Memory corruption

Possible memory corruption due to improper check when application loader object is explicitly destructed while application is unloading in Snapdragon Auto, Snapdragon Compute, Snapdragon Connectivity, Snapdragon Consumer IOT, Snapdragon Industrial IOT...

CVE-2021-1934

Possible memory corruption due to improper check when application loader object is explicitly destructed while application is unloading in Snapdragon Auto, Snapdragon Compute, Snapdragon Connectivity, Snapdragon Consumer IOT, Snapdragon Industrial IOT...

CVE-2021-1934

The CVE-2021-1934 entry describes a memory corruption issue caused by an improper check when the application loader object is explicitly destructed during unloading in Qualcomm Snapdragon platforms (Auto, Compute, Connectivity, Consumer IoT, Industrial IoT). Affected components include Snapdragon...

ROS-2-2125

2.2125 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-2-1390

2.1390 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-2-2208

2.2208 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-2-2248

2.2248 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-2-1398

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-2-1011

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-2-592

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-2-2241

2.2241 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-2-2225

2.2225 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-2-2145

2.2145 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-2-1375

2.1375 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-2-556

2.556 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-2-839

2.839 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...

Qualcomm 芯片 资源管理错误漏洞

A Qualcomm chip is a chip from Qualcomm Incorporated USA. A way to miniaturize circuits mainly semiconductor devices, but also passive components, etc. and are often manufactured on the surface of semiconductor wafers. The Qualcomm chip suffers from a resource management error vulnerability, whic...

SigFlip - A Tool For Patching Authenticode Signed PE Files (Exe, Dll, Sys ..Etc) Without Invalidating Or Breaking The Existing Signature

SigFlip is a tool for patching authenticode signed PE files exe, dll, sys ..etc in a way that doesn't affect or break the existing authenticode signature, in other words you can change PE file checksum/hash by embedding data i.e shellcode without breaking the file signature, integrity checks or P...

Huan - Encrypted PE Loader Generator

Huan is an encrypted PE Loader Generator that I developed for learning PE file structure and PE loading processes. It encrypts the PE file to be run with different keys each time and embeds it in a new section of the loader binary. Currently, it works on 64 bit PE files. How It Works? First, Huan...

PT-2021-7910 · Plib +2 · Plib +2

Name of the Vulnerable Software and Affected Versions: Plib versions 1.85 and earlier Description: The issue is caused by an integer overflow in the ssgLoadTGA function, located in the src/ssg/ssgLoadTGA.cxx file. This could result in arbitrary code execution. The vulnerability can be exploited b...