Basic Strong Password Generator (2025)
A simple Python script to generate a strong random password of desired length using uppercase letters, lowercase letters, digits, and special characters.
I am SAYANI MAITY, currently pursuing B.Sc. in Digital Forensics (2023-2026) at the Indian School Of Ethical Hacking (ISOEH),Kolkata under Maulana Abul Kalam Azad University of Technology (MAKAUT), West Bengal, India. I specialize in Digital Forensics, Penetration Testing, OSINT, and cybersecurity tooling.
I am a fully CEH trained student and now completing the CHFI syllabus. I actively engage in CTF challenges, hands-on security research, and AI-assisted detection projects focused on automation and threat analysis.
My Technical skills include Python, Bash, Shell Scripting, VAPT, WAPT, Nmap, Burp Suite, Autopsy and OSINT research. I am Passionate about continuous learning, applying cybersecurity knowledge to real-world problems, and contributing to a safer digital ecosystem.
Top 8% in TryHackMe... 
As a dedicated Digital Forensics Student, my goal is to strengthen my expertise in Cybersecurity, Digital Investigations, and Ethical Hacking. I aim to develop practical skills that help uncover Digital Evidence, Detect Vulnerabilities, and secure critical systems. Ultimately, I aspire to become a proficient Cybersecurity Professional, bridging theoretical knowledge and real-world application.
A simple Python script to generate a strong random password of desired length using uppercase letters, lowercase letters, digits, and special characters.
The Caesar Cipher is one of the oldest known encryption techniques. This tool enhances it with auto-decryption and brute-force cracking for learning purposes.
Cyber Security Multi-Tool Launcher: unified GUI to run scans, assessments and manage tools centrally.
NLP + header analysis to detect phishing emails (in development). Seeking contributions.


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My Research Focuses on Forensic Artofact Analysis, Security Automation, and AI-driven threat detection. I explore Phishing detection,Privacy-preserving Forensics, and the development of open-source forensic tools. I also study machine learning techniques to improve digital evidence acquisition, analysis, and efficiency.
My ultimate aim is to Contribute Meaningfully to the Cybersecurity and Digital Forensics field, enhancing investigative efficiency and fostering safer digital environments through research and innovation.