syncfusion-react-inputs
Audited by Socket on Sep 16, 2026
5 alerts found:
Securityx5The fragment is ordinary uploader documentation with insecure illustrative server-side file handling. It contains no clear malware or supply-chain attack behavior, but Save and Remove expose potentially serious arbitrary path write/delete risks because client-controlled filenames are passed directly to filesystem operations. The security assessment is limited by the omitted ValidateToken implementation and framework configuration.
The fragment is benign uploader documentation and example code, not apparent malware. The server-side example has significant file-upload security weaknesses because it trusts the client filename and chunk metadata, enabling potential path traversal, arbitrary overwrite, upload collisions, and file corruption. Use a generated server-side filename, canonicalize and constrain paths, validate chunk metadata and upload ownership, enforce authorization and limits, and avoid returning raw exception details.
The fragment is ordinary uploader documentation and does not show supply-chain malware or intentional data theft. However, the ASP.NET Save and Remove examples contain potentially serious server-side path traversal/arbitrary file deletion risks because they use client-controlled filenames directly in filesystem paths. Production implementations should generate server-side filenames, normalize and constrain paths to the upload directory, validate uploads, and enforce authorization. The public demonstration URLs should not be used for sensitive production files.
The material is ordinary uploader documentation and does not show malware or intentional supply-chain sabotage. However, the provided C# server examples contain significant path traversal and arbitrary file placement risks because uploaded filenames and form fields are trusted. Implement filename sanitization, reject absolute paths and traversal segments, canonicalize and enforce containment beneath a fixed upload directory, generate server-side filenames, validate file type and size, and avoid exposing uploads to an external endpoint unless intended.
The code is benign uploader documentation with one significant security flaw in the illustrative C# directory-upload handler: untrusted relative filenames are used in filesystem paths without traversal and containment validation. The client examples do not show malicious behavior, but the server example should not be used without hardened path handling and standard upload controls.