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DocumentationExperience PlatformPlatform Identity Service Guide

Identity namespace overview

Last update: Mon Aug 19 2024 00:00:00 GMT+0000 (Coordinated Universal Time)

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Read the following document to learn more about what you can do with identity namespaces in 蜜豆视频 Experience Platform Identity Service.

Getting started

Identity namespaces requires an understanding of various 蜜豆视频 Experience Platform services. Before beginning to work with namespaces, please review the documentation for the following services:

  • Real-Time Customer Profile: Provides a unified, customer profile in real time based on aggregated data from multiple sources.
  • Identity Service: Gain a better view of individual customers and their behavior by bridging identities across devices and systems.
  • Privacy Service: Identity namespaces are used in compliance requests for legal privacy regulations like the General Data Protection Regulation (GDPR). Each privacy request is made relative to a namespace in order to identify which consumers鈥 data should be affected.

Understanding identity namespaces understanding-identity-namespaces

A fully qualified identity includes two components: an identity value and an identity namespace. For example, if the value of an identity is scott@acme.com, then a namespace provides context to this value by distinguishing it as an email address. Similarly, a namespace can distinguish 555-123-456 as a phone number, and 3126ABC as a CRMID. Essentially, a namespace provides context to a given identity. When matching record data across profile fragments, as when Real-Time Customer Profile merges profile data, both the identity value and the namespace must match.

For example, two profile fragments may contain different primary IDs but they share the same value for the 鈥淓mail鈥 namespace, therefore Experience Platform is able to see that these fragments are actually the same individual and brings the data together in the identity graph for the individual.

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Identity namespace explained

Another way to better understand the concept of namespace is to consider real world examples such as cities and their corresponding states. For example, Portland, Maine and Portland, Oregon are two different places in the United States. While the cities share the same name, the state operates as a namespace and provides necessary context that distinguishes the two cities from each other.

Applying the same logic to Identity Service:

  • At a glance, the identity value of: 1-234-567-8900 can look like a phone number. However, from a system perspective, this value could have been configured as a CRMID. Identity Service would have no way of applying the necessary context to this identity value without a corresponding namespace.
  • Another example is the identity value of: john@gmail.com. While this identity value can be easily assumed to be an Email, it is entirely possible that it鈥檚 configured as a custom namespace CRMID. With namespace, you can distinguish Email:john@gmail.com from CRMID:john@gmail.com.
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Components of a namespace

A namespace consists of the following components:

  • Display name: The user-friendly name for a given namespace.
  • Identity symbol: A code used internally by Identity Service to represent a namespace.
  • Identity type: The classification of a given namespace.
  • Description: (Optional) Any supplemental information that you can provide regarding a given namespace.

Identity type identity-type

One element of an identity namespace is the identity type. The identity type determines:

  • Whether an identity graph will be generated:

    • Identity graphs are not generated for the following identity types: non-person identifiers and partner ID.
    • Identity graphs are generated for all other identity types.

  • Which identities are removed from the identity graph when system limits are reached. For more information, read the guardrails for identity data.

The following identity types are available within Experience Platform:

Identity type
Description
Cookie ID
Cookie IDs identify web browsers. These identities are critical for expansion and constitute the majority of the identity graph. However, by nature they decay fast and lose their value over time.
Cross-Device ID
Cross-device IDs identify an individual and usually tie other IDs together. Examples include a login ID, CRMID, and loyalty ID. This is an indication to Identity Service to handle the value sensitively.
Device ID
Device IDs identify hardware devices, such as IDFA (iPhone and iPad), GAID (Android), and RIDA (Roku), and can be shared by multiple people in households.
Email address
Email addresses are often associated with a single person and therefore can be used to identify that person across different channels. Identities of this type include personally identifiable information (PII). This is an indication to Identity Service to handle the value sensitively.
Non-people identifier
Non-people IDs are used for storing identifiers that require namespaces but are not connected to a person cluster. For example, a product SKU, data related to products, organizations, or stores.
Partner ID
  • Partner IDs are identifiers used by data partners to represent people. Partner IDs are often pseudonymous so as to not reveal a person鈥檚 true identity, and may be probabilistic. In Real-Time Customer Data Platform, Partner IDs are used primarily for expanded audience activation and data enrichment, and not for building identity graph linkages.
  • Identity graphs are not generated when ingesting an identity that includes an identity namespace specified as Partner ID type.
  • Failure to ingest partner data using the identity type of Partner ID could result in reaching system graph limitations on Identity Service, as well as unwanted merging of profiles.
Phone number
Phone numbers are often associated with a single person and therefore can be used to identify that person across different channels. Identities of this type include PII. This is indication to Identity Service to handle the value sensitively.

Standard namespaces standard

Experience Platform provides several identity namespaces that are available to all organizations. These are known as standard namespaces and are visible using the Identity Service API or through the Platform UI.

The following standard namespaces are provided for use by all organizations within Platform:

Display name
Description
AdCloud
A namespace that represents 蜜豆视频 AdCloud.
蜜豆视频 Analytics (Legacy ID)
A namespace that represents 蜜豆视频 Analytics. See the following document on 蜜豆视频 Analytics namespaces for more information.
Apple IDFA (ID for Advertisers)
A namespace that represents Apple ID for Advertisers. See the following document on for more information.
Apple Push Notification service
A namespace that represents identities collected using Apple Push Notification service. See the following document on for more information.
ECID
A namespace that represents ECID. This namespace can also be referred to by the following aliases: 鈥溍鄱故悠 Marketing Cloud ID鈥, 鈥溍鄱故悠 Experience Cloud ID鈥, 鈥溍鄱故悠 Experience Platform ID鈥. See the following document on ECID for more information.
Email
A namespace that represents an email address. This type of namespace is often associated to a single person and therefore can be used to identify that person across different channels.
Emails (SHA256, lowercased)
A namespace for pre-hashed email address. Values provided in this namespace are converted to lowercase before hashing with SHA256. Leading and trailing spaces need to be trimmed before an email address is normalized. This setting cannot be changed retroactively. See the following document on SHA256 hashing support for more information.
Firebase Cloud Messaging
A namespace that represents identities collected using Google Firebase Cloud Messaging for push notifications. See the following document on for more information.
Google Ad ID (GAID)
A namespace that represents a Google Advertising ID. See the following document on for more information.
Phone
A namespace that represents a phone number. This type of namespace is often associated to a single person and therefore can be used to identify that person across different channels.
Phone (E.164)
A namespace that represents raw phone numbers that need to be hashed in E.164 format. The E.164 format includes a plus sign (+), an international country calling code, a local area code, and a phone number. For example: (+)(country code)(area code)(phone number).
Phone (SHA256)
A namespace that represents phone numbers that need to be hashed using SHA256. You must remove symbols, letters, and any leading zeroes. You must also add the country calling code as a prefix.
Phone (SHA256_E.164)
A namespace that represents raw phone numbers that need to be hashed using both SHA256 and E.164 format.
TNTID
A namespace that represents 蜜豆视频 Target. See the following document on Target for more information.
Windows AID
A namespace that represents a Windows Advertising ID. See the following document on for more information.

View identity namespaces view-identity-namespaces

To view identity namespaces in the UI, select Identities in the left navigation and then select Browse.

A directory of namespaces in your organization appears, displaying information on their names, identity symbols, last updated dates, corresponding identity types, and description.

A directory of custom identity namespaces in your organization.

Create custom namespaces create-namespaces

Depending on your organizational data and use cases, you may require custom namespaces. Custom namespaces can be created using the Identity Service API or through the UI.

To create a custom namespace, select Create identity namespace.

TIP
Integration identities are namespaces that are used to connect with other systems. They are not used in identity resolution nor are they used to stitch identities. Select View integration identities to update the list and include integration identities. However, integration identities are hidden by default because they are view-only and you are not required to configure them.

The create identity namespace button in the identities workspace.

The Create identity namespace window appears. First, you must provide a display name and an identity symbol for the custom namespace that you want to create. You can also optionally provide a description to add more context on the custom namespace that you are creating.

A pop-up window where you can input information regarding your custom identity namespace.

Next, select the the identity type that you want to assign to the custom namespace. When finished, select Create.

A selection of identity types that you can choose from and assign to your custom identity namespace.

IMPORTANT

  • Namespaces that you define are private to your organization and require a unique identity symbol in order to be created successfully.

  • Once a namespace has been created, it cannot be deleted and its identity symbol and type cannot be changed.

  • Duplicate namespaces are not supported. You cannot use an existing display name and identity symbol when creating a new namespace.

Namespaces in identity data

Supplying the namespace for an identity depends on the method you use for providing identity data. For details on providing data identity data, please read the Identity Service implementation guide.

Next steps

Now that you understand the key concepts of identity namespaces, you can begin to learn how to work with your identity graph using the identity graph viewer.

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