quinta-feira, 16 de abril de 2020

Lockdoor-Framework: A PenTesting Framework With Cyber Security Resources


About Lockdoor-Framework
    Author: SofianeHamlaoui
   Tested on: Kali Linux, Ubuntu, Arch Linux, Fedora, OpenSuse and Windows (Cygwin)

   LockDoor is a Framework aimed at helping penetration testers, bug bounty hunters And cyber security engineers. This tool is designed for Debian/Ubuntu/ArchLinux based distributions to create a similar and familiar distribution for Penetration Testing. But containing the favorite and the most used tools by Pentesters. As pentesters, most of us has his personal ' /pentest/ ' directory so this Framework is helping you to build a perfect one. With all of that ! It automates the Pentesting process to help you do the job more quickly and easily.

Lockdoor-Framework installation:
   For now, Lockdoor-Framework supports Debian-based Linux distros (Kali Linux, ParrotSec, Ubuntu...), Arch Linux based distros (Manjaro, BlackArch, ArchStrike...), Fedora, OpenSuse, Cygwin on Windows.

   Open your Terminal and enter these commands:

You can watch detail here:

Lockdoor Tools contents 🛠️:
 * Information Gathering 🔎:
  • dirsearch: A Web path scanner
  • brut3k1t: security-oriented bruteforce framework
  • gobuster: DNS and VHost busting tool written in Go
  • Enyx: an SNMP IPv6 Enumeration Tool
  • Goohak: Launchs Google Hacking Queries Against A Target Domain
  • Nasnum: The NAS Enumerator
  • Sublist3r: Fast subdomains enumeration tool for penetration testers
  • wafw00f: identify and fingerprint Web Application Firewall
  • Photon: ncredibly fast crawler designed for OSINT.
  • Raccoon: offensive security tool for reconnaissance and vulnerability scanning
  • DnsRecon: DNS Enumeration Script
  • Nmap: The famous security Scanner, Port Scanner, & Network Exploration Tool
  • sherlock: Find usernames across social networks
  • snmpwn: An SNMPv3 User Enumerator and Attack tool
  • Striker: an offensive information and vulnerability scanner.
  • theHarvester: E-mails, subdomains and names Harvester
  • URLextractor: Information gathering & website reconnaissance
  • denumerator.py: Enumerates list of subdomains
  • other: other Information gathering,recon and Enumeration scripts I collected somewhere.
  • ReconDog: Reconnaissance Swiss Army Knife
  • RED_HAWK: All in one tool for Information Gathering, Vulnerability Scanning and Crawling
  • Dracnmap: Info Gathering Framework
 * Web Hacking 🌐:
  • Spaghetti: Spaghetti - Web Application Security Scanner
  • CMSmap: CMS scanner
  • BruteXSS: BruteXSS is a tool to find XSS vulnerabilities in web application
  • J-dorker: Website List grabber from Bing
  • droopescan: scanner, identify, CMSs, Drupal, Silverstripe.
  • Optiva: Web Application Scanner
  • V3n0M: Pentesting scanner in Python3.6 for SQLi/XSS/LFI/RFI and other Vulns
  • AtScan: Advanced dork Search & Mass Exploit Scanner
  • WPSeku: Wordpress Security Scanner
  • WPScan: A simple Wordpress scanner written in python
  • XSStrike: Most advanced XSS scanner.
  • SQLMap: automatic SQL injection and database takeover tool
  • WhatWeb: the Next generation web scanner
  • joomscan: Joomla Vulnerability Scanner Project
  • Dzjecter: Server checking Tool
 * Privilege Escalation ⚠️:
  • Linux 🐧:linux_checksec.sh
       linux_enum.sh
       linux_gather_files.sh
       linux_kernel_exploiter.pl
       linux_privesc.py
       linux_privesc.sh
       linux_security_test
       Linux_exploits folder
  • Windows Windows:   windows-privesc-check.py
       windows-privesc-check.exe
  • MySql:raptor_udf.c
       raptor_udf2.c
 * Reverse Engineering ⚡:
  • Radare2: unix-like reverse engineering framework
  • VirtusTotal: VirusTotal tools
  • Miasm: Reverse engineering framework
  • Mirror: reverses the bytes of a file
  • DnSpy: .NET debugger and assembly
  • AngrIo: A python framework for analyzing binaries (Suggested by @Hamz-a)
  • DLLRunner: a smart DLL execution script for malware analysis in sandbox systems.
  • Fuzzy Server: a Program That Uses Pre-Made Spike Scripts to Attack VulnServer.
  • yara: a tool aimed at helping malware researchers toidentify and classify malware samples
  • Spike: a protocol fuzzer creation kit + audits
  • other: other scripts collected somewhere
 * Exploitation ❗:
  • Findsploit: Find exploits in local and online databases instantly
  • Pompem: Exploit and Vulnerability Finder
  • rfix: Python tool that helps RFI exploitation.
  • InUrlBr: Advanced search in search engines
  • Burpsuite: Burp Suite for security testing & scanning.
  • linux-exploit-suggester2: Next-Generation Linux Kernel Exploit Suggester
  • other: other scripts I collected somewhere.
 * Shells 🐚:
  • WebShells: BlackArch's Webshells Collection
  • ShellSum: A defense tool - detect web shells in local directories
  • Weevely: Weaponized web shell
  • python-pty-shells: Python PTY backdoors
 * Password Attacks ✳️:
  • crunch : a wordlist generator
  • CeWL : a Custom Word List Generator
  • patator : a multi-purpose brute-forcer, with a modular design and a flexible usage
 * Encryption - Decryption 🛡️:
  • Codetective: a tool to determine the crypto/encoding algorithm used
  • findmyhash: Python script to crack hashes using online services
 * Social Engineering 🎭:
  • scythe: an accounts enumerator

Contributing:
  1. Fork Lockdoor-Framework:
    git clone https://github.com/SofianeHamlaoui/Lockdoor-Framework.git
  2. Create your feature branch
  3. Commit your changes
  4. Push to the branch
  5. Create a new Pull Request

Features 📙:
  • Pentesting Tools Selection 📙:
   Tools ?: Lockdoor doesn't contain all pentesting tools (Added value) , let's be honest ! Who ever used all the Tools you find on all those Penetration Testing distributions ? Lockdoor contains only the favorite (Added value) and the most used toolsby Pentesters (Added value).
   what Tools ?: the tools contains Lockdoor are a collection from the best tools (Added value) on Kali Linux, ParrotSec and BlackArch. Also some private tools (Added value) from some other hacking teams (Added value) like InurlBr, iran-cyber. Without forgeting some cool and amazing tools I found on Github made by some perfect human beigns (Added value).
   Easy customization: Easily add/remove tools. (Added value)
   Installation: You can install the tool automatically using the install.sh. Manually or on Docker [COMING SOON]
  • Resources and cheatsheets 📙 (Added value):
   Resources: That's what makes Lockdoor Added value, Lockdoor Doesn't contain only tools! Pentesing and Security Assessment Findings Reports templates (Added value), Pentesting walkthrough examples and tempales (Added value) and more.
   Cheatsheets: Everyone can forget something on processing or a tool use, or even some trciks. Here comes the Cheatsheets (Added value) role! there are cheatsheets about everything, every tool on the framework and any enumeration,exploitation and post-exploitation techniques.

Check the Wiki Pages to know more about the tool 📙:
Lockdoor-Framework's screenshots:
First Step
Lockdoor update
ROOT Menu
Information Gathering
Web Hacking
Exploitation
Reverse Engineering
Enc/Dec
Password Attacks
Shells
PrivEsc
Social Engineering
PSAFRT
Walkthroughs
About
Support the author:
   On Paypal: Sofiane Hamlaoui
   BTC Address: 

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Save Your Cloud: DoS On VMs In OpenNebula 4.6.1

This is a post about an old vulnerability that I finally found the time to blog about. It dates back to 2014, but from a technical point of view it is nevertheless interesting: An XML parser that tries to fix structural errors in a document caused a DoS problem.

All previous posts of this series focused on XSS. This time, we present a vulnerability which is connected another Cloud Management Platform: OpenNebula. This Infrastructure-as-a-Service platform started as a research project in 2005. It is used by information technology companies like IBM, Dell and Akamai as well as academic institutions and the European Space Administrations (ESA). By relying on standard Linux tools as far as possible, OpenNebula reaches a high level of customizability and flexibility in hypervisors, storage systems, and network infrastructures. OpenNebula is distributed using the Apache-2 license.


OpenNebula offers a broad variety of interfaces to control a cloud. This post focuses on Sunstone, OpenNebula's web interface (see Figure 1).

Figure 1: OpenNebula's Sunstone Interface displaying a VM's control interface

Before OpenNebula 4.6.2, Sunstone had no Cross-Site Request Forgery (CSRF) protection. This is a severe problem. Consider an attacker who lures a victim into clicking on a malicious link while being logged in at a private cloud. This enables the attacker to send arbitrary requests to the private cloud through the victims browser. However, we could find other bugs in OpenNebula that allowed us to perform much more sophisticated attacks.

Denial-of-Service on OpenNebula-VM

At its backend, OpenNebula manages VMs with XML documents. A sample for such an XML document looks like this:
<VM>
   <ID>0</ID>
   <NAME>My VM</NAME>
   <PERMISSIONS>...</PERMISSIONS>
   <MEMORY>512</MEMORY>
   <CPU>1</CPU>
   ...
</VM>
OpenNebula 4.6.1 contains a bug in the sanitization of input for these XML documents: Whenever a VM's name contains an opening XML tag (but no corresponding closing one), an XML generator at the backend automatically inserts the corresponding closing tag to ensure well-formedness of the resulting document. However, the generator outputs an XML document that does not comply with the XML schema OpenNebula expects. The listing below shows the structure that is created after renaming the VM to 'My <x> VM':
<VM>
   <ID>0</ID>
   <NAME>My <x> VM</x>
      <PERMISSIONS>...</PERMISSIONS>
      <MEMORY>512</MEMORY>
      <CPU>1</CPU>
      ...
   </NAME>
</VM>
The generator closes the <x> tag, but not the <NAME> tag. At the end of the document, the generator closes all opened tags including <NAME>.

OpenNebula saves the incorrectly generated XML document in a database. The next time the OpenNebula core retrieves information about that particular VM from the database the XML parser is mixed up and runs into an error because it only expects a string as name, not an XML tree. As a result, Sunstone cannot be used to control the VM anymore. The Denial-of-Service attack can only be reverted from the command line interface of OpenNebula.

This bug can be triggered by a CSRF-attack, which means that it is a valid attack against a private cloud: By luring a victim onto a maliciously crafted website while logged in into Sunstone, an attacker can make all the victim's VMs uncontrollable via Sunstone. A video of the attack can be seen here: