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Azure Active Directory integration in Application Development

Azure Active Directory integration in Application Development

$249.00
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Self-paced • Lifetime updates
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Includes a practical, ready-to-use toolkit containing implementation templates, worksheets, checklists, and decision-support materials used to accelerate real-world application and reduce setup time.
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This curriculum spans the equivalent depth and breadth of a multi-workshop integration program, covering the end-to-end implementation of Azure AD in real application development lifecycles, from initial registration and secure token handling to governance, monitoring, and hybrid identity patterns across web, mobile, and enterprise environments.

Module 1: Understanding Azure AD Tenants and Application Registration

  • Decide between single-tenant and multi-tenant application registration based on intended audience and compliance requirements.
  • Configure application manifest settings such as groupMembershipClaims to control group and role claims in tokens.
  • Register applications in the correct Azure AD tenant when managing multiple environments (dev, test, prod) across subscriptions.
  • Assign appropriate redirect URIs and reply URLs to prevent token delivery to unauthorized endpoints.
  • Evaluate the use of client secrets versus certificates for application authentication based on key lifecycle management and security policies.
  • Manage application ownership delegation to non-admin users for collaborative development and DevOps workflows.

Module 2: Implementing Authentication Flows and Token Acquisition

  • Select the appropriate OAuth 2.0 flow (authorization code, implicit, client credentials) based on application type and token exposure risk.
  • Implement PKCE in public clients to mitigate authorization code interception attacks in SPAs and mobile apps.
  • Handle token expiration and silent refresh using MSAL libraries without disrupting user experience.
  • Validate token signatures and issuer claims programmatically when integrating with backend services that bypass MSAL.
  • Configure scopes and resource access during token acquisition to align with least privilege principles.
  • Debug token acquisition failures by inspecting HTTP 401/403 responses and decoding JWTs for claim inspection.

Module 3: Securing Web APIs with Azure AD

  • Configure Azure AD as an authentication provider in ASP.NET Core using AddMicrosoftIdentityWebApi.
  • Define app roles in the application registration manifest and map them to authorization policies in the API.
  • Validate the audience (aud) claim in access tokens to prevent token misuse across services.
  • Implement role-based access control (RBAC) in APIs using [Authorize(Roles = "...")] attributes with Azure AD roles.
  • Expose API scopes (permissions) for delegated and application access, and manage admin consent requirements.
  • Secure API endpoints with conditional access policies by integrating with Azure AD Conditional Access via claims.

Module 4: Managing User Identities and Token Claims

  • Extend tokens with custom claims using Azure AD application access packages or custom identity providers via B2C.
  • Configure optional claims in the app manifest to include groups, roles, or on-premises attributes in tokens.
  • Resolve performance issues with large group claims by enabling group filtering or using Microsoft Graph for dynamic resolution.
  • Map incoming claims to application-specific identities using claims transformation middleware in .NET.
  • Handle user lifecycle events such as disablement or deletion by validating account status during token validation.
  • Integrate on-premises Active Directory with Azure AD using Azure AD Connect and manage hybrid identity claim flow.

Module 5: Role and Permission Governance in Multi-Application Environments

  • Define and document custom app roles in Azure AD for fine-grained access control across microservices.
  • Assign application-specific roles to users and service principals using Azure AD role assignments or PowerShell automation.
  • Manage admin consent for multi-tenant applications and evaluate risks of broad delegated permissions.
  • Implement just-in-time (JIT) access using PIM for privileged role assignments in production environments.
  • Audit permission grants using Azure AD's enterprise applications access reviews and revoke stale consents.
  • Coordinate permission changes across dependent services during API versioning or deprecation.

Module 6: Securing Single Page Applications and Mobile Clients

  • Integrate MSAL.js into Angular, React, or Vue applications with secure token cache configuration (session vs. memory).
  • Prevent XSS-related token theft by avoiding localStorage and using secure in-memory caching strategies.
  • Implement login redirection and state handling to maintain application context after authentication.
  • Secure mobile app authentication using MSAL for iOS and Android with brokered authentication (Intune Company Portal).
  • Handle device compliance policies by checking for Intune enrollment status in token claims.
  • Manage silent token renewal failures in offline scenarios by implementing fallback authentication triggers.

Module 7: Monitoring, Troubleshooting, and Operational Security

  • Instrument authentication flows with structured logging to capture token acquisition, errors, and user context.
  • Use Azure AD Sign-In Logs to trace failed logins and correlate with application-level audit events.
  • Configure diagnostic settings to stream sign-in and audit logs to Log Analytics for centralized monitoring.
  • Respond to token replay attacks by analyzing sign-in risk levels and integrating with Identity Protection.
  • Rotate client secrets and certificates on a scheduled basis using Azure Key Vault and automation scripts.
  • Enforce MFA requirements through Conditional Access policies and evaluate impact on headless and service accounts.

Module 8: Advanced Scenarios and Hybrid Identity Patterns

  • Implement on-behalf-of (OBO) flow to chain API calls while preserving user context and elevation of privilege.
  • Integrate daemon services using client credentials flow with managed identities for enhanced credential security.
  • Bridge legacy applications with Azure AD using Application Proxy and pre-authentication policies.
  • Support B2B collaboration by inviting external users and managing their access lifecycle in shared applications.
  • Design hybrid authentication for line-of-business apps using AD FS with Azure AD App Proxy and SSO.
  • Implement custom authentication extensions using Azure AD B2C for customer-facing applications with social identity providers.
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