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Minotaur CTF

Minotaur is a boot2root CTF. Once you load the VM, treat it as a machine you can see on the network, i.e. you don't have physical access to this machine. Therefore, tricks like editing the VM's BIOS or Grub configuration are not allowed. Only remote attacks are permitted. There are a few flag.txt files around to grab. /root/flag.txt is your ultimate goal.

I suggest you use VirtualBox with a Host Only adapter to run Minotaur fairly painlessly.

The VM will assign itself a specific IP address (in the 192.168.56.0/24 range). Do not change this, as the CTF will not work properly without an IP address of 192.168.56.X.

If you load the .ova file in VirtualBox, you can see this machine from another VirtualBox machine with a "Host Only" network adapter. You can see the machine from VMWare Workstation by: - Going into Virtual Network Editor and changing the VMnet0 network to "Bridged to: VirtualBox Host-Only Ethernet Adapter". - Setting your VMWare network adapter to Custom (VMnet0) - If necessary, resetting your network adapter (e.g. ifdown eth0 && ifup eth0) so that you get a 192.168.56.0/24 address.

Location

The VM is located here: https://www.dropbox.com/s/zyxbampga87nqv3/minotaur_CTF_BNE0x00.ova?dl=0 [File size: 691MB]

Hints

  1. This CTF has a couple of fairly heavy password cracking challenges, and some red herrings.
  2. One password you will need is not on rockyou.txt or any other wordlist you may have out there. So you need to think of a way to generate it yourself.

Contact @RobertWinkel for more hints.

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The CsharpVulnSoap virtual appliance is a purposefully vulnerable SOAP service, focusing on using XML, which is a core feature of APIs implemented using SOAP. The web application, listening on port 80, allows you to list, create, and delete users in the PostgreSQL database. The web application is written in the C# programming language and uses apache+mod_mono to run. The main focus of intentional vulnerabilities was SQL injections.

The vulnerable SOAP service is available on http://<ip>/Vulnerable.asmx, and by appending ?WSDL to the URL, you can get an XML document detailing the functions exposed by the service. Using this document, you can automatically fuzz the endpoint for any vulnerabilities by parsing the document and creating the HTTP requests expected programmatically.

The SQL injections yield a variety of potential exploit techniques since different SQL verbs are used to perform actions against the server. For instance, a SQL injection in an INSERT statement may not be exploitable in the same ways the DELETE or SELECT statements will be. Using a tool like sqlmap will help you learn how to exploit each SQL injection vulnerability using a variety of techniques.

If you are curious how sqlmap is performing the checks for, and ultimately exploiting, the vulnerabilities in the web application, you can use the --proxy option for sqlmap and pass the HTTP requests through Burpsuite. You can then see in the HTTP history tab the raw HTTP requests made by sqlmap.

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