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Microsoft Entra ID
- Microsoft Entra ID is a cloud-based identity and access management service that protects identities and secures access to applications and services in the cloud.
- Contact:servicedesk@scc.kit.edu
- Advisory services:AD-Support
General information
Microsoft Entra ID (formerly Azure AD) is a cloud-based identity and access management service that protects identities and secures access to applications and services in the cloud and on-premises.
Services included
There are two Microsoft Entra organizations at KIT.
- KIT - Karlsruhe Institute of Technology
- Home organization for employees and guests & partners (GUP) - student.kit.edu
- Home organization for students
User accounts are created and updated in the respective Entra ID directories via synchronization from the KIT Active Directory (employees & GuP) or from the identity management system (students).
Authentication is performed via SAML, so that KIT account passwords are not stored in Entra ID and SSO via Shibboleth is still possible.
In addition to Microsoft M365 user accounts, M365 groups, licenses, and apps are managed in the Microsoft Admin Center and applicable policies are implemented.
Services not included
The SCC is responsible for administration. Currently, no IT administrators from other organizational units are involved.
Central service accounts and groups from KIT are currently not synchronized with Entra ID and are therefore not available in the cloud (OneDrive, Teams, etc.).
Data protection & data security in M365
For the use of applications and the storage of data in the Microsoft Cloud (M365), the following apply at KIT
- the service agreements on the introduction and operation of Microsoft 365 dated 15.02.25 for the two locations Karlsruhe and Garmisch-Partenkirchen
- the information classification guideline provided by the Information Security Officer (ISB) (available shortly)
- as well as the data protection information for the use of M365
When storing data in the Microsoft Cloud (M365), the regulations for deprovisioning at KIT are observed.