ROS-2-1819

2.1819 PyYAML parser vulnerability CVE-2020-14343 1. Vulnerability description: A vulnerability in the PyYAML parser, is related to insufficient validation of user-entered data when processing unreliable YAML files using the fullload method or the FullLoader loader. Exploitation of the...

ROS-2-1903

2.1903 PyYAML parser vulnerability CVE-2020-14343 1. Vulnerability description: A vulnerability in the PyYAML parser, is related to insufficient validation of user input when processing unreliable YAML files using the fullload method or the FullLoader loader. Exploitation of the vulnerability...

ROS-2-1011

2.1011 PyYAML parser vulnerability CVE-2020-14343 1. Vulnerability description: A vulnerability in the PyYAML parser, is related to insufficient validation of user input when processing unreliable YAML files using the fullload method or the FullLoader loader. Exploitation of the vulnerability...

ROS-2-1835

2.1835 PyYAML parser vulnerability CVE-2020-14343 1. Vulnerability description: A vulnerability in the PyYAML parser, is related to insufficient validation of user input when processing unreliable YAML files using the fullload method or the FullLoader loader. Exploitation of the vulnerability...

ROS-2-1651

2.1651 PyYAML parser vulnerability CVE-2020-14343 1. Vulnerability description: A vulnerability in the PyYAML parser, is related to insufficient validation of user input when processing unreliable YAML files using the fullload method or the FullLoader loader. Exploitation of the vulnerability...

ROS-2-2034

2.2034 PyYAML parser vulnerability CVE-2020-14343 1. Vulnerability description: A vulnerability in the PyYAML parser, is related to insufficient validation of user input when processing unreliable YAML files using the fullload method or the FullLoader loader. Exploitation of the vulnerability...

ROS-2-2053

2.2053 PyYAML parser vulnerability CVE-2020-14343 1. Vulnerability description: A vulnerability in the PyYAML parser, is related to insufficient validation of user input when processing unreliable YAML files using the fullload method or the FullLoader loader. Exploitation of the vulnerability...

ROS-2-1342

2.1342 PyYAML parser vulnerability CVE-2020-14343 1. Vulnerability description: A vulnerability in the PyYAML parser, is related to insufficient validation of user input when processing unreliable YAML files using the fullload method or the FullLoader loader. Exploitation of the vulnerability...

ROS-2-1760

2.1760 PyYAML parser vulnerability CVE-2020-14343 1. Vulnerability description: A vulnerability in the PyYAML parser, is related to insufficient validation of user input when processing unreliable YAML files using the fullload method or the FullLoader loader. Exploitation of the vulnerability...

ROS-2-2010

2.2010 PyYAML parser vulnerability CVE-2020-14343 1. Vulnerability description: A vulnerability in the PyYAML parser, is related to insufficient validation of user input when processing unreliable YAML files using the fullload method or the FullLoader loader. Exploitation of the vulnerability...

ROS-2-2059

2.2059 PyYAML parser vulnerability CVE-2020-14343 1. Vulnerability description: A vulnerability in the PyYAML parser, is related to insufficient validation of user input when processing unreliable YAML files using the fullload method or the FullLoader loader. Exploitation of the vulnerability...

ROS-2-698

2.698 PyYAML parser vulnerability CVE-2020-14343 1. Vulnerability description: A vulnerability in the PyYAML parser, is related to insufficient validation of user input when processing unreliable YAML files using the fullload method or the FullLoader loader. Exploitation of the vulnerability coul...

ROS-2-920

2.920 PyYAML parser vulnerability CVE-2020-14343 1. Vulnerability description: A vulnerability in the PyYAML parser, is related to insufficient validation of user input when processing unreliable YAML files using the fullload method or the FullLoader loader. Exploitation of the vulnerability coul...

ROS-2-1398

2.1398 PyYAML parser vulnerability CVE-2020-14343 1. Vulnerability description: A vulnerability in the PyYAML parser, is related to insufficient validation of user input when processing unreliable YAML files using the fullload method or the FullLoader loader. Exploitation of the vulnerability...

ROS-2-592

2.592 PyYAML parser vulnerability CVE-2020-14343 1. Vulnerability description: A vulnerability in the PyYAML parser, is related to insufficient validation of user input when processing unreliable YAML files using the fullload method or the FullLoader loader. Exploitation of the vulnerability coul...

ROS-2-1898

2.1898 PyYAML parser vulnerability CVE-2020-14343 1. Vulnerability description: A vulnerability in the PyYAML parser, is related to insufficient validation of user input when processing unreliable YAML files using the fullload method or the FullLoader loader. Exploitation of the vulnerability...

ROS-2-675

2.675 PyYAML parser vulnerability CVE-2020-14343 1. Vulnerability description: A vulnerability in the PyYAML parser, is related to insufficient validation of user input when processing unreliable YAML files using the fullload method or the FullLoader loader. Exploitation of the vulnerability coul...

ROS-2-1551

2.1551 PyYAML parser vulnerability CVE-2020-14343 1. Vulnerability description: A vulnerability in the PyYAML parser, is related to insufficient validation of user-entered data when processing unreliable YAML files using the fullload method or the FullLoader loader. Exploitation of the...

nodejs-ini: Prototype pollution via malicious INI file

A flaw was found in nodejs-ini. If an attacker submits a malicious INI file to an application that parses it with ini.parse, they will pollute the prototype on the application. This can be exploited further depending on the context...

PT-2021-24348

Name of the Vulnerable Software and Affected Versions: fast-xml-parser versions prior to 4.1.2 Description: The issue allows for Prototype Pollution via the proto variable. This can be exploited by including proto as a tag or attribute name in an XML string. The estimated number of potentially...