Kibana versions before 5.6.15 and 6.6.1 contain an arbitrary code execution flaw in the Timelion visualizer. An attacker with access to the Timelion application could send a request that will attempt to execute javascript code. This leads to an arbitrary command execution with permissions of the Kibana process on the host system. Exploitation will require a service or system reboot to restore normal operation. The WFSDELAY parameter is crucial for this exploit. Setting it too high will cause MANY shells (50-100+), while setting it too low will cause no shells to be obtained. WFSDELAY of 10 for a docker image caused 6 shells.
218aabf6c87ec8ccc508ad1d2d5d2ca8b265eead008ca12a1926cb66c80614abThe DBCPConnectionPool and HikariCPConnectionPool Controller Services in Apache NiFi 0.0.2 through 1.21.0 allow an authenticated and authorized user to configure a Database URL with the H2 driver that enables custom code execution. This exploit will result in several shells (5-7). Successfully tested against Apache nifi 1.17.0 through 1.21.0.
0160a2622a4649020abd8fb0d476ca59d2c4968c668499c8167e44d6c9276020The H2 database contains an alias function which allows for arbitrary Java code to be used. This functionality can be abused to create an exec functionality to pull our payload down and execute it. H2's web interface contains restricts MANY characters, so injecting a payload directly is not favorable. A valid database connection is required. If the database engine was configured to allow creation of databases, the module default can be used which utilizes an in memory database. Some Docker instances of H2 don't allow writing to folders such as /tmp, so we default to writing to the working directory of the software. This Metasploit module was tested against H2 version 2.1.214, 2.0.204, 1.4.199 (version detection fails).
07a91f31f74a5616ef0d92c5c535db18babf8aacc5e32f1b0d759b6219544cc8Metabase versions before 0.46.6.1 contain a flaw where the secret setup-token is accessible even after the setup process has been completed. With this token a user is able to submit the setup functionality to create a new database. When creating a new database, an H2 database string is created with a TRIGGER that allows for code execution. We use a sample database for our connection string to prevent corrupting real databases. Successfully tested against Metabase 0.46.6.
0a49c9f4d4d3d065adc61a8d542b1a3379563811b2a4fdfe39b4bc3102f9d059VMWare Aria Operations for Networks (vRealize Network Insight) is vulnerable to command injection when accepting user input through the Apache Thrift RPC interface. This vulnerability allows a remote unauthenticated attacker to execute arbitrary commands on the underlying operating system as the root user. The RPC interface is protected by a reverse proxy which can be bypassed. VMware has evaluated the severity of this issue to be in the Critical severity range with a maximum CVSSv3 base score of 9.8. A malicious actor can get remote code execution in the context of root on the appliance. VMWare 6.x version are vulnerable. This Metasploit module exploits the vulnerability to upload and execute payloads gaining root privileges. Successfully tested against version 6.8.0.
9a55a0c02bec8e756eeac40f3ab58ccc0499c9bbbde741db5c148ebfa61b29eeRocketMQ versions 5.1.0 and below are vulnerable to arbitrary code injection. Broker component of RocketMQ is leaked on the extranet and lack permission verification. An attacker can exploit this vulnerability by using the update configuration function to execute commands as the system users that RocketMQ is running as. Additionally, an attacker can achieve the same effect by forging the RocketMQ protocol content.
b33a501b649fb4900d4cb03d01bea674dda00bc78e807afce60061fd47ecfceaThis exploit takes advantage of a vulnerability in sudoedit, part of the sudo package. The sudoedit (aka sudo -e) feature mishandles extra arguments passed in the user-provided environment variables (SUDO_EDITOR, VISUAL, and EDITOR), allowing a local attacker to append arbitrary entries to the list of files to process. This can lead to privilege escalation. by appending extra entries on /etc/sudoers allowing for execution of an arbitrary payload with root privileges. Affected versions are 1.8.0 through 1.9.12.p1. However, this module only works against Ubuntu 22.04 and 22.10. This module was tested against sudo 1.9.9-1ubuntu2 on Ubuntu 22.04 and 1.9.11p3-1ubuntu1 on Ubuntu 22.10.
eaefd5435610f2d14b94c9716c1cfacaa1464408e9bb9ca12c02d1fd7cb21f04This Metasploit module exploits a vulnerability in RedHat based systems where improper file permissions are applied to /usr/lib/tmpfiles.d/tomcat.conf for Apache Tomcat versions before 7.0.54-8. The configuration files in tmpfiles.d are used by systemd-tmpfiles to manage temporary files including their creation. With this weak permission, you are able to inject commands into the systemd-tmpfiles service to write a cron job to execute a payload. systemd-tmpfiles is executed by default on boot on RedHat-based systems through systemd-tmpfiles-setup.service. Depending on the system in use, the execution of systemd-tmpfiles could also be triggered by other services, cronjobs, startup scripts etc. This module was tested against Tomcat 7.0.54-3 on Fedora 21.
903a0ee785179782b1e32acadddf0c0d236bad5fe9aa7a732795ae129d42f00eThis Metasploit module targets a vulnerability in Tomcat versions 6, 7, and 8 on Debian-based distributions where these older versions provide a vulnerable tomcat init script that allows local attackers who have already gained access to the tomcat account to escalate their privileges from the tomcat user to root and fully compromise the target system.
0ac41921eb75c8008e9f94786db836a9f76e614d54c6925c606eecf1de5fb188This Metasploit module exploits a bug in io_uring leading to an additional put_cred() that can be exploited to hijack credentials of other processes. This exploit will spawn SUID programs to get the freed cred object reallocated by a privileged process and abuse them to create a SUID root binary that will pop a shell. The dangling cred pointer will, however, lead to a kernel panic as soon as the task terminates and its credentials are destroyed. We therefore detach from the controlling terminal, block all signals and rest in silence until the system shuts down and we get killed hard, just to cry in vain, seeing the kernel collapse. The bug affected kernels from v5.12-rc3 to v5.14-rc7. More than 1 CPU is required for exploitation. Successfully tested against Ubuntu 22.04.01 with kernel 5.13.12-051312-generic.
ddab5b3975fc82e2a23c5e4e05a57af4893abfbc613df02d507c1013c62dc088If the vmwgfx driver fails to copy the fence_rep object to userland, it tries to recover by deallocating the (already populated) file descriptor. This is wrong, as the fd gets released via put_unused_fd() which shouldn't be used, as the fd table slot was already populated via the previous call to fd_install(). This leaves userland with a valid fd table entry pointing to a freed file object. The authors use this bug to overwrite a SUID binary with their payload and gain root. Linux kernel versions 4.14-rc1 - 5.17-rc1 are vulnerable. Successfully tested against Ubuntu 22.04.01 with kernel 5.13.12-051312-generic.
6360a81de99a383330c5955ece5414f2f3b254143f1a5b9246e669769aa929fcThis Metasploit module exploits a privilege escalation in vSphere/vCenter due to improper permissions on the /usr/lib/vmware-vmon/java-wrapper-vmon file. It is possible for anyone in the cis group to write to the file, which will execute as root on vmware-vmon service restart or host reboot. This module was successfully tested against VMware VirtualCenter 6.5.0 build-7070488. Vulnerable versions should include vCenter 7.0 before U2c, vCenter 6.7 before U3o, and vCenter 6.5 before U3q.
e5bb28e758144ba8e3fbddf9c9f2df8795ff92df6198a13b91a6aa3fb2f54509This Metasploit module utilizes the Remote Control Server's protocol to deploy a payload and run it from the server. Remote Control Collection by Steppschuh version 3.1.1.12 was tested and affected at the time of the module writing.
8ec54480d8b7f9ded99d2b49657f9832dc3a324e3a72069c93377bd06f3766c0This Metasploit module utilizes the Remote Mouse Server by Emote Interactive protocol to deploy a payload and run it from the server. This module will only deploy a payload if the server is set without a password (default). Tested against 4.110, current at the time of module writing.
c755856cc22f5c73769a789fca2bba93c17cf5a3be391dbe30fc988e69e8e0bcThis Metasploit module exploits a command injection within Enlightenment's enlightenment_sys binary. This is done by calling the mount command and feeding it paths which meet all of the system requirements, but execute a specific path as well due to a semi-colon being used. This module was tested on Ubuntu 22.04.1 X64 Desktop with enlightenment 0.25.3-1 (current at module write time).
2d952d42924466b709a23b5f40edb0a8dcb5cde23f8d5e429d729b94fe696986WordPress Elementor plugin versions 3.6.0 through 3.6.2 suffer from a remote shell upload vulnerability. This is achieved by sending a request to install Elementor Pro from a user supplied zip file. Any user with Subscriber or more permissions is able to execute this.
0537a61d8c7e168ee93f25ae88cc62b13741cb186c02291ebc2f946f834cd81fThis Metasploit module utilizes the Mobile Mouse Server by RPA Technologies, Inc protocol to deploy a payload and run it from the server. This module will only deploy a payload if the server is set without a password (default). Tested against 3.6.0.4, the current version at the time of module writing.
35ce38a49d631a1847c797e9146b16df6ce4723bdc80f1fe1d1a02f833e0ab88The WiFi Mouse (Mouse Server) from Necta LLC contains an authentication bypass as the authentication is completely implemented entirely on the client side. By utilizing this vulnerability, is possible to open a program on the server (cmd.exe in our case) and type commands that will be executed as the user running WiFi Mouse (Mouse Server), resulting in remote code execution. Tested against versions 1.8.3.4 (current as of module writing) and 1.8.2.3.
a1eb49c803eef32a7d3986d02c20457c3afa4cb25fe942b90918d6d5bcceb6e6This Metasploit module utilizes the Unified Remote remote control protocol to type out and deploy a payload. The remote control protocol can be configured to have no passwords, a group password, or individual user accounts. If the web page is accessible, the access control is set to no password for exploitation, then reverted. If the web page is not accessible, exploitation will be tried blindly. This module has been successfully tested against version 3.11.0.2483 (50) on Windows 10.
6c2eb4ad5b1e41ad931f1a7eef24882ce7a6fe92ea15f97c143643b989a7e758WordPress Catch Themes Demo Import plugin versions prior to 1.8 suffer from a remote shell upload vulnerability.
999305fb949e529f94cd8317c66ad4e660226106492dac5ff2bb180f31a8f911This exploit requires Metasploit to have a FQDN and the ability to run a payload web server on port 80, 443, or 8080. The FQDN must also not resolve to a reserved address (192/172/127/10). The server must also respond to a HEAD request for the payload, prior to getting a GET request. This exploit leverages an authenticated improper input validation in WordPress plugin Popular Posts versions 5.3.2 and below. The exploit chain is rather complicated. Authentication is required and gd for PHP is required on the server. Then the Popular Post plugin is reconfigured to allow for an arbitrary URL for the post image in the widget. A post is made, then requests are sent to the post to make it more popular than the previous #1 by 5. Once the post hits the top 5, and after a 60 second server cache refresh (the exploit waits 90 seconds), the homepage widget is loaded which triggers the plugin to download the payload from the server. The payload has a GIF header, and a double extension (.gif.php) allowing for arbitrary PHP code to be executed.
90db5fa8de8fdf34a913230d5320fbeba171c2aac53e75371d7b3d5919bde065This Metasploit module uses an authentication bypass vulnerability in Wordpress Pie Register plugin versions 3.7.1.4 and below to generate a valid cookie. With this cookie, hopefully of the admin, it will generate a plugin, pack the payload into it and upload it to a server running WordPress.
264c63ccfe6e89f9ea56a7b424108e323208432961e4e3c392e667c8ffa32f85This Metasploit module will generate a plugin which can receive a malicious payload request and upload it to a server running Moodle provided valid admin credentials are used. Then the payload is sent for execution, and the plugin uninstalled. You must have an admin account to exploit this vulnerability. Successfully tested against versions 3.6.3, 3.8.0, 3.9.0, 3.10.0, and 3.11.2.
8e027d34ac307719476edac910f52b3c1a60df2f19ea4139da74bef6fe99f771Moodle allows an authenticated administrator to define spellcheck settings via the web interface. An administrator can update the aspell path to include a command injection. This is extremely similar to CVE-2013-3630, just using a different variable. This Metasploit module was tested against Moodle versions 3.11.2, 3.10.0, and 3.8.0.
33c8bb6a0f9058457ef9ea11c88cb44a8e6a479225f59eb841f22283ace6b68dMoodle versions 3.9, 3.8 to 3.8.3, 3.7 to 3.7.6, 3.5 to 3.5.12, and earlier unsupported versions allow for a teacher to exploit chain to remote code execution. A bug in the privileges system allows a teacher to add themselves as a manager to their own class. They can then add any other users, and thus look to add someone with manager privileges on the system (not just the class). After adding a system manager, a loginas feature is used to access their account. Next the system is reconfigured to allow for all users to install an addon/plugin. Then a malicious theme is uploaded and creates an RCE. If all of that is a success, we revert permissions for managers to system default and remove our malicious theme. Manual cleanup to remove students from the class is required. This Metasploit module was tested against Moodle version 3.9.
205b825b62b384a2d5ae9bd69ed58048fe2f9c7d0177ca1d41a5a492899940b2
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