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A substring check in ApostropheCMS import-export tar extraction fails to catch relative directory traversal paths, allowing authenticated users to crash the Node process.
A client-side prototype pollution vulnerability in ApostropheCMS allows attackers to execute arbitrary JavaScript in the context of an authenticated user session if the victim visits a crafted link, potentially leading to unauthorized data access and administrative compromise.
A lack of attempt throttling on ApostropheCMS's authenticated password-change endpoint allows attackers with an active session to repeatedly guess the current password without lockout or rate limiting, potentially enabling account takeover if the password is weak.
In ApostropheCMS before 4.33.0, the exist-in-locale API allows authenticated low-privilege users to determine whether restricted documents and drafts exist and retrieve localized identifiers without proper document-level authorization checks.
A namespace prefix bypass in sanitize-html allows SVG SMIL animation elements to evade URL sink restrictions, potentially enabling cross-site scripting attacks when SVG elements are allowed.
ApostropheCMS uploadfs with the Azure backend and SAS enabled inadvertently exposes container-level SAS tokens in public attachment links. This allows unauthenticated users to read, overwrite, delete, or list blobs stored in the container.
In @apostrophecms/ai-helper, an authenticated editor can supply a crafted Host header to control the server-side image fetch origin, enabling SSRF against internal hosts and ports.
A NoSQL injection vulnerability in the ApostropheCMS import-export module allows authenticated users to match and overwrite unintended documents using crafted update-key values.
An authorization omission in ApostropheCMS allows unauthenticated remote callers knowing a document identifier to verify document existence and retrieve locale publication metadata.
Unauthenticated CSV import requests in ApostropheCMS leave rejected uploaded files in the operating system temporary directory. Remote attackers can exploit this behavior by repeatedly submitting large files, exhausting available disk space and causing a denial of service across host services.
ApostropheCMS packages interpolate user-supplied CAPTCHA tokens without URL encoding into outbound verification requests. Attackers can inject query parameters to cause verification failures and disrupt protected login and form workflows.
Unauthenticated attackers can stream unbounded multipart request bodies to disk via form submission endpoints in ApostropheCMS, leading to disk space exhaustion and a denial-of-service condition.
ApostropheCMS contains a flaw where authenticated users on SQLite or PostgreSQL adapters can delete shared prototype methods via exclusion projections, causing a persistent process-wide denial of service.
ApostropheCMS exposes single-use session migration tokens in URL query parameters, allowing unauthorized clients that obtain the token to take over user sessions and inherit their privileges.
In sanitize-html prior to 2.18.0, an implied close within elements such as <noscript> causes discard regions to end early, allowing raw text content to be erroneously rendered as regular HTML elements.
A denial-of-service vulnerability in Angular Router affects Server-Side Rendering (SSR) on Node.js. Unauthenticated remote attackers can send crafted URLs with empty-path outlet segments to exhaust memory heap or CPU resources, causing worker process crashes and service disruption.
Specially crafted Markdown can trigger quadratic processing time in markdown-it's smartquotes rule when typographer is enabled, potentially causing denial of service.
A double path decoding issue in Hono allows crafted requests to bypass middleware mounted on static prefixes, potentially exposing protected static files to unauthenticated attackers.
An open redirect vulnerability in Angular Server-Side Rendering allows unauthenticated attackers to supply crafted dot-segments that bypass URL checks and redirect users off-origin.
A vulnerability in JupyterLab allows a command link trust prompt to mark a currently active document as trusted instead of the clicked one, potentially allowing buttons in untrusted documents to execute without confirmation.
A vulnerability in aiohttp allows an attacker to keep an idle connection open indefinitely before sending data because the keepalive timeout was not enforced during the initial portion of a request.
A vulnerability in AIOHTTP allowed shared cookies marked with the Secure attribute to potentially be transmitted over unencrypted requests. Upgrading to version 3.14.4 or later resolves this issue.
Multiple issues in aiohttp can cause excessive or unbounded memory usage and high CPU consumption when handling attacker-controlled requests, leading to resource exhaustion.
A missing comma in Mercury's blocklist leaves the /api/terminals endpoint unprotected, allowing unauthenticated network attackers to spawn an interactive OS-level root shell.
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