Skip to main content

WordPress Common Issue Notes

 WordPress:


/wp-content/plugins/sfwd-lms/wpml-config.xml


/wp-content/plugins/omni-secure-files/plupload/examples/upload.php


/wp-content/plugins/contus-hd-flv-player/uploadVideo.php


wp-json/th/v1/user_generation


/wp-admin/admin-ajax.php?do_reset_wordpress=1



Wordpress xmlrpc.php -common vulnerabilites & how to exploit them


https://medium.com/@the.bilal.rizwan/wordpress-xmlrpc-php-common-vulnerabilites-how-to-exploit-them-d8d3c8600b32

Comments

Popular posts from this blog

Electron JS Security Checklist

Electron Js Security Checklist Disable nodeIntegration for untrusted origins/Do-not Enable Node-Integration Risk  If enabled, nodeIntegration allows JavaScript to leverage Node.js primitives and modules. This could lead to full remote system compromise if you are rendering untrusted content. Auditing nodeIntegration and nodeIntegrationInWorker are boolean options that can be used to determine whether node integration is enabled.  Auditing For BrowserWindow, default is true. If the option is not present, or is set to true/1, nodeIntegration is enabled as in the following examples:  mainWindow = new BrowserWindow({ "webPreferences": { "nodeIntegration": true, “nodeIntegrationInWorker": 1 } });  Or simply:  mainWindow = new BrowserWindow() For webview tag, default is false.  When this attribute is present, the guest page in webview will have node integration: When sanbox is enabled (see below), nodeintegration is disabled. Please note ...

SSRF Notes

SSRF Notes NOTE :   Wanted to have everything at one place,  these are my reference notes from various bug bounty write ups & security  research, I thank all the authors of the write ups mentioned below  [will update if i find anything interesting] Description In an SSRF attack against the server itself, the attacker induces the  application to make an HTTP request back to the server that is hosting  the application, via its loopback network interface. This will typically  involve supplying a URL with a hostname like 127.0.0.1 (a reserved IP address that points to the loopback adapter) or localhost (a commonly used name for the same adapter).           Many server-side request forgery vulnerabilities are relatively easy to  spot, because the application's normal traffic involves request  parameters containing full URLs Blind SSRF Blind SSRF vulnerabilities arise...