Exploitation Summary
EIP tracks 31 public exploits for CVE-2022-44268. PoCs published by Cristian Giustini, duc-nt, voidz0r.
AI-analyzed exploit summary This is a writeup for CVE-2022-44268, an arbitrary file read vulnerability in ImageMagick versions <= 7.1.0-49. The writeup references a PoC but does not contain exploit code itself.
Description
ImageMagick 7.1.0-49 is vulnerable to Information Disclosure. When it parses a PNG image (e.g., for resize), the resulting image could have embedded the content of an arbitrary. file (if the magick binary has permissions to read it).
Exploits (31)
This is a writeup for CVE-2022-44268, an arbitrary file read vulnerability in ImageMagick versions <= 7.1.0-49. The writeup references a PoC but does not contain exploit code itself.
This PoC demonstrates an arbitrary file read vulnerability in ImageMagick (CVE-2022-44268) by embedding a target file path into a PNG image and extracting its contents via ImageMagick's processing tools. The exploit leverages PNG metadata manipulation to achieve the file read.
The repository only contains a README indicating the project has moved to another location. No exploit code or technical details are present.
This PoC exploits CVE-2022-44268, an information disclosure vulnerability in ImageMagick 7.1.0-49, by generating a malicious PNG file that embeds the contents of an arbitrary local file when processed by the vulnerable software.
This PoC exploits CVE-2022-44268, an arbitrary file read vulnerability in ImageMagick. It allows an attacker to embed arbitrary file contents into a PNG image's metadata and later extract it, demonstrating the vulnerability.
This PoC exploits CVE-2022-44268 in ImageMagick by crafting a malicious PNG file with a tEXt chunk containing a local file path, which is then embedded into the output image during resizing operations, leading to information disclosure.
This repository provides a Docker-based testing environment for CVE-2022-44268, an arbitrary local file read vulnerability in ImageMagick. It includes a script to exploit the vulnerability by embedding file contents into PNG metadata and extracting them.
This PoC exploits CVE-2022-44268 in ImageMagick by embedding arbitrary file paths in PNG metadata to trigger file disclosure. It includes functionality to generate malicious PNGs and parse responses to extract sensitive data.
This repository contains a Go-based detector for identifying PNGs exploiting CVE-2022-44268, an ImageMagick vulnerability allowing arbitrary file reads. It scans for malicious chunks and extracts them for analysis.
This PoC exploits CVE-2022-44268 in ImageMagick 7.1.0-40 by embedding arbitrary file paths in PNG metadata, which can be exfiltrated when the image is processed. The craft.py script injects the path into the PNG's 'profile' metadata, and extract.py retrieves the leaked data from the processed image.
This PoC generates a malicious PNG file that exploits CVE-2022-44268 by embedding arbitrary profile data in the image metadata. The vulnerability involves improper handling of PNG metadata in ImageMagick, leading to potential code execution when processed.
This repository contains a bash script that automates the exploitation of CVE-2022-44268, an arbitrary file read vulnerability in ImageMagick. The script modifies a PNG file to include a file path in the 'profile' EXIF field, which when processed by a vulnerable ImageMagick instance, allows the attacker to read the contents of the specified file.
This PoC exploits CVE-2022-44268, an arbitrary file read vulnerability in ImageMagick, by embedding malicious PNG metadata to leak file contents. It includes utilities to generate, read, and apply profile data to PNG files.
This repository provides a writeup and testing methodology for CVE-2022-44268, an arbitrary file read vulnerability in ImageMagick. It describes steps to test for the vulnerability by uploading a crafted PNG file and checking for leaked data in the output.
This repository contains a functional PoC for CVE-2022-44268, an arbitrary file read vulnerability in ImageMagick 7.1.0-49. The exploit generates a malicious PNG file with embedded metadata pointing to a local file, which is then read and exfiltrated when processed by a vulnerable ImageMagick instance.
This PoC exploits CVE-2022-44268, an arbitrary file read vulnerability in ImageMagick, by embedding malicious metadata in a PNG file. The exploit uses `pngcrush` to craft the payload and leverages the vulnerable `magick` binary to extract sensitive data from the target system.
The repository contains only a README.md file with minimal content, providing no functional exploit code or technical details for CVE-2022-44268.
This PoC exploits CVE-2022-44268 to embed and extract arbitrary file data within PNG images using zTXt chunks. It includes functionality to generate malicious PNGs and parse extracted data.
This PoC exploits CVE-2022-44268, an arbitrary file read vulnerability in ImageMagick, by crafting a malicious PNG with a 'profile' text chunk containing the target filename. It automates the upload, download, and extraction of file contents via a modified Burp Suite request.
This PoC exploits CVE-2022-44268, an arbitrary file read vulnerability in ImageMagick. It allows an attacker to embed a file path in a PNG image's metadata and retrieve the file contents when the image is processed by a vulnerable ImageMagick instance.
This Python script automates the exploitation of CVE-2022-44268, an ImageMagick file disclosure vulnerability, by generating a malicious PNG, uploading it to a target web application, and extracting exfiltrated file content using exiftool.
This PoC exploits CVE-2022-44268, an arbitrary file read vulnerability in ImageMagick, by embedding a file path in a PNG's metadata and using ImageMagick's processing to leak the file contents. The script automates the generation, upload, and decoding of the malicious PNG.
This PoC exploits CVE-2022-44268, an information disclosure vulnerability in ImageMagick 7.1.0-49. It uses `pngcrush` and `exiv2` to embed and extract arbitrary file contents (e.g., `/etc/hosts`) into/from PNG metadata.
The repository contains functional exploit code for CVE-2022-44268, an arbitrary file read vulnerability in ImageMagick. The PoC leverages tools like pngcrush and exiv2 to embed malicious profiles in PNG files, enabling arbitrary file reads. The code is well-structured and includes detailed usage instructions.
This PoC demonstrates CVE-2022-44268, a vulnerability in ImageMagick that allows arbitrary file disclosure via crafted PNG metadata. The script embeds or extracts data from PNG files using the 'Raw profile type png' field.
This PoC generates a PNG image with embedded metadata containing a local file path, exploiting CVE-2022-44268 in ImageMagick to achieve local file inclusion (LFI). The script uses Pillow and pypng libraries to create and manipulate the PNG file.
This PoC exploits CVE-2022-44268, a vulnerability in ImageMagick, by embedding a file path in a PNG image's metadata to trigger local file inclusion (LFI). The script generates a malicious PNG file with the target file path embedded in the 'profile' metadata field.
This repository contains a bash script that exploits CVE-2022-44268, an arbitrary file read vulnerability in ImageMagick. The script allows an attacker to embed a path to a file in a PNG image and later extract the contents of that file from the image.
This PoC exploits CVE-2022-44268, an LFI vulnerability in ImageMagick versions 7.1.0-40 and below. It generates a malicious PNG file to read arbitrary files on the target system and includes a script to extract the exfiltrated data.
This PoC demonstrates an arbitrary file read vulnerability in ImageMagick via crafted PNG metadata. The exploit uses `pngcrush` to embed file paths in PNG metadata, which are then exfiltrated through the `convert` command's handling of the PNG profile.
This is a fully automated PoC for CVE-2022-44268, an arbitrary file read vulnerability in ImageMagick. It modifies a PNG file to embed arbitrary file content and then extracts it using ImageMagick tools.
References (7)
Scores
CVSS:3.1/AV:N/AC:L/PR:N/UI:R/S:U/C:H/I:N/A:N