CVE-2025-14025 is a security flaw in Red Hat Ansible Automation Platform (AAP) where read-only scoped OAuth2 API tokens, enforced at the gateway level, can perform write operations on backend services such as Controller, Hub, and EDA. This bypass occurs because the gateway does not properly restrict write operations for tokens intended to be read-only. The exploitability is limited by the permissions assigned to the user account associated with the token, making the impact dependent on the organization's RBAC policies. Attackers with tokens linked to users with elevated permissions could create or update execution environments, projects, or run job templates. Red Hat classifies this vulnerability as Important rather than Critical, emphasizing the need for careful token and permission management. No official fix has been released yet, but defense-in-depth strategies are recommended.

If exploited, attackers with valid read-only tokens can perform unauthorized write operations on backend services, potentially modifying automation environments, projects, or job templates. The severity of impact depends on the permissions associated with the compromised token. Organizations that assign read-only tokens to individual users rather than restricted service accounts face higher risk. The vulnerability could lead to unauthorized changes in automation workflows, affecting confidentiality, integrity, and availability of automation processes.

Red Hat advises using role-based access control (RBAC) to enforce the principle of least privilege and careful management of OAuth2 tokens to reduce risk. Organizations should avoid assigning read-only tokens to individual users and instead use dedicated service accounts with restricted permissions. Defense-in-depth practices are essential. No official patch or fix is currently available; users should monitor Red Hat advisories for updates and apply all previously released errata relevant to their systems. Refer to Red Hat article https://access.redhat.com/articles/7136004 for additional mitigation strategies.