🔹 Application Security   |   🔹 Secure Full-Stack Development   |   🔹 Linux Hardening & Automation

Final-year Computer Science student focused on building secure, scalable, production-ready systems.

I design, build, and secure modern web applications by combining full-stack engineering with application security, Linux hardening, and automation. I reduce real-world security risk by identifying authorization flaws, hardening systems, and validating security controls in production-like environments.

My approach integrates professional engineering standards with proactive cybersecurity measures. I focus on reducing risks during the development lifecycle — ensuring security is a core feature of the system architecture, not an afterthought.

• Secure Web App Development: Auth, RBAC, API Security, Input Sanitization.
• Application Security Testing: IDOR, XSS, SSRF mitigation, and Access Control validation.
• Linux Hardening: Enterprise configuration, OS security, and Shell automation.
• Python for Security: Custom threat detection and security operation tooling.

Category: Application Security · Threat Detection

• Problem: Phishing attacks via malicious URLs bypassing standard filters, exposing users to credential theft.
• Solution: Designed and built a secure full-stack platform that analyzes URLs using heuristic checks, pattern analysis, and external threat intelligence APIs.
• Security Focus: URL threat scoring, input sanitization, secure API integration, and real-time alerting.
• Impact: Reduced phishing exposure by automating analysis and enabling near real-time detection instead of manual review.
• Stack: React, Node.js, Python, Security Intelligence APIs, OWASP best practices.

Category: Network Security · Blue Team

• Problem: Ineffective detection of anomalous traffic patterns in traditional rule-based monitoring, delaying incident response.
• Solution: Developed a Python-based IDS to monitor live network traffic and flag suspicious behavior using traffic pattern analysis.
• Security Focus: Network anomaly detection, packet inspection, and automated alert workflows.
• Impact: Improved time-to-detect suspicious traffic and enabled faster incident mitigation.
• Stack: Python, Linux, Network Security Tools, Packet Analysis.

Category: Cryptography · Secure Systems

• Problem: Sensitive files transferred over insecure channels vulnerable to interception and unauthorized access.
• Solution: Implemented a secure file transfer system using AES-256 encryption and integrity validation.
• Security Focus: End-to-end encryption, SHA-256 integrity checks, and secure authentication.
• Impact: Prevented unauthorized access and ensured data confidentiality during critical transfers.
• Stack: Python, AES-256, Cryptography Libraries, Linux.

Category: Secure Engineering · Logistics

• Problem: Logistics platforms often lack proper RBAC and secure real-time synchronization, risking operational data.
• Solution: Built a production-ready logistics platform with secure authentication and granular Role-Based Access Control.
• Security Focus: Secure Auth flows, RBAC enforcement at API level, and secure real-time synchronization.
• Impact: Prevented unauthorized access to sensitive operational data and ensured secure user isolation.
• Stack: React, Firebase, Node.js, Secure API Design.

• ✅ CompTIA Cybersecurity Professional Track (Network+, Security+, CySA+, PenTest+)
• ✅ Red Hat Linux System Administration (Industry Internship Alumnus)
• ✅ AWS Certified Developer – Associate

"I focus on reducing real-world security risk, not just finding vulnerabilities."
I aim to grow as a secure software engineer who understands both system design and system defense.