B-Phish: How Hackers Gain Someone’s Device Information Using a Link

The advancement in cybersecurity requires enterprises to develop both modern tools and innovative defensive approaches. Cybersecurity enthusiasts and ethical hackers persistently look for tools that simplify their work and generate strong outcomes. B-Phish is a tool I created to enhance reconnaissance and information-gathering processes. This article examines every aspect of B-Phish, its functionality, and its ethical framework for security professionals.

What is B-Phish?

B-Phish is a compact yet powerful tool that obtains essential target device information simply through URL access. It collects key data such as:

User Agent: Identifies the target’s browser and operating system.
Accept Language: Determines the target user's preferred language.
IP Address: Reveals the target’s public IP address and potential geolocation.
Referrer Information: Tracks the source that led the target to visit the URL.

Why I Built B-Phish

As an ethical hacker, I needed a tool that simplifies target URL analysis while offering essential features. Many existing tools are either too complex or lack critical functionality. B-Phish provides a user-friendly interface for efficiently gathering device information while maintaining a strong ethical framework.

Setting Up B-Phish

Installation


# Clone the Repository | To get the code contact us
git clone https://github.com/*******.git
cd B-Phish

# Install Dependencies
python3 install.py  
# Installs required dependencies and sets up ngrok

After installing, you must sign up for ngrok and enter your authentication token.

Running the Tool


python bphish.py

Key Features of B-Phish

Easy setup and user-friendly interface.
Comprehensive data collection, including device fingerprinting and geolocation.
Real-time data updates.
Customizable URL parameters for tailored information gathering.

How B-Phish Works

B-Phish collects predefined device data whenever a target interacts with the generated URL:

The user creates a unique URL.
The URL is shared with the target (in ethical penetration testing scenarios).
When accessed, B-Phish collects browser, IP, and device data.
The gathered data is displayed in real-time through a user-friendly interface.

Ethical Usage of B-Phish

B-Phish is intended for ethical hacking and security research. Ethical guidelines include:

Obtain explicit written permission before deploying B-Phish.
Use it only in authorized environments, such as security assessment labs.
Do not use B-Phish for malicious or illegal purposes.

Real-World Use Cases

Phishing Simulation

Organizations use B-Phish to test their employees’ susceptibility to phishing attacks.

Device Fingerprinting

Security testers analyze device specifications to tailor penetration testing strategies.

Network Reconnaissance

B-Phish helps identify IP addresses and geolocation data to understand target networks.

Benefits of Using B-Phish

Simplifies reconnaissance operations, saving time.
Collects accurate data for penetration testing.
Highly customizable for different security scenarios.
Developed by cybersecurity professionals for ethical hacking purposes.

Conclusion

B-Phish is a valuable tool for ethical hackers, penetration testers, and security researchers. It enables phishing simulations, device fingerprinting, and network reconnaissance, helping cybersecurity professionals strengthen defenses. However, its ethical use is crucial—responsible implementation ensures that B-Phish contributes positively to cybersecurity advancements.

Warning: The information provided in this post is for educational purposes only. Unauthorized use of security tools for malicious activities is illegal and unethical. Always adhere to ethical hacking guidelines and legal regulations.