A critical vulnerability (CVE-2026-84452) in the Windows ML CLI (winml-cli) HTTP server component allows unauthenticated remote code execution via permissive CORS and lack of request validation.
An incomplete fix vulnerability (CVE-2026-15603) in the morgan HTTP request logger middleware for Node.js allows unauthenticated remote attackers to forge log entries. The flaw arises because the escaping mechanism does not neutralize Unicode line separator characters, enabling attackers to inject payloads that trick downstream log processors into splitting single log records into multiple logical entries.
A high-severity denial of service vulnerability in the Node.js middleware 'multer' allows unauthenticated remote attackers to exhaust CPU resources and freeze applications. By submitting small, specially crafted 'multipart/form-data' requests containing large array indices alongside conflicting parameter keys, attackers force synchronous execution loops over up to 4.2 billion elements within the underlying 'append-field' library.
CVE-2026-77063 details a security flaw in multer, the standard multipart/form-data handler for Node.js, where asynchronous file filters introduce a race condition. This condition causes the library to miss file size limitation events, resulting in the silent acceptance of truncated files.
A resource consumption vulnerability exists in the multer library version 2.2.0 when utilizing the disk storage engine. When a remote client aborts or truncates an in-progress file upload, multer removes the partial file from the disk but fails to properly close the active write stream. This behavior leaves the underlying file descriptor open in the operating system, allowing a remote attacker to systematically exhaust the server's file descriptor limits and trigger a Denial of Service.
CVE-2026-77078 is a critical denial of service vulnerability in the multer Node.js package, allowing unauthenticated remote attackers to crash the runtime process using a single crafted multipart/form-data HTTP payload.
A path traversal vulnerability (CWE-22) in the Microsoft TypeSpec compiler core and associated emitter packages permits unvalidated user input to escape the designated output directory, resulting in arbitrary JSON and YAML file creation or modification on the host system.
A critical parser differential vulnerability exists in Nodemailer prior to version 9.1.0. An attacker can bypass recipient-domain validation checks by utilizing RFC 5322 comments, leading to unauthorized email routing.
An algorithmic complexity vulnerability in Nodemailer before version 9.1.0 allows remote attackers to block the Node.js event loop. This denial of service is triggered by processing large or complex lists of email addresses, leading to quadratic resource consumption.
Nodemailer (prior to version 9.1.0) is vulnerable to an IDN/Punycode domain allow-list bypass due to an interpretation conflict between legacy RFC-3492 codecs and modern UTS-46 Unicode parsers.
A missing authorization vulnerability (CWE-862) exists in n8n where AI Agent workflows executing as tools bypass the Sub-Workflow Caller Policy settings, allowing authenticated users with agent creation privileges to invoke unauthorized sub-workflows across project boundaries.
A Denial of Service (DoS) vulnerability exists in the xmldom library when parsing HTML-mode documents with mixed-case closing tags for raw-text or escapable raw-text elements like script, style, textarea, or title. This leads to algorithmic complexity issues and quadratic output amplification during DOM serialization.
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