ERPNext 11.1.47 allows reflected XSS via the PATH_INFO to the contact/ URI.

ERPNext 11.1.47 allows reflected XSS via the PATH_INFO to the blog/ URI.

ERPNext 11.1.47 allows reflected XSS via the PATH_INFO to the addresses/ URI.

ERPNext 11.1.47 allows reflected XSS via the PATH_INFO to the address/ URI.

Open edX Ironwood.1 allows support/certificates?user= reflected XSS.

An issue was discovered in Open Ticket Request System (OTRS) 7.0.x through 7.0.11, and Community Edition 5.0.x through 5.0.37 and 6.0.x through 6.0.22. An attacker who is logged in as an agent or customer user with appropriate permissions can create a carefully crafted string containing malicious JavaScript code as an article body. This malicious code is executed when an agent composes an answer to the original article.

The tfo_common component in HwordApp.dll in Hancom Office 9.6.1.7634 allows a use-after-free via a crafted .docx file.

The hncbd90 component in Hancom Office 9.6.1.9403 allows a use-after-free via an unknown object in a crafted .docx file.

A number of stored Cross-site Scripting (XSS) vulnerabilities were identified in NETSAS Enigma NMS 65.0.0 and prior that could allow a threat actor to inject malicious code directly into the application through web application form inputs.

NETSAS Enigma NMS 65.0.0 and prior utilises basic authentication over HTTP for enforcing access control to the web application. The use of weak authentication transmitted over cleartext protocols can allow an attacker to steal username and password combinations by intercepting authentication traffic in transit.

An unrestricted file upload vulnerability exists in user and system file upload functions in NETSAS Enigma NMS 65.0.0 and prior. This allows an attacker to upload malicious files and perform arbitrary code execution on the system.

A remote SQL injection web vulnerability was discovered in the Enigma NMS 65.0.0 and prior web application that allows an attacker to execute SQL commands to expose and compromise the web server, expose database tables and values, and potentially execute system-based commands as the mysql user. This affects the search_pattern value of the manage_hosts_short.cgi script.

NETSAS Enigma NMS 65.0.0 and prior suffers from a directory traversal vulnerability that can allow an authenticated user to access files and directories stored outside of the web root folder. By exploiting this vulnerability, it is possible for an attacker to list operating-system directory contents on the server, create directories and upload files in permissible locations, and modify filenames and delete files that are accessible by the user running the web server instance.

NETSAS Enigma NMS 65.0.0 and prior does not encrypt sensitive data stored within the SQL database. It is possible for an attacker to expose unencrypted sensitive data.

A number of files on the NETSAS Enigma NMS server 65.0.0 and prior are granted weak world-readable and world-writable permissions, allowing any low privileged user with access to the system to read sensitive data (e.g., .htpasswd) and create/modify/delete content (e.g., under /var/www/html/docs) within the operating system.

D-Link DSL-2875AL and DSL-2877AL devices through 1.00.05 are prone to information disclosure via a simple crafted request to index.asp on the web management server because of username_v and password_v variables.

D-Link DSL-2875AL devices through 1.00.05 are prone to password disclosure via a simple crafted /romfile.cfg request to the web management server. This request doesn't require any authentication and will lead to saving the configuration file. The password is stored in cleartext.

Comba AC2400 devices are prone to password disclosure via a simple crafted /09/business/upgrade/upcfgAction.php?download=true request to the web management server. The request doesn't require any authentication and will lead to saving the DBconfig.cfg file. At the end of the file, the login information is stored in cleartext.

Comba AP2600-I devices through A02,0202N00PD2 are prone to password disclosure via an insecure authentication mechanism. The HTML source code of the login page contains values that allow obtaining the username and password. The username are password values are a double md5 of the plaintext real value, i.e., md5(md5(value)).

In ONAP OOM through Dublin, by accessing an applicable port (30234, 30290, 32010, 30270, 30224, 30281, 30254, 30285, and/or 30271), an attacker gains full access to the respective ONAP services without any authentication. All ONAP Operations Manager (OOM) setups are affected.