All CVEs — page 541 of 631
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This vulnerability allows arbitrary command execution on Windows when the envelope address is controlled by an attacker, leading to potential remote code execution as the sending process.
The flaw allows an out-of-bounds write by exploiting a usbredir isochronous OUT stream, potentially leading to arbitrary code execution or data corruption.
Users with edit permissions but without entity ownership can exploit a flaw in Graylog to gain full control over saved searches and dashboards, allowing them to delete or modify content.
The flaw allows an attacker to write or overwrite files with elevated privileges by exploiting improperly validated archive entries, potentially leading to persistent system modification or code execution.
The flaw allows an authenticated user to include shell metacharacters in the ConfigUpdateJob, leading to arbitrary command execution with the privileges of the KubeEdge process.
The flaw allows any authenticated user to restart any machine, even without ADMIN role, by exploiting a misconfigured API endpoint in InvenTree versions prior to 1.4.0.
The flaw allows SSRF attacks by not fully validating server URLs, enabling requests to internal addresses like loopback and cloud metadata.
The flaw allows an authenticated user to read and potentially modify notifiers belonging to other tenants, exposing sensitive credentials and redirecting notifications to attacker-controlled webhooks.
The flaw allows a low-privileged user to overwrite or delete another tenant's maintenance entry, posing a significant risk to data integrity.
The flaw allows any authenticated user to add another account to their group without proper authorization, leading to potential unauthorized access and data exposure.
The flaw allows a user to delete another group's inventory by exploiting the global owner role, leading to data loss.
The flaw in SmallRye Fault Tolerance library causes a memory leak when using ApplyGuard or ApplyFaultTolerance annotations, leading to potential application crashes due to increased memory usage.
The flaw allows any authenticated non-admin user to list and download system-configuration backups, potentially disclosing sensitive information such as password hashes and API tokens.
The flaw allows non-admin users to modify system settings, including threat-intelligence blocklists, potentially leading to unauthorized content access and disruption of monitoring.
The flaw allows any authenticated user to execute arbitrary code as root by manipulating plugin installation and uninstallation tasks, leading to full host compromise.
The flaw allows unauthenticated attackers to trigger a global login lockdown by sending POST requests with nonexistent usernames, leading to HTTP 429 rate limiting for legitimate users.
The flaw in Tinyauth allows an authenticated low-privilege user to bypass per-app access controls by using a differently cased hostname, leading to unauthorized access to restricted applications.
The flaw allows unauthenticated requests to inject traversal segments and access unintended internal routes, potentially exposing sensitive endpoints.
The flaw allows an attacker to hijack a victim's draw.io session by exploiting OAuth callback handling in self-hosted deployments, leading to potential misattribution of cloud-storage actions.
The flaw allows an attacker to forge server-side requests by manipulating DNS resolutions, potentially exposing internal network resources through a proxy.
The flaw allows any authenticated user to modify arbitrary protected records, corrupt application state, or cause service disruption due to missing permission checks.
The flaw allows unauthenticated clients to manipulate or remove critical headers like ClientIPHeader, TLSHeader, and RequestID before they reach the backend service, potentially undermining security measures.