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Search Result: ICA (167 results)

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Hash: SHA512

Welcome to

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                             Made with <3 v.1.0 - 2017

This is my first boot2root - CTF VM. I hope you enjoy it. if you run into any issue you can find me on Twitter: @dhn_ or feel free to write me a mail to:

  • Email: [email protected]
  • GPG key: 0x2641123C
  • GPG fingerprint: 4E3444A11BB780F84B58E8ABA8DD99472641123C

Level: I think the level of this boot2root challange is hard or intermediate.

Try harder!: If you are confused or frustrated don't forget that enumeration is the key!

Thanks: Special thanks to @1nternaut for the awesome CTF VM name!

Feedback: This is my first boot2root - CTF VM, please give me feedback on how to improve!

Tested: This VM was tested with:

  • VMware Workstation 12 Pro
  • VMware Workstation 12 Player
  • VMware vSphere Hypervisor (ESXi) 6.5

Networking: DHCP service: Enabled

IP address: Automatically assign

SHA-1:

77439cb457a03d554bec78303dc42e5d3074ff85  DonkeyDocker-disk1.vmdk
d3193cca484f7f1b36c20116f49e9025bf60889c  DonkeyDocker.mf
7013d6a7c151332c99c0e96d34b812e0e7ce3d57  DonkeyDocker.ovf

Looking forward to the write-ups!

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Hacker House are community sponsors at this year’s BSides London 2017 and, to celebrate, we have an exploit challenge for you. A key date in the UK security scene, it offers an alternative technical conference for the hackers and tech geeks to share war stories and learn. We are providing a challenge lab designed especially for the conference that attendees can sink disassemblers into. If you aren’t at the event, you can also hack along at home, but remember that prizes for solutions can only be claimed at our stand during the event! The challenge is provided in ISO format which you can boot in VirtualBox or any similar virtualisation software, heck you can even run it on an ATM if you like, but this is unsupported. If you solve our little brain teasing conundrums and beat the system to get root, the first three successful solutions presented to us at our stand can claim one of our awesome hoodies, check them out in our shop! This challenge is open to individuals, but if you do decide to team up, then let us know as only one prize can be claimed per solution. We are also giving several t-shirts away during the raffle so make sure you get your tickets!

Our challenge will test your elite hacking skills and requires web application, reverse engineering, cryptography and exploit abilities. It shouldn’t take the competent skilled hacker too much time, but if you do struggle then watch our social media feeds during the event for some tips to this adventure. You should run the challenge in Host-Only networking mode and on successful boot you will be presented with a console, similar to the one shown at the end of this post. You should solve the challenge from a network perspective, only solutions using this route will be accepted for prizes (unless they are really cool!).

The goal of the challenge is to hack the ISO, level up your skills and get root, come and show us how you did it if you want to claim your prize! If you are struggling with the configuration of our challenge, you can check out our training course free module, which details steps for configuring a similar lab. You can find details and upcoming dates of our training here.

Happy hacking and remember sharing is caring so post (tweet us @myhackerhouse!) or email a solution and let us know about it after the event. We will share links to the best of them on this blog! May the force be with you, young padawan, and remember that hacking isn’t just a skill – it’s a survival trade.

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ARM Lab Environment

Let’s say you got curious about ARM assembly or exploitation and want to write your first assembly scripts or solve some ARM challenges. For that you either need an Arm device (e.g. Raspberry Pi), or you set up your lab environment in a VM for quick access.

This page contains 3 levels of lab setup laziness.

  • Manual Setup – Level 0
  • Ain’t nobody got time for that – Level 1
  • Ain’t nobody got time for that – Level 2

Manual Setup – Level 0

If you have the time and nerves to set up the lab environment yourself, I’d recommend doing it. You might get stuck, but you might also learn a lot in the process. Knowing how to emulate things with QEMU also enables you to choose what ARM version you want to emulate in case you want to practice on a specific processor.

How to emulate Raspbian with QEMU.


Ain’t nobody got time for that – Level 1

Welcome on laziness level 1. I see you don’t have time to struggle through various linux and QEMU errors, or maybe you’ve tried setting it up yourself but some random error occurred and after spending hours trying to fix it, you’ve had enough.

Don’t worry, here’s a solution: Hugsy (aka creator of GEF) released ready-to-play Qemu images for architectures like ARM, MIPS, PowerPC, SPARC, AARCH64, etc. to play with. All you need is Qemu. Then download the link to your image, and unzip the archive.

Become a ninja on non-x86 architectures


Ain’t nobody got time for that – Level 2

Let me guess, you don’t want to bother with any of this and just want a ready-made Ubuntu VM with all QEMU stuff setup and ready-to-play. Very well. The first Azeria-Labs VM is ready. It’s a naked Ubuntu VM containing an emulated ARMv6l.

This VM is also for those of you who tried emulating ARM with QEMU but got stuck for inexplicable linux reasons. I understand the struggle, trust me.

Download here:

VMware image size:

  • Downloaded zip: Azeria-Lab-v1.7z (4.62 GB)
    • MD5: C0EA2F16179CF813D26628DC792C5DE6
    • SHA1: 1BB1ABF3C277E0FD06AF0AECFEDF7289730657F2
  • Extracted VMware image: ~16GB

Password: azerialabs

Host system specs:

  • Ubuntu 16.04.3 LTS 64-bit (kernel 4.10.0-38-generic) with Gnome 3
  • HDD: ~26GB (ext4) + ~4GB Swap
  • RAM (configured): 4GB

QEMU setup:

  • Raspbian 8 (27-04-10-raspbian-jessie) 32-bit (kernel qemu-4.4.34-jessie)
  • HDD: ~8GB
  • RAM: ~256MB
  • Tools: GDB (Raspbian 7.7.1+dfsg-5+rpi1) with GEF

I’ve included a Lab VM Starter Guide and set it as the background image of the VM. It explains how to start up QEMU, how to write your first assembly program, how to assemble and disassemble, and some debugging basics. Enjoy!

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