role : Cybersecurity Learner · Python Developer · AI/ML Explorer
focus : Security labs, automation tools, AI-assisted development, and practical projects
interests : CTFs, defensive security, offensive security, local AI, Android development
mindset : Learn by building. Improve by testing. Document everything.I build practical security and software projects to understand how systems work, how they break, and how to make them safer.
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Languages
Security & Networking
Backend, Data & Tools
🔐 Cybersecurity Home Lab — Multi-VM Offensive & Defensive Environment
Isolated lab environment for learning attacker/defender workflows, exploitation basics, log monitoring, and detection concepts.
| Area | Details |
|---|---|
| Stack | Kali Linux · Metasploitable · Ubuntu/Wazuh · Windows VM · VirtualBox |
| Network | Isolated virtual lab topology |
| Offensive Work | Reconnaissance · Exploitation practice · Post-exploitation basics |
| Defensive Work | SIEM monitoring · IDS alerts · Log review · Alert triage |
| Web Security | SQL Injection · XSS · DVWA-based testing |
| Documentation | Lab notes, attack flow, detection observations, and remediation points |
📊 AI Stock Risk Report Generator — Web App
Dark-themed web app that generates structured stock risk reports using an AI backend and clean frontend rendering.
| Area | Details |
|---|---|
| Stack | HTML · CSS · JavaScript · Serverless API |
| Focus | Risk summary · Structured output · Report generation |
| Output | Clean formatted reports rendered in the browser |
| Learning Value | API integration, UI design, JSON parsing, and deployment workflow |
🔑 Password Strength Analyser — Python Security Utility
CLI security utility that checks password quality using length, character diversity, entropy-style scoring, and common pattern checks.
| Area | Details |
|---|---|
| Stack | Python · Regex · CLI |
| Checks | Length · Uppercase/lowercase · Digits · Symbols · Common patterns |
| Output | Strength rating with improvement suggestions |
🔒 Caesar Cipher Tool — Cryptography Utility
Python implementation of Caesar cipher encryption, decryption, and brute-force shift analysis.
| Area | Details |
|---|---|
| Stack | Python · Modular arithmetic · CLI |
| Features | Encrypt · Decrypt · Brute-force all shifts |
| Learning Value | Classical cryptography, string handling, and CLI design |
📱 Attendance Calculator — Android App
Native Android app for calculating attendance percentage, minimum required classes, and safe skip limits.
| Area | Details |
|---|---|
| Stack | Kotlin · Android Studio |
| Features | Attendance percentage · Required classes · Skip budget |
| Learning Value | Android UI, user input handling, and practical app logic |
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| Recognition | Details |
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| 🧠 CTF Practice | Active interest in solving beginner-to-intermediate security challenges |
| 🔐 Home Lab Builder | Built and tested an isolated virtual cybersecurity lab |
| 🛠️ Security Tooling | Created practical Python tools for password analysis and classical cryptography |
| 📱 Android Development | Built a native Kotlin-based utility app |
| 📚 Consistent Learning | Focused on cybersecurity, AI/ML, Python, and practical software projects |
learning:
- Metasploit post-exploitation basics
- SIEM alerting and log analysis
- Python automation for security workflows
- SQL for data analysis and threat-hunting style queries
- Kotlin and Android app development
building:
- Cybersecurity lab documentation
- Security-focused Python utilities
- Android utility apps
- AI/ML and data analysis mini-projects
exploring:
- CTF challenges
- Web security labs
- Defensive monitoring workflows
- Practical AI-assisted development"Build. Break. Learn. Secure. Repeat."