🔐 Key Smith

Key Smith is a specialized tool for generating password and number lists, designed for ethical hacking and security assessments. Ideal for security professionals and researchers, Key Smith enables users to create diverse combinations of passwords and numeric sequences to test and strengthen the security of systems.

⚠️ Use it responsibly to identify vulnerabilities and enhance your cybersecurity posture.

---

🛠️ Key Smith Features

🔹 User Input for Personalization

• Enter target's first and last names to tailor password generation.

🔹 Flexible Word Options

• Add additional words for enhanced complexity.
• The tool allows you to input as many words as you want.

🔹 Special Characters Inclusion

• Option to integrate special characters (e.g., !, @, #, etc.) for stronger password variations.

🔹 Leet Speak Support

• Enable leet speak substitutions:
  • a → @, i → 1, e → 3, o → 0, s → $, t → 7, l → 1, etc.

🔹 Numeric Combinations

• Add a custom range of numbers to generate realistic variations (e.g., john123, 123john!).

🔹 Customizable Number Range

• Specify the starting and ending numbers (e.g., 1 to 9999).

🔹 Multithreading Support

• Increase speed using multithreading:
  • Recommended: 2–4 threads for low-end PCs
  • Up to 6 threads for high-performance machines

🔹 Output File

• Word lists are saved as:
  • word_list.lst (for Word List)
  • number_list.lst (for Number List)
  • filtered.lst (for Filter Word List)

---

🚀 Installation

1. Clone the repository:

   git clone https://github.com/LORD-HYDRAA/Key-Smith.git

2. Navigate to the project directory:

   cd Key-Smith

3. Run the tool:

   python3 Key-Smith.py

---

⚠️ Disclaimer

Key Smith is intended only for:

• Ethical hacking
• Security assessments
• Educational use

❗ Do not use this tool against systems or networks without explicit permission. Unauthorized usage is illegal and unethical.

I, the creator, am not responsible for any misuse, damage, or consequences caused by this tool.

---

💡 Recommendations

For generating large number ranges, split them across multiple runs for better performance:

• First Run: 1 to 9,999
• Second Run: 10,000 to 999,999
• Third Run: 1,000,000 to 999,999,999

This method helps optimize speed and manage file size efficiently.

---

📄 License

This project is licensed under the MIT License.

Please give credit to the original creator
// Created by Lord Hydra (Mohammed Zaid Khan)
when redistributing or modifying this tool.

MIT License

---