Computer Engineering  | Web Developer | AI & Cybersecurity Enthusiast

Avi Patel  • Peerlist

"Digital Hide & Seek: A Cybersecurity Lab Adventure" is an engaging and interactive cybersecurity project designed to provide hands-on experience in ethical hacking, digital forensics, and cyber defense strategies. The primary objective of this project is to simulate real-world cyber scenarios in a controlled lab environment, allowing learners to explore various aspects of offensive and defensive cybersecurity.

Digital Hide & Seek : A Cybersecurity Lab Adv

The Hash-Buster project is a cybersecurity tool designed to explore the strengths and weaknesses of password hashing mechanisms. It demonstrates how different hashing algorithms (such as MD5, SHA-1, and SHA-256) work, and highlights the risks of weak or unsalted hashes in password storage. The project focuses on password security analysis by implementing techniques like dictionary attacks and brute-force attacks to recover plaintext passwords from hashed values. By simulating real-world password cracking scenarios, Hash-Buster emphasizes the importance of strong password policies, modern hashing algorithms (like bcrypt, scrypt, and Argon2), and the use of salting and peppering techniques. The project serves as both an educational tool for students and researchers and a practical demonstration for cybersecurity enthusiasts, aiming to raise awareness about password vulnerabilities and best practices in securing sensitive user data.

Hash-Buster : Cracking the Code of Password S

The Wi-Fi Deauthentication Tool is a Python-based utility with a Tkinter-powered GUI that leverages Aircrack-ng suite commands to interact with wireless networks. It allows security researchers to scan nearby Wi-Fi networks, identify clients, and send deauthentication frames to disconnect targeted devices or all clients from a network. Built for ethical hacking, penetration testing, and cybersecurity learning, this tool demonstrates how attackers exploit the 802.11 Wi-Fi deauthentication vulnerability—helping users understand wireless threats and strengthen their defenses. Key features include: 📡 Network Scanning – Detect nearby Wi-Fi access points and connected clients. ⚡ Deauth Attack Execution – Send targeted or broadcast deauthentication packets. 🖥 User-Friendly GUI – Simplified interface for easy control and monitoring. 🛠 Customizable Interface – Select your wireless adapter, channels, and targets. 🔐 For Ethical Use Only – Intended for labs, testing environments, and educational purposes. This project is designed to bridge the gap between theory and practice in wireless security, giving learners and security professionals hands-on exposure to Wi-Fi exploitation techniques while promoting responsible use