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Rotating an application secret helps credential hygiene but cannot force visitors to authenticate to an open HTTP endpoint.

Enforcing modern TLS protects confidentiality in transit, not authentication or access rights to the application.

Separate staging/production slots improve environment segregation but do not require login for the publicly reachable application.

Renaming/moving an already exposed password to another app setting leaves source history and the original credential valid.

Slot configuration controls where settings deploy, not whether a leaked SQL password remains valid.

A higher minimum TLS version does not revoke a committed database password or stop someone authenticating with it.

Slot assignment controls configuration deployment but does not directly remove obsolete TLS negotiation.

Renewing a certificate changes server identity validity but does not change enabled legacy TLS versions.

Rotating backend credentials affects authentication to services, not the minimum TLS protocol permitted for incoming clients.

Renaming the slot does not affect the access grants or secret material exposed to existing developers.

A minimum TLS version protects transport, not secret access by authorized staging developers.

Rotation is insufficient if the replacement credential remains accessible to the same unintended staging principals.

Detection-mode logs reveal SQL injection attempts, but do not block them unless the WAF policy has an enforcing action.

Narrow exclusions may address verified false positives, but broad exceptions would weaken injection coverage while attacks are occurring.

Bot/rate-limit controls can mitigate automation and abuse, but they do not replace SQL injection signature protections.

Bot rate limits address abusive request volumes, not the managed rule signature that matched the known legitimate field.

Disabling all managed rules would remove protections for unrelated exploits in response to one possible false positive.

Switching detection/prevention modes changes enforcement globally and is not a targeted fix for one JSON-field false positive.

A policy name is metadata; the actual mode field must be changed to enforce blocking.

Additional managed signatures still only log their matches when the WAF policy is not in blocking Prevention mode.

Bot/rate policies can mitigate flooding but cannot force an existing SQL-injection signature to block while the WAF remains in Detection mode.

Adding backend capacity without abusive-traffic controls may allow the distributed bots to consume every new resource.

Managed exploit signatures address payloads such as SQL injection but may not detect otherwise valid high-rate bot traffic.

Confirming Prevention mode matters for enforcing protections, but alone does not define bot/rate thresholds targeted at the abusive endpoint.

Redacting credentials in gateway logs is important hygiene but does not enforce who may approve payroll.

Valid JWTs establish caller identity and claims but still require an operation-level check that this caller may approve the particular payroll action.

Private backend connectivity prevents bypassing APIM but is not sufficient payroll/business authorization once a request is admitted.

Rate limiting does not authenticate clients or reject an unsigned token claiming arbitrary identity.

Backend business authorization is also needed for privileged operations but cannot substitute for rejecting fabricated access tokens at the gateway.

Log redaction protects bearer tokens after authentication and cannot make an unsigned request trustworthy.

JWT validation authenticates the partner, but does not limit the amount of traffic from that authenticated principal.

Restricting direct backend ingress prevents bypass, but an already authorized API Management caller can still overload upstream capacity.

Business authorization determines permissible operations, not fair per-client request or token consumption.