Tag1 D7ES Security Advisories

The FileField Sources module's remote URL source allows authenticated users to supply arbitrary URLs that are fetched via cURL. Before the fix, no restrictions prevented those URLs from targeting internal or reserved IP addresses, or from using non-HTTP schemes, enabling attackers to probe or interact with internal network services.

The TableField module was vulnerable to CSV injection attacks where table cell values containing formula-starting characters were written to exported CSV files without sanitization, allowing malicious formulas to execute when the file was opened in a spreadsheet application.

The Export Logs module was vulnerable to CSV injection attacks where log field values containing formula-starting characters were written to CSV files without sanitization, allowing malicious formulas to execute when the exported file was opened in a spreadsheet application.

The Field Collection module granted users with the "edit field collections" permission unconditional access to field collection items, bypassing parent entity access checks entirely. A separate flaw allowed access when the host entity could not be loaded, as passing NULL to "entity_access()" may return TRUE for some entity types.

The Entity Reports module was vulnerable to CSV injection attacks where malicious formulas could be executed when exported CSV files were opened in spreadsheet applications.

The Flag module does not implement any rate limiting on flagging actions, allowing authenticated users to perform an unlimited number of flag operations in rapid succession. This can be used to flood the database, degrade site performance, and manipulate flag count statistics.

The LDAP Authentication module logged the LDAP bind password in plaintext to Drupal's watchdog system whenever a non-anonymous bind failed, potentially exposing service account credentials to anyone with access to the site's log reports.

SAML SSO - Service Provider doesn't sufficiently block access, leading to a authentication bypass vulnerability.

The OpenID Connect module contained a Server Side Request Forgery (SSRF) vulnerability in its user picture handling functionality, allowing attackers to force the server to make HTTP requests to arbitrary URLs through malicious user picture URLs.

The OpenID Connect module introduced a prompt parameter configuration that, when misconfigured, could potentially weaken authentication security by allowing users to bypass certain authentication requirements through OpenID Connect identity providers.