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Expresses allowed and denied capability combinations as one parameterized API integration test.
Proves that one authenticated user cannot read or modify another user's private resource.
Tests anonymous, owner, non-owner, and missing-resource outcomes through the real Spring Security filter chain.
Explains the boundary between OAuth/OIDC identity, application users, claims mapping, roles, and app-specific permissions.
Explains when a Next.js route layer helps with cookies, tokens, aggregation, and UI-specific API adaptation.
Explains policy-based authorization, requirements, handlers, claims, capabilities, and resource-aware checks.
Explains Redis-backed rate-limit counters, atomic increments, windows, identity keys, and fallback behavior.
Explains HTTPS, HSTS, secure cookies, HttpOnly, SameSite, no-store, and practical API/browser security hardening.
Explains structured logging fields, safe context, redaction, event naming, and avoiding secret or personal-data leaks.
Explains JWT validation, trusted issuers, audiences, expiration, signing keys, claims, and server-side authorization boundaries.
Explains the request identity model, principal and authorities, default thread-local storage, cleanup, and asynchronous boundaries.
Covers configuration that must stay with a slot, such as connection strings, secrets, callback URLs, and staging-only settings.
Balances strict script policy with per-request nonces, dynamic rendering, third-party scripts, caching, and operational rollout.
Uses functional interceptors for cross-cutting transport concerns without hiding domain behavior or unsafe retries.
Keeps Next.js 16 Proxy focused on request routing and optimistic checks rather than data access or final authorization.
Separates proving an identity from deciding whether that identity may perform a specific action on a resource.
Separates logging a user into an application, obtaining tokens for outbound calls, and validating access tokens on an API.
Covers custom domains, TLS, HTTPS, allowed hosts, CORS boundaries, and production-facing endpoint hygiene for App Service APIs.
Explains why memory diagnostics need access control, retention limits, and careful handling of secrets and user data.
Uses HTTP rules for route-level policy and method security for reusable service operations without creating contradictory enforcement.
Chooses credential transport and server state from client shape, revocation, browser threats, scaling, and operational requirements.
Bases CSRF policy on whether browsers automatically attach credentials and keeps unsafe requests protected without disabling security globally.
Separates missing resources, canonical navigation, authorization outcomes, expected failures, and unexpected exceptions.
Layers optimistic routing checks with secure data-layer authorization across components, actions, and handlers.