Configure → Drift → Breach → Repeat: The Cycle of Cybersecurity Control Configuration Risk
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But PingFederate controls can drift as OAuth clients, authorization server settings, SP connections, IdP connections, redirect validation, and admin API policies change over time.
Reach analyzes OAuth client settings such as [restrictScopes], signed request requirements, PKCE, and DPoP enforcement to identify clients with broadened scopes or weakened token protections. This helps prevent authorization code interception, token replay, unsigned requests, and unauthorized access through overly permissive OAuth clients.
Reach detects risky changes to authorization server settings such as [disallowPlainPKCE], replay prevention, and Dynamic Client Registration security controls. By restoring stronger OAuth enforcement, Reach helps reduce exposure to plain PKCE attacks, tampered client requests, and unsafe client registration flows.
Reach analyzes SP and IdP connection settings such as signed AuthnRequests, signed assertions, assertion encryption, subject NameID encryption, and attribute encryption. This helps prevent unsigned authentication requests, SAML assertion tampering, identity spoofing, and sensitive identity data exposure.
Reach monitors redirect validation, SP/IdP connections, OAuth clients, and admin API settings for changes that weaken identity security. It identifies risky drift such as disabled target resource validation, loosened CORS controls, or changed trust settings so teams can restore secure federation behavior quickly.
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