![]() ![]() The source leaks that it’s using SpringBoot, and have a vulnerable library in use that allows me to get remote code execution. Inject has a website with a file read vulnerability that allows me to read the source code for the site. In Beyond Root, I’ll look at pulling the Python source code from the application, even though I didn’t need that to solve the box.Ĭtf htb-inject hackthebox nmap ubuntu file-read directory-traversal tomcat feroxbuster burp-repeater burp spring-cloud-function-spel-injection java java-sprint maven snyk spring-cloud-function-web cve-2022-22963 command-injection brace-expansion ansible pspy ansible-playbook That user is able to run the PyInstaller build process as root, and I’ll abuse that to read files, and get a shell. I’ll find a SQLite injection over the websocket and leak a password and username that can be used for SSH. I’ll download both the Linux and Windows application, and through dynamic analysis, see web socket connections to the box. Socket has a web application for a company that makes a QRcode encoding / decoding software. In Beyond Root, I’ll debug the webassembly in Chromium dev tools.Ĭtf hackthebox htb-socket nmap ffuf qrcode python ubuntu flask websocket python-websockets pyinstaller burp burp-proxy burp-repeater burp-repeater-websocket websocket-sqli username-anarchy crackmapexec pyinstaller-spec pyinstxtractor pycdc htb-forgot htb-absolute To get root, I’ll exploit openmediavault’s RPC, showing three different ways - adding an SSH key for root, creating a cron, and installing a Debian package. I’ll pivot uses using creds from the database. From there, I’ll use the administrator’s browser session to read an admin page with a file read vulnerability where I can get the page source, and abuse an open injection in Ruby (just like in Perl) to get execution. The general user input is relatively locked down as far as cross site scripting, but I’ll find a buffer overflow in the webassembly that puts the username on the page and use that to get a XSS payload overwriting the unfiltered date string. I’m able to create notes, and to flag notes for review by an admin. This section may also indicate a State that will be imposed on the target, or the type of Ammunition and Traits that may apply.Ctf hackthebox htb-derailed nmap ruby rails debian ffuf idor xss wasm webassembly javascript bof wasm-bof pattern-create command-injection cors chatgpt python file-read open-injection open-injection-ruby openmediavault sqlite git hashcat chisel deb deb-package youtubeĭerailed starts with a Ruby on Rails web notes application. Indicates the special effects that the Hacking Program's user may apply. Indicates the type of Skill (Entire Order, Short Skill, ARO, etc.) that must be spent to use the Hacking Program. The Troop Type that can be targeted by the Hacking Program. Remember that in the Reactive Turn the B value is generally 1, unless modified by a rule or Skill. When the B value is higher than 1, it may be concentrated on a single target or be divided among several targets. The number of dice the Active Player must roll when declaring the Hacking Program. Unless otherwise stated, the Attribute used in the Saving Roll to resist Damage from a Hacking Program is BTS. The value used to determine the Damage when applying a successful Hacking Program Roll. A MOD that is applied to an enemy Trooper's Attribute when performing a Face to Face Roll. ![]() A MOD that is applied to the user's WIP Attribute. Key to the Hacking Programs Quick Reference ChartĮach Hacking Program grants a series of MODs and advantages when used, that are reflected in charts listing the following information: NFB, Reflective: Circular Template blocking LoF for Multispectral Visors. +3/-3 MOD to the PH of every Trooper that performs Combat Jump. ![]() DA Ammo, Non-Lethal, State: Immobilized-B. ![]()
0 Comments
Leave a Reply. |
Details
AuthorWrite something about yourself. No need to be fancy, just an overview. ArchivesCategories |