Which components should you use to manage identities and access to data assets securely in Fabric?

Prepare for the DP-700 Microsoft Fabric Data Engineer Exam with flashcards and multiple choice questions. Study with hints and explanations, and ensure success on your certification exam!

Multiple Choice

Which components should you use to manage identities and access to data assets securely in Fabric?

Explanation:
Centralized identity management in Azure Active Directory with defined identities, groups, and service principals for automation, combined with multi-factor authentication and conditional access, is the secure way to control who can access Fabric data assets and how. Using Azure AD provides a single source of truth for users and services, and groups simplify granting access at scale through role-based access control. Service principals (or managed identities) allow automation and applications to authenticate safely without embedding credentials, which reduces the risk of credential leakage. Enforcing MFA adds a strong second factor, making stolen passwords far less useful, while conditional access enforces policies based on factors like user risk, device health, location, and the application being accessed, strengthening protection in real-world scenarios. Together, these elements enable robust auditing, access reviews, and governance across Fabric data assets. Relying on local Windows accounts and shared passwords is insecure and unwieldy to manage at scale. Anonymous access tokens provide no reliable authentication or authorization, leading to uncontrolled access. LDAP credentials without MFA are outdated for cloud-native security and don’t leverage modern policy enforcement.

Centralized identity management in Azure Active Directory with defined identities, groups, and service principals for automation, combined with multi-factor authentication and conditional access, is the secure way to control who can access Fabric data assets and how.

Using Azure AD provides a single source of truth for users and services, and groups simplify granting access at scale through role-based access control. Service principals (or managed identities) allow automation and applications to authenticate safely without embedding credentials, which reduces the risk of credential leakage. Enforcing MFA adds a strong second factor, making stolen passwords far less useful, while conditional access enforces policies based on factors like user risk, device health, location, and the application being accessed, strengthening protection in real-world scenarios. Together, these elements enable robust auditing, access reviews, and governance across Fabric data assets.

Relying on local Windows accounts and shared passwords is insecure and unwieldy to manage at scale. Anonymous access tokens provide no reliable authentication or authorization, leading to uncontrolled access. LDAP credentials without MFA are outdated for cloud-native security and don’t leverage modern policy enforcement.

Subscribe

Get the latest from Passetra

You can unsubscribe at any time. Read our privacy policy