signal strength (dBm) at the terminal
      - `timestamp` string, date-time — Time of the measurement (UTC)
    - `cdma` object[] — CDMA cells
      - `baselat` number — Base station latitude (Optional)
      - `baselng` number — Base station longitude (Optional)
      - `bsid` integer, required — Base Station ID, BID
      - `channel` integer — CDMA channel frequency (Optional, you must specify a value for this item when you specify a value for pnoffset)
      - `nid` integer, required — Network Id, NID
      - `nmr` object[] — CDMA Network measurements (Optional)
        - `bsid` integer — Base Station ID (Optional)
        - `channel` integer, required — CDMA channel frequency
        - `frequency` integer — Deprecated. Use 'channel' instead.
        - `pilotpower` integer — Pilot Power (dBm) (Optional). If Pilot Power is not available directly, it needs to be calculated from Total Power in the band and Pilot Strength with respect to the Total Power. Pilot power less than -142dBm should be mapped to -142. Pilot power greater than -49dBm should be mapped to -49.
        - `pnoffset` integer, required — Pseudonoise offset
      - `pilotpower` integer — Pilot Power (dBm) (Optional). If Pilot Power is not available directly, it needs to be calculated from Total Power in the band and Pilot Strength with respect to the Total Power. Pilot power less than -142dBm should be mapped to -142. Pilot power greater than -49dBm should be mapped to -49.
      - `pnoffset` integer — Pseudonoise offset (Optional, you must specify a value for this item when you specify a value for channel)
      - `rz` integer — Registration zone (Optional)
      - `sid` integer, required — System Id, SID
      - `timestamp` string, date-time — Time of the cell measurement (UTC) (Optional)
    - `country` object — Indicates in which country the WLAN APs are located (in case cell data is not present in radio_observations)
      - `mcc` integer, required — Mobile Country Code
    - `gps` object — Optionally supply this to improve HERE Tracking's positioning service by contributing the scan data along with a GPS position.
      - `accuracy` number, required — Uncertainty circle radius in meters (degree of confidence according to the 'confidence' parameter).
      - `alt` number — Altitude in meters (referenced to the WGS-84 ellipsoid) negative or positive.
      - `altaccuracy` number — Uncertainty of the altitude estimate in meters (degree of confidence according to the 'confidence' parameter).
      - `heading` integer — GPS/GNSS heading in degrees, clockwise from true north. You must specify a value for this item when you specify a value for speed.
      - `lat` number, required — Latitude in WGS-84 format, decimal representation ranging from -90 to 90.
      - `lng` number, required — Longitude in WGS-84 format, decimal representation ranging from -180 to 180.
      - `satellitecount` integer — Number of GPS/GNSS satellites used for the calculation of the position fix. ('gnss' position type only)
      - `speed` integer — GPS/GNSS speed of the device (m/s). One must specify a value for this item when one specifies a value for heading.
      - `timestamp` integer — Milliseconds elapsed since 1 January 1970 00:00:00 UTC.
    - `gsm` object[] — GSM cells (GERAN)
      - `bcch` integer — Broadcast Control Channel (Synonymous to ARFCN = Absolute Radio Frequency Channel) (Optional, you must specify a value for this item when you specify a value for bsic).
      - `bsic` integer — Base Station Identity Code (for instance, color code) (Optional, you must specify a value for this item when you specify a value for bcch).
      - `cid` integer, required — Cell Identifier, 16 bits. Mcc+mnc+lac+cid uniquely identifies the GSM cell.
      - `lac` integer, required — Location Area Code
      - `mcc` integer, required — Mobile Country Code
      - `mnc` integer, required — Mobile Network Code
      - `nmr` object[] — Network measurements (Optional)
        - `bcch` integer, required — Broadcast Control Channel (Synonymous to ARFCN = Absolute Radio Frequency Channel)
        - `bsic` integer, required — Base Station Identity Code (for instance, color code)
        - `cid` integer — Cell Identifier (Optional)
        - `lac` integer — Location Area Code (Optional)
        - `rxlevel` integer — Received Signal power (dBm) (Optional). Power less than -110dBm should be mapped to -110. Power greater than -25dBm should be mapped to -25.
      - `rxlevel` integer — Received Signal power (dBm) (Optional). Power less than -110dBm should be mapped to -110. Power greater than -25dBm should be mapped to -25.
      - `ta` integer — Timing advance (Optional). Expressed in the units of GSM bits equaling to 48/13 μs ~ 1107 meters.
      - `timestamp` string, date-time — Time of the cell measurement (UTC) (Optional)
    - `lte` object[] — LTE cells (E-UTRA, 4G)
      - `cid` integer, required — E-UTRA Cell Identifier, 28 bits (20 bits eNodeB and 8 bits Cell id). Mcc+mnc+cid uniquely identifies the LTE cell, tac is optional.
      - `earfcn` integer — Evolved Absolute Radio Frequency Channel (Optional, you must specify a value for this item when you specify a value for pci)
      - `mcc` integer, required — Mobile Country Code
      - `mnc` integer, required — Mobile Network Code
      - `nmr` object[] — Network measurements (Optional)
        - `cid` integer — E-UTRA Cell Identifier (Optional)
        - `earfcn` integer, required — Evolved Absolute Radio Frequency Channel
        - `pci` integer, required — Physical Cell Identity
        - `rsrp` integer — Reference Signal Received Power = RSRP (dBm) (Optional, you must specify a value for this item when you specify a value for rsrq). Power less than -140dBm should be mapped to -140. Power greater than -44dBm should be mapped to -44.
        - `rsrq` number — Reference Signal Received Quality = RSRQ (dB) (Optional). Values less than -19.5dB should be mapped to -19.5, and values greater than -3dB should be mapped to -3dB.
      - `pci` integer — Physical Cell Identity (Optional, you must specify a value for this item when you specify a value for earfcn)
      - `rsrp` integer — Reference Signal Received Power = RSRP (dBm) (Optional, you must specify a value for this item when you specify a value for rsrq). Power less than -140dBm should be mapped to -140. Power greater than -44dBm should be mapped to -44.
      - `rsrq` number — Reference Signal Received Quality = RSRQ (dB) (Optional). Values less than -19.5dB should be mapped to -19.5, and values greater than -3dB should be mapped to -3dB.
      - `ta` integer — Timing Advance (Optional). Expressed in the units of 16*Ts (16 Basic time units) = 16/(15000*2048) seconds ~ 156meters. For reference see TS 36.213 and 36.211.
      - `tac` integer — Tracking Area Code (Optional)
      - `timestamp` string, date-time — Time of the cell measurement (UTC) (Optional)
    - `tdscdma` object[] — TD-SCDMA cell (UTRA-TDD, 3G UMTS TDD)
      - `cellparams` integer — Cell Parameters ID (CDMA Spreading Code ID) (Optional, you must specify a value for this item when you specify a value for uarfcn).
      - `cid` integer, required — UTRAN Cell Identifier, 28 bits (12 bits RNC and 16 bits Cell id). Mcc+mnc+cid uniquely identifies the TDSCDMA cell, lac is optional.
      - `lac` integer — Location Area Code (Optional)
      - `mcc` integer, required — Mobile Country Code
      - `mnc` integer, required — Mobile Network Code
      - `nmr` object[] — Network measurements (Optional). Maximum of 8 uarfcndl times maximum of 32 psc.
        - `cellparams` integer, required — Cell Parameters ID (CDMA Spreading Code ID)
        - `cid` integer — Cell Identifier (uc-id) (Optional)
        - `pathloss` integer — UTRAN path loss (dB) (Optional, you must specify a value for this item when you specify a value for rscp).
        - `rscp` integer — Received Signal Code Power = RSCP (dBm) (Optional, you must specify a value for this item when you specify a value for pathloss). Power less than -120dBm should be mapped to -120. Power greater than -25dBm should be mapped to -25.
        - `uarfcn` integer, required — Carrier frequency of a UTRA-TDD Serving Cell
      - `pathloss` integer — UTRAN path loss (dB) (Optional, you must specify a value for this item when you specify a value for rscp).
      - `rscp` integer — Received Signal Code Power = RSCP (dBm) (Optional, you must specify a value for this item when you specify a value for pathloss). Power less than -120dBm should be mapped to -120. Power greater than -25dBm should be mapped to -25.
      - `ta` integer — Timing advance (Optional). Round-Trip distance presented in the units of 4*c/7.68e6 ~156 meters. That is, the scaling factor is 4 times the chip length at chip rate of 7.68 Mchips/s. Note that at chip rates 1.28 Mchips/s and 3.84 Mchips/s you need to scale according to chip length of 7.68 Mchips/s, that is, multiply by 6 or 2 if needed.
      - `timestamp` string, date-time — Time of the cell measurement (UTC) (Optional)
      - `uarfcn` integer — Carrier frequency of a UTRA-TDD Serving Cell (Optional, you must specify a value for this item when you specify a value for cellparams).
    - `wcdma` object[] — WCDMA cells (UTRA-FDD, 3G UMTS)
      - `cid` integer, required — UTRAN Cell Identifier, 28 bits (12 bits RNC and 16 bits Cell id). Mcc+mnc+cid uniquely identifies the WCDMA cell, lac is optional.
      - `lac` integer — Location Area Code (Optional)
      - `mcc` integer, required — Mobile Country Code
      - `mnc` integer, required — Mobile Network Code
      - `nmr` object[] — Network measurements (Optional). Maximum of 8 uarfcndl times maximum of 32 psc.
        - `cid` integer — UTRAN Cell Identifier (uc-id) (Optional)
        - `pathloss` integer — UTRAN path loss (dB) (Optional).
        - `psc` integer, required — Primary Scrambling Code (Primary CPICH, Primary Control Pilot Channel)
        - `rscp` integer — Received Signal Code Power = RSCP (dBm) (Optional). Power less than -120dBm should be mapped to -120. Power greater than -25dBm should be mapped to -25.
        - `uarfcndl` integer, required — Downlink frequency of a UTRA-FDD Serving Cell
      - `pathloss` integer — UTRAN path loss (dB) (Optional).
      - `psc` integer — Primary Scrambling Code (Primary CPICH, Primary Control Pilot Channel) (Optional, you must specify a value for this item when you specify a value for uarfcndl).
      - `rscp` integer — Received Signal Code Power = RSCP (dBm) (Optional). Power less than -120dBm should be mapped to -120. Power greater than -25dBm should be mapped to -25.
      - `timestamp` string, date-time — Time of the cell measurement (UTC) (Optional)
      - `uarfcndl` integer — Downlink frequency of a UTRA-FDD Serving Cell (Optional, you must specify a value for this item when you specify a value for psc).
    - `wlan` object[] — WLAN access points
      - `band` 2.4 | 3.65 | 5 — Frequency range (GHz). Allowed values are 2.4, 3.65, and 5. (Possible future values include 4.9, 5.9, 60, and 900.)
      - `mac` string, required — The MAC address of the WLAN access point. MAC-48 address with colon (:) or hyphen (-) separators, upper or lower case hex digits. Note that if the SSID contains postfix '_nomap', the AP should not be used for positioning. For privacy reasons positioning based on a single WLAN AP is not possible; there has to be at least one other matching wlan or cell.
      - `powrx` integer — Received signal level (dBm) at the terminal (Optional)
      - `timestamp` string, date-time — Time of the wlan measurement (UTC) (Optional)
  - `system` object — Contains device-reported sensor data and device configuration settings. `stateVersion` property contains the version of the last known `desired` state seen by the device.
    - `client` object — Information about the client device.
      - `accelerometerSensorRange` integer[] — Specifies the range of measurable acceleration, representation unit g (9.8 m/s^2). If more than one accelerometer is available, each element in the list will represent individual accelerometer. Each value represents a single "+/-" range. For example, value 2 means that sensor is capable to measure acceleration within the range of [-2 g, +2 g].
      - `diagnosticscode` number — Device diagnostics code.
      - `diskquota` number — Available disk quota in kilobytes.
      - `firmware` string — Device firmware version information
      - `hasAccelerometerSensor` boolean — True if a device has a sensor to measure acceleration.
      - `hasAttachSensor` boolean — True if a device has a sensor to detect if the device is attached to or detached from an object.
      - `hasHumiditySensor` boolean — True if a device has a sensor to measure humidity.
      - `hasNoBattery` boolean — False if a device has a battery.
      - `hasPressureSensor` boolean — True if a device has a sensor to measure pressure.
      - `hasTamperSensor` boolean — True if a device has a sensor to detect if device is disassembled.
      - `hasTemperatureSensor` boolean — True if a device has a sensor to measure temperature.
      - `homenetwork` object[] — Information about subscriber home network - 3GPP MCC+MNC or 3GPP2 SID+NID. Dual-SIM devices can provide information on both subscriptions.
        - `mcc` integer — Mobile Country Code
        - `mnc` integer — Mobile Network Code
        - `nid` integer — Network Id, NID
        - `sid` integer — System Id, SID
      - `manufacturer` string — Manufacturer of the device (hardware)
      - `model` string — Model of the device (hardware)
      - `modules` object[] — Software information of all updateable chips.
        - `firmwareVersion` string — Installed firmware version
        - `manufacturer` string — Manufacturer name
        - `model` string — Model or chip name
      - `name` string — Name of the client software accessing the HERE API
      - `platform` string — Software platform information of the device, for example operating system name and version.
      - `version` string — Version of the client software in format X.Y.Z, where X [0..255] is a major, Y [0..255] is a minor, and Z [0..65535] is a build version number. Increase the version/build number for each release of the client.
    - `iccid` string — SIM card integrated circuit card identifier (ICCID)
    - `imsi` string — The IMSI of the device's SIM card.
    - `mode` 'unknown' | 'normal' | 'flight' | 'transport' | 'sleep' — Tracker mode status of the device. When a tracker is in a normal mode, it can send telemetry and, for example, use its GNSS receiver if it has one. A tracker switches into flight mode once it detects that it's in an airplane, and leaves that mode once airplane lands. Transport mode has to be triggered by the user, and it's used, for example, during shipping from continent to another. Sleep mode is used when a tracker is stored in a warehouse, and it's triggered by entering or leaving some defined geofence.
    - `phoneNumber` string — The phone number of the device's SIM card in the international E.164 format. All the country codes should be prefixed a with "+" instead of "00".
    - `reportedSensorData` object — The last known device sensor data reported by the device.
      - `accelerationG` number — A g-force value of acceleration.
      - `batteryIsCharging` boolean — True if device battery is charging.
      - `batteryLevel` integer — A value of percentage battery level.
      - `deviceIsAttached` boolean — True if device is attached to an object.
      - `deviceIsStationary` boolean — True if device hasn't detected movement.
      - `deviceIsTampered` boolean — True if device is tampered.
      - `pressureHpa` number — A value of pressure in hectopascal.
      - `relativeHumidity` number — A value of relative humidity in percent.
      - `temperatureC` number — A value of temperature in celcius.
      - `tiltDegree` number — A value of tilt in degrees.
    - `stateVersion` integer — The version of the state of a device. This should be incremented only by HERE Tracking.
  - `timestamp` integer, required — Milliseconds elapsed since 1 January 1970 00:00:00 UTC. Specifies the time the device telemetry measurements were taken.

## Response `200`

Successful

The device data was ingested and processed successfully and the `desired` shadow
was returned.

This response is returned if the `async` query parameter was not set to `true`.

- object — The desired shadow of the device.
  - `payload` object — A free format JSON object. The maximum size is 1000B.
  - `system` object — Contains device configuration settings.
    - `detectOutliers` boolean — A boolean value that sets outlier detection on or off
    - `disableTracking` object — Tracking can be disabled and enabled by defining disableTracking object. In order to disable tracking, one must at least provide the begin time of the disabling period and define either position or sensor properties one wants to disable. One can also disable both position and sensors at the same time. By default tracking is enabled.
      - `periods` object[] — Define begin and end of the disabling period. All trace points with timestamp that falls between begin and end times will be disabled according to the settings defined in the position and sensors properties.
        - `begin` integer — Milliseconds elapsed since 1 January 1970 00:00:00 UTC Begin time of the tracking disabling period. Begin must be smaller than end. Begin must be greater or equal to current time. Begin can be set without end. If there exists already end time which is earlier than given new begin time, the existing end time will be deleted.
        - `end` integer — Milliseconds elapsed since 1 January 1970 00:00:00 UTC End time of the tracking disabling period. End must be greater than begin. End must be greater or equal to current time. End can be set without begin if begin is already set.
      - `position` union — Define position methods to be disabled
        - 'all' — All positioning data the device sends will be removed before further processing. No geofence and location events will be generated
        - string[]
        - '' — By setting the position property empty string, all positioning data will be re-enabled during the disabling period.
      - `sensors` union — Define sensors to be disabled
        - 'all' — All sensor data the device sends will be removed before further processing. No sensor events will be generated.
        - string[]
        - '' — By setting the sensors property empty string, all sensors data will be re-enabled during the disabling period.
    - `lastModifiedGeofenceTimestamp` integer, required — Milliseconds elapsed since 1 January 1970 00:00:00 UTC. The time of the last update to geofences that device is associated with. This value is zero when device hasn't yet been associated with any geofence. This is set by HERE Tracking when any geofences associated with the device is modified or removed. Also adding and removing geofence associations update this value.
    - `rate` object — This can be used to specify the rates at which the device performs certain tasks.
      - `distanceM` number — Send an update if the device has moved farther than the specified distance in meters
      - `sampleMs` number — The rate at which to sample signals in milliseconds
      - `sendMs` number — The rate at which to send sample results in milliseconds
    - `sensorAlarmConfig` object — The device sensors alarm configuration.
      - `alertAccelerationGMax` number — An upper threshold value for acceleration in g-forces.
      - `alertAccelerationGMin` number — A lower threshold value for acceleration in g-forces.
      - `alertBatteryLevelPMax` number — An upper threshold value for battery level percentage.
      - `alertBatteryLevelPMin` number — A lower threshold value for battery level percentage.
      - `alertPressureHpaMax` number — An upper threshold value for pressure in hectopascals.
      - `alertPressureHpaMin` number — A lower threshold value for pressure in hectopascals.
      - `alertRelativeHumidityMax` number — An upper threshold value for relative humidity percentage.
      - `alertRelativeHumidityMin` number — A lower threshold value for relative humidity percentage.
      - `alertTemperatureCMax` number — An upper threshold value for temperature in degrees Celsius.
      - `alertTemperatureCMin` number — A lower threshold value for temperature in degrees Celsius.
      - `alertTiltDegreeMax` number — An upper threshold value for tilt in degrees.
      - `alertTiltDegreeMin` number — A lower threshold value for tilt in degrees.
      - `isAttachAlertEnabled` boolean — True if attach sensor alert in device is enabled.
      - `isTamperAlertEnabled` boolean — True if tamper sensor alert in device is enabled.
    - `sensorLoggingConfigurations` object[] — An array of objects that holds sensor logging configurations
      - `samplingFrequency` number — Sampling frequrency of single sensor loggin configuration (in milliseconds)
      - `type` 'acceleration' | 'pressure' | 'temperature' | 'humidity' | 'gnss', required — Type of single sensor logging configuration
    - `sensorLoggingEnabled` boolean — Flag that sets sensor logging on or off
    - `stateVersion` integer, required — The version of the state of a device. This should be incremented only by HERE Tracking.
    - `syncGeofences` boolean — A boolean value that sets efficient geofencing on or off
    - `wlanConfigurations` object[] — An array of objects that holds wlan configurations
      - `password` string — WLAN password. Please note that the password is stored to the device unencrypted. Do not use secure private networks, such as Intranet, for tracker WLAN connectivity. Password is required if security mode is other then 'none'.
      - `securityMode` 'none' | 'wpa2psk', required — Selected security mode
      - `ssid` string, required — Name given to a WLAN that is used by the client to access a WLAN network. Please note that the SSID is stored to the device unencrypted. Do not use secure private networks, such as Intranet, for tracker WLAN connectivity.
      - `ssidIsHidden` boolean — Flag that informs if SSID is hidden
    - `wlanConnectivityEnabled` boolean — A boolean value that sets wlan connectivity on or off
  - `timestamp` integer — Milliseconds elapsed since 1 January 1970 00:00:00 UTC. The time of the last update to the desired shadow.

## Other responses

- `204` — Successful (no content). The device data was ingested successfully and the response is empty. This response is returned if the `async` query parameter was set to `true`.
- `400` — Bad request The request object is in an incorrect format or has values that are invalid or out of range. If available, further error details are provided in the response body.
- `401` — Unauthorized The request did not provide correct authentication details
- `403` — Forbidden The account does not have the correct privileges
- `404` — Not Found The specified resource was not found
- `413` — Payload Too Large The request size exceeds the maximum size limit for payloads.
- `429` — Rate limited. When a device exceeds the number of requests allowed in plan configured for the `appId`, it will receive "Too Many Requests" 429 error code along with following headers: | header | description | | ------------------------ | ----------------------------------------- | | X-RateLimit-Remaining | The remaining number of requests | | X-RateLimit-Limit | The allowed number of requests for the `appId` plan | | Retry-After | The number of seconds the device needs to wait before retrying the data ingestion |

---

[API](https://skmtc.net/here/apis/tracking.md) · [All operations](https://skmtc.net/here/apis/tracking/llms.txt) · [OpenAPI document](https://skmtc-service-staging.skmtc.workers.dev/v1/apis/here/tracking/versions/efa162f7023c/schema)