Library of expert validated exploits for safe and effective pen tests
Exploit development can be an advanced penetration testing skill that takes time to master. Additionally, when on a job, pen testers often don’t have the resources to create a new exploit. Many resort to searching for and using pre-written exploits that have not been tested and must go through the timely effort of quality assurance testing in order to ensure they are secure and effective.
Core Impact users can save time by finding all the up-to-date exploits they need in one place. We provide a robust library of exploits designed to enable pen testers to safely and efficiently conduct successful penetration tests. Whether written by our own internal team or by a third party like ExCraft, you can trust they have been thoroughly tested and validated by our experts.
The universe of vulnerabilities is huge and not all of them represent the same risk for the customers. Vulnerabilities do not all have the same level of criticality. Some may be easily exploitable by a low-level user, while others may not be exploitable at all. To increase the efficiency of the attacks and the quality of the exploits provided, the Core Impact team has developed selection criteria to prioritize its analysis and implementation. We determine which exploits warrant creation based on the following questions:
What are the most critical attacks from the attacker’s perspective?
What new vulnerabilities are more likely to be exploited in real attacks?
What exploits are the most valuable for Core Impact?
Once an exploit is approved, its priority order considers the following variables:
Vulnerability Properties: CVE, disclosure date, access mechanism and privileges needed.
Target Environment Setup: OS, application prevalence, version and special configurations needed.
Value Provided to Core Impact: Customer request, usage in multiple attacks, allows the installation of an agent, etc.
Technical Cost vs. Benefit: An analysis weighing the resources needed to build an exploit with the internal and external knowledge gained in its creation.
Each one of these variables has a different weight and provides a ranking of the potential exploits to be developed. Following those criteria, the top of the list would contain, for example, a vulnerability on Windows (most popular OS) that can be exploited remotely, without authentication and that provides super user privileges.
Correspondingly, a vulnerability on an application that is rarely installed, needs special configurations, and requires User Interaction, would be at the bottom.
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Title
Description
Date Added
CVE Link
Exploit Platform
Exploit Type
Product Name
ISC DHCP Remote DoS Update
This module exploits a vulnerability in ISC DHCP Server. The vulnerability is caused due to the improper handling of DHCP requests within dhcpd in the cons_options() function in options.c. This causes a stack-based buffer corruption by sending a specially crafted DHCP request specifying a maximum message size smaller than 278 bytes. This update adds support for Linux.
ispVM System XCF File Processing Buffer Overflow Exploit
A buffer overflow vulnerability exists in ispVM when processing crafted .XCF files can be exploited via an overly long version value within the ispXCF tag.
IZArc is prone to a vulnerability that may allow the execution of any library file named wintab32.dll, if this dll is located in the same folder than a .ARJ file.
Windows
Exploits/Client Side
Impact
JatonTec Config Download Vulnerability Exploit
This module exploits a download the persistent settings file.
This vulnerability exists within the handling of MixerSequencer objects. When this object is used to play a MIDI file, the GM_Song structure is populated with song data. In particular, it stores a integer value from the file and uses it later as an index into an array of function pointers. If this value is over 128 the process can be made to call a pointer outside the array.
JBoss Application Server DeploymentFileRepository Remote Code Execution Exploit
A directory traversal vulnerability in the DeploymentFileRepository class in JBoss Application Server allows remote attackers who are able to access the console manager to create files on arbitrary locations of the filesystem. This can be abused to gain execution of arbitrary code by sending special HTTP requests to the JMX Console.
JBoss Application Server is prone to a remote vulnerability due to deserialization of untrusted inputs, allowing attackers to instantiate arbitrary Java objects leading to remote code execution.
JBoss Application Server is prone to a remote vulnerability due to deserialization of untrusted inputs, allowing attackers to instantiate arbitrary java objects leading to remote code execution.
This vulnerability affects the EJBInvokerServlet component of the server.
The JMX-Console web application in JBoss Enterprise Application Platform performs access control only for the GET and POST methods, which allows remote attackers to send requests to this application's GET handler by using a different method. This module will exploit this vulnerability to deploy an agent by uploading a JSP file to the target server.
An input sanitization flaw was found in the way JBoss Seam processes certain parameterized JBoss Expression Language (EL) expressions. A remote unauthenticated attacker could use this flaw to execute arbitrary code via GET requests, containing specially-crafted expression language parameters, provided to web applications based on the JBoss Seam framework. This module exploits the vulnerability in any web application based on vulnerable versions of the Seam 2 framework.
This vulnerability in Jenkins allows unauthenticated attackers to read arbitrary files in the Jenkins controller's file system. It arises from a function in the CLI command parser that replaces an '@' character followed by a file path with the file's content. By exploiting this vulnerability, attackers can gain unauthorized access to sensitive files and compromise the system's integrity.
Jenkins is prone to a remote vulnerability due to deserialization of untrusted inputs, allowing attackers to instantiate arbitrary Java objects leading to remote code execution.
Jenkins is prone to a remote vulnerability due to deserialization of untrusted inputs, allowing attackers to instantiate arbitrary Java objects leading to remote code execution. This update adds proper CVE number, support for Jenkins with HTTPS enabled, and DNS channel support. It also extends on the supported platforms, improves IPv6 functionality and removes redundant code.
This module exploits a Jenkins command injection in order to install an agent. This update adds support for Windows and Linux platforms, and HTTPS support.
An unauthenticated remote code execution vulnerability allowed attackers to transfer a serialized Java object to the Jenkins CLI, making Jenkins connect to an attacker-controlled LDAP server, which in turn can send a serialized payload leading to code execution, bypassing existing protection mechanisms.
Jenkins is prone to a remote vulnerability due to deserialization of untrusted inputs, allowing attackers to instantiate arbitrary Java objects leading to remote code execution.
There are several API endpoints that allow low-privilege users to POST XML files that then get deserialized by Jenkins. Maliciously crafted XML files sent to these API endpoints could result in arbitrary code execution.
Jenkins is prone to a remote vulnerability due to deserialization of untrusted inputs, allowing attackers to instantiate arbitrary Java objects leading to remote code execution. There are several API endpoints that allow low-privilege users to POST XML files that then get deserialized by Jenkins. Maliciously crafted XML files sent to these API endpoints could result in arbitrary code execution. This update adds support for HTTPS and IPv6. It also allows to change the application root path.
This module exploits a vulnerability in the JetAudio ActiveX Control (JetFlExt.dll). The exploit is triggered when a special string argument is processed by the DownloadFromMusicStore() method resulting in a stack-based buffer overflow.