I build secure systems and analyze digital vulnerabilities to create safer online experiences.
I'm a passionate cybersecurity student with a focus on digital security and system protection. Currently pursuing my education at UTS, I combine theoretical knowledge with practical experience in the field.
UTS (2024-2025)
Specializing in network security, ethical hacking, and digital forensics. Core units include Advanced Cyber Security, Network Security, and Security Testing Principles.
UTS College (2023-2024)
Focused on programming fundamentals, web development, and database management. Achieved distinction average with special recognition in security-related projects.
UTS College (2022-2023)
Introduction to computer systems, networking basics, and programming concepts. Developed strong foundation in IT principles and problem-solving skills.
20secure.com
Created educational content, blogs, and managed site moderation
Global Hospitality Solutions (GHS)
Accor Group
UTS Cybersecurity Society (2024-Present)
Active participant in CTF competitions, workshops, and security awareness initiatives. Collaborating with peers on various cybersecurity projects and research.
Built a cloud-based SOC lab on Azure using Microsoft Sentinel to monitor and analyse brute-force attack traffic against a Windows VM, detect failed logins, enrich attacker data, and visualise threat sources.
This project simulates a real-world Vulnerability Management Lifecycle in a corporate environment. I intentionally introduced critical flaws into a Windows 10 target, then used Tenable Nessus Essentials to detect, assess, and remediate them.
A lightweight Python-based packet sniffer using Scapy to capture and log network packets.
This is a simple Python script that retrieves WHOIS information, IP addresses, and geolocation details for a given domain.
A practical cybersecurity home lab using Kali Linux and Metasploitable2 to scan, identify, and analyze OWASP A5 Security Misconfigurations.
Analysed SSH authentication logs using Splunk to detect suspicious login activity and security events.