This post was also published with the Industry Association of Privacy Professionals.

\nIt seems like every day there is a new report of a major personal data breach. In just the past few months, Neiman Marcus, Ticketmaster, Evolve Bank, TeamViewer, Hubspot, and even the IRS have been affected.\n

\nThe core issue is that user data is commonly spread across multiple systems that are increasingly difficult to fully secure, including database user tables, data warehouses and unstructured documents.\n

\nMost enterprises are already running an incredibly secure and hardened identity system to manage customer login and authorization, commonly referred to as a customer identity access management system. Since identity systems manage customer sign-up and sign-in, they typically contain customer names, email addresses, and phone numbers for multifactor authentication. Commercial CIAMs provide extensive logging, threat detection, availability and patch management.\n

\nIdentity systems are highly secure and already store customers' personally identifiable information, so it stands to reason enterprises should consider identity systems to manage additional PII fields.\n

\nIdentity systems are designed to store numerous PII fields and mask the fields for other systems. The Liberty Project developed the protocols that became Security Assertion Markup Language 2.0, the architecture at the core of CIAM systems, 20 years ago, when I was its chief technology officer. SAML 2.0 was built so identity data would be fully secure, and opaque tokens would be shared with other systems. Using tokens instead of actual user data is a core feature of identity software that can be used to fully secure user data across applications.\n

\nMost modern identity systems support adding additional customer fields, so it is easy to add new fields like Social Security numbers and physical addresses. Almost like a database, some identity systems even support additional tables and images.\n

\nA great feature of identity systems is that they often provide a full suite of user interface components for users to register, login and manage their profile fields. Moving fields like Social Security numbers from your database to your identity system means the identity system can fully manage the process of users entering, viewing and editing the field, and your existing application and database become descoped from managing sensitive data.\n

\nWith sensitive fields fully isolated in an identity system and its user interface components, the identity system can provide for cumbersome and expensive compliance with standards such as the Health Insurance Portability and Accountability Act for medical data and the Payment Card Industry Data Security Standard for payment data, saving the time and effort to achieve similar compliance in your application.\n

\nThere are, of course, applications that require sensitive data, such as customer service systems and data warehouses. Identity systems use a data distribution standard called System for Cross-domain Identity Management 2.0 to copy user data to other systems. The SCIM is a great standard to help manage compliance such as \"right to be forgotten,\" because it can automatically delete customer data from other systems when a customer record is deleted from the identity system.\n

\nWhen copying customer data from an identity system to another application, consider anonymizing or masking fields. For example, anonymizing a birthdate into an age range when copying a customer record into a data warehouse can descope the data warehouse from containing personal information.\n

\nMost enterprises already run an Application Programming Interface Gateway to manage web services between systems. By combining an API Gateway with the identity system's APIs, it becomes very easy to automatically anonymize and mask customer data fields before they are copied into other systems.\n

\nA new set of companies including Baffle, Skyflow, and Piiano have introduced services that combine the governance and field management features of an identity system with extensive field masking. Since these systems do not offer the authentication and authorization features of an identity system, it's important to balance the additional features as they introduce an additional threat surface with PII storage and permissions.\n

\nPII sprawl is an increasing liability for companies. The most secure, compliant and flexible central data store to manage PII is the existing CIAM and API Gateway infrastructure that enterprises have already deployed.\n

\nMove that customer data into your identity system and lock it down.","contentEncoded","freeContentEncoded","textContent","This post was also published with the Industry Association of Privacy Professionals. It seems like every day there is a new report of a major personal data breach. In just the past few months, Neiman Marcus, Ticketmaster, Evolve Bank, TeamViewer, Hubspot, and even the IRS have been affected. The core issue is that user data is commonly spread across multiple systems that are increasingly difficult to fully secure, including database user tables, data warehouses and unstructured documents. Most enterprises are already running an incredibly secure and hardened identity system to manage customer login and authorization, commonly referred to as a customer identity access management system. Since identity systems manage customer sign-up and sign-in, they typically contain customer names, email addresses, and phone numbers for multifactor authentication. Commercial CIAMs provide extensive logging, threat detection, availability and patch management. Identity systems are highly secure and already store customers' personally identifiable information, so it stands to reason enterprises should consider identity systems to manage additional PII fields. Identity systems are designed to store numerous PII fields and mask the fields for other systems. The Liberty Project developed the protocols that became Security Assertion Markup Language 2.0, the architecture at the core of CIAM systems, 20 years ago, when I was its chief technology officer. SAML 2.0 was built so identity data would be fully secure, and opaque tokens would be shared with other systems. Using tokens instead of actual user data is a core feature of identity software that can be used to fully secure user data across applications. Most modern identity systems support adding additional customer fields, so it is easy to add new fields like Social Security numbers and physical addresses. Almost like a database, some identity systems even support additional tables and images. A great feature of identity systems is that they often provide a full suite of user interface components for users to register, login and manage their profile fields. Moving fields like Social Security numbers from your database to your identity system means the identity system can fully manage the process of users entering, viewing and editing the field, and your existing application and database become descoped from managing sensitive data. With sensitive fields fully isolated in an identity system and its user interface components, the identity system can provide for cumbersome and expensive compliance with standards such as the Health Insurance Portability and Accountability Act for medical data and the Payment Card Industry Data Security Standard for payment data, saving the time and effort to achieve similar compliance in your application. There are, of course, applications that require sensitive data, such as customer service systems and data warehouses. Identity systems use a data distribution standard called System for Cross-domain Identity Management 2.0 to copy user data to other systems. The SCIM is a great standard to help manage compliance such as \"right to be forgotten,\" because it can automatically delete customer data from other systems when a customer record is deleted from the identity system. When copying customer data from an identity system to another application, consider anonymizing or masking fields. For example, anonymizing a birthdate into an age range when copying a customer record into a data warehouse can descope the data warehouse from containing personal information. Most enterprises already run an Application Programming Interface Gateway to manage web services between systems. By combining an API Gateway with the identity system's APIs, it becomes very easy to automatically anonymize and mask customer data fields before they are copied into other systems. A new set of companies including Baffle, Skyflow, and Piiano have introduced services that combine the governance and field management features of an identity system with extensive field masking. Since these systems do not offer the authentication and authorization features of an identity system, it's important to balance the additional features as they introduce an additional threat surface with PII storage and permissions. PII sprawl is an increasing liability for companies. The most secure, compliant and flexible central data store to manage PII is the existing CIAM and API Gateway infrastructure that enterprises have already deployed. Move that customer data into your identity system and lock it down.","initial","strategy","content-ready","locked","deletedAt","2025-10-01T14:39:04.033Z","isSyncedFromOwnBlog","original","duplicatesCount","duplicateVersion","originalArticleId","errorsCount","appearance","color","backgroundColor","shortSummary","summary","bullets","persons","places","words","sentiment","subject","meta","eventId","nostrRootEvent","event","authorNPub","markdown","[![](https://blogger.googleusercontent.com/img/b/R29vZ2xl/AVvXsEhBnjomux1XRpvE_vVagPtXDZNagsFMg011mNzsvk4XtATOexAhNSChuijZliipDxjJw9Srd1JPeoukFFr96yBxjK2WETbL4gVKRZTgzAdJEv_kzpm_R5d1lmzO_Xv_UqqpfoO0/s320/iapp.jpg) \nThis post was also published with the Industry Association of Privacy Professionals.](https://iapp.org/news/a/it-s-time-to-secure-user-data-in-your-identity-system/)![](https://blogger.googleusercontent.com/img/a/AVvXsEgRtzoQnxnigxQMPm1UIPLzE93rzYLf4DeblMLit25GPHgoZs2xlJsyQ2sB6YRm3Z-0hJq4lH4aiS_Xd-RGw2k0rg7mIt--IyxNPYHVhCLlecn7Pr8SkXIGfe43Z3DX6TM-C3pmBpOmb5n1axhP-qxiSxyajUZKnEzLV8Ma73LXnSnfBr5BXF-f=w576-h383)\n\nIt seems like every day there is a new report of a major personal data breach. In just the past few months, [Neiman Marcus](https://www.wfaa.com/article/news/local/dallas-luxury-retailer-neiman-marcus-says-some-customer-information-was-leaked-in-data-breach/287-c1b44861-da57-4d85-b154-bb9a20271a59), [Ticketmaster](https://www.wane.com/top-stories/ticketmaster-announces-data-breach-involving-personal-information), [Evolve Bank](https://finance.yahoo.com/news/arkansas-based-evolve-bank-confirms-222038580.html), [TeamViewer](https://www.bleepingcomputer.com/news/security/teamviewers-corporate-network-was-breached-in-alleged-apt-hack), [Hubspot](https://techcrunch.com/2024/06/28/hubspot-says-its-investigating-customer-account-hacks), and even the [IRS](https://www.mlive.com/news/2024/06/irs-apologizes-for-data-breach-that-leaked-taxpayer-information.html) have been affected.\n\nThe core issue is that user data is commonly spread across multiple systems that are increasingly difficult to fully secure, including database user tables, data warehouses and unstructured documents.\n\nMost enterprises are already running an incredibly secure and hardened identity system to manage customer login and authorization, commonly referred to as a customer identity access management system. Since identity systems manage customer sign-up and sign-in, they typically contain customer names, email addresses, and phone numbers for multifactor authentication. Commercial CIAMs provide extensive logging, threat detection, availability and patch management.\n\nIdentity systems are highly secure and already store customers' personally identifiable information, so it stands to reason enterprises should consider identity systems to manage additional PII fields.\n\nIdentity systems are designed to store numerous PII fields and mask the fields for other systems. The Liberty Project developed the protocols that became Security Assertion Markup Language 2.0, the architecture at the core of CIAM systems, 20 years ago, when I was its chief technology officer. SAML 2.0 was built so identity data would be fully secure, and opaque tokens would be shared with other systems. Using tokens instead of actual user data is a core feature of identity software that can be used to fully secure user data across applications.\n\nMost modern identity systems support adding additional customer fields, so it is easy to add new fields like Social Security numbers and physical addresses. Almost like a database, some identity systems even support additional tables and images.\n\nA great feature of identity systems is that they often provide a full suite of user interface components for users to register, login and manage their profile fields. Moving fields like Social Security numbers from your database to your identity system means the identity system can fully manage the process of users entering, viewing and editing the field, and your existing application and database become descoped from managing sensitive data.\n\nWith sensitive fields fully isolated in an identity system and its user interface components, the identity system can provide for cumbersome and expensive compliance with standards such as the Health Insurance Portability and Accountability Act for medical data and the Payment Card Industry Data Security Standard for payment data, saving the time and effort to achieve similar compliance in your application.\n\nThere are, of course, applications that require sensitive data, such as customer service systems and data warehouses. Identity systems use a data distribution standard called System for Cross-domain Identity Management 2.0 to copy user data to other systems. The SCIM is a great standard to help manage compliance such as \"right to be forgotten,\" because it can automatically delete customer data from other systems when a customer record is deleted from the identity system.\n\nWhen copying customer data from an identity system to another application, consider anonymizing or masking fields. For example, anonymizing a birthdate into an age range when copying a customer record into a data warehouse can descope the data warehouse from containing personal information.\n\nMost enterprises already run an Application Programming Interface Gateway to manage web services between systems. By combining an API Gateway with the identity system's APIs, it becomes very easy to automatically anonymize and mask customer data fields before they are copied into other systems.\n\nA new set of companies including Baffle, Skyflow, and Piiano have introduced services that combine the governance and field management features of an identity system with extensive field masking. Since these systems do not offer the authentication and authorization features of an identity system, it's important to balance the additional features as they introduce an additional threat surface with PII storage and permissions.\n\nPII sprawl is an increasing liability for companies. The most secure, compliant and flexible central data store to manage PII is the existing CIAM and API Gateway infrastructure that enterprises have already deployed.\n\nMove that customer data into your identity system and lock it down.","freeMarkdown","kind1EventId","kind30023EventId","kind30023","publishedToNostr","htmlContentKind30023","

$\"\"$
\nThis post was also published with the Industry Association of Privacy Professionals. $\"\"$

It seems like every day there is a new report of a major personal data breach. In just the past few months, Neiman Marcus, Ticketmaster, Evolve Bank, TeamViewer, Hubspot, and even the IRS have been affected.

The core issue is that user data is commonly spread across multiple systems that are increasingly difficult to fully secure, including database user tables, data warehouses and unstructured documents.

Most enterprises are already running an incredibly secure and hardened identity system to manage customer login and authorization, commonly referred to as a customer identity access management system. Since identity systems manage customer sign-up and sign-in, they typically contain customer names, email addresses, and phone numbers for multifactor authentication. Commercial CIAMs provide extensive logging, threat detection, availability and patch management.

Identity systems are highly secure and already store customers' personally identifiable information, so it stands to reason enterprises should consider identity systems to manage additional PII fields.

Identity systems are designed to store numerous PII fields and mask the fields for other systems. The Liberty Project developed the protocols that became Security Assertion Markup Language 2.0, the architecture at the core of CIAM systems, 20 years ago, when I was its chief technology officer. SAML 2.0 was built so identity data would be fully secure, and opaque tokens would be shared with other systems. Using tokens instead of actual user data is a core feature of identity software that can be used to fully secure user data across applications.

Most modern identity systems support adding additional customer fields, so it is easy to add new fields like Social Security numbers and physical addresses. Almost like a database, some identity systems even support additional tables and images.

A great feature of identity systems is that they often provide a full suite of user interface components for users to register, login and manage their profile fields. Moving fields like Social Security numbers from your database to your identity system means the identity system can fully manage the process of users entering, viewing and editing the field, and your existing application and database become descoped from managing sensitive data.

With sensitive fields fully isolated in an identity system and its user interface components, the identity system can provide for cumbersome and expensive compliance with standards such as the Health Insurance Portability and Accountability Act for medical data and the Payment Card Industry Data Security Standard for payment data, saving the time and effort to achieve similar compliance in your application.

There are, of course, applications that require sensitive data, such as customer service systems and data warehouses. Identity systems use a data distribution standard called System for Cross-domain Identity Management 2.0 to copy user data to other systems. The SCIM is a great standard to help manage compliance such as \"right to be forgotten,\" because it can automatically delete customer data from other systems when a customer record is deleted from the identity system.

When copying customer data from an identity system to another application, consider anonymizing or masking fields. For example, anonymizing a birthdate into an age range when copying a customer record into a data warehouse can descope the data warehouse from containing personal information.

Most enterprises already run an Application Programming Interface Gateway to manage web services between systems. By combining an API Gateway with the identity system's APIs, it becomes very easy to automatically anonymize and mask customer data fields before they are copied into other systems.

A new set of companies including Baffle, Skyflow, and Piiano have introduced services that combine the governance and field management features of an identity system with extensive field masking. Since these systems do not offer the authentication and authorization features of an identity system, it's important to balance the additional features as they introduce an additional threat surface with PII storage and permissions.

PII sprawl is an increasing liability for companies. The most secure, compliant and flexible central data store to manage PII is the existing CIAM and API Gateway infrastructure that enterprises have already deployed.

Move that customer data into your identity system and lock it down.

","pubDate","2024-12-12T13:00:00.000Z","modifiedAt","2025-10-01T14:37:59.616Z","storyId","likes","zaps","reposts","comments","tweets",[],"relatedArticles",[],"actionData","errors"]

It's time to secure user data in your identity system