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Hi, It's Angel

I'm a Penetration Tester

I am a cybersecurity student at New York City College of Technology with a concentration encompassing all things offensive security. Alongside my academic coursework, I actively develop my skills through self-directed study, hands-on offensive security labs on TryHackMe, and preparation for industry certifications. I am eager to apply and further develop these skills in a professional cybersecurity environment.

GitHub Activity

GitHub contribution chart
Angel Santiago headshot
Angel Santiago photo

About Me

My passion for tech began before my preteen years. I built my first PC at the age of fourteen and haven't looked back since. What began as a general curiosity developed into a deeper focus on understanding how technology can fail, how vulnerabilities emerge, and how those weaknesses are exploited. This interest ultimately led me to pursue computer science and cybersecurity.

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My Technologies

Programming Languages

Security Tools

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My Projects

Portfolio Website project screenshot

Portfolio Website

A custom-built, responsive portfolio website showcasing my skills in cybersecurity and offensive security. Built using HTML, CSS, and JavaScript, the site features smooth page-load and scroll-based animations, a modern dark-themed design, and interactive UI elements. This project demonstrates my front-end development skills, web security hardening abilities, and focus on clean, user-centered design.

HTML CSS JavaScript
NetSuite project screenshot

NetSuite

A specialized offensive security utility designed to assist with network vulnerability discovery and exploitation within NetSuite environments. Built to support penetration testing workflows, the tool automates reconnaissance, identifies misconfigurations, and aids in crafting targeted exploit payloads, streamlining complex network security assessments.

MetaSploit Python Nmap Linux
CipherSuite project screenshot

CipherSuite

A Python-based command-line cryptography toolkit designed for experimenting with both classical and modern encryption techniques. The project implements multiple cipher types, including symmetric and asymmetric encryption as well as common hashing algorithms, providing a hands-on way to explore core cryptographic concepts through a modular, menu-driven interface.

Python Cryptography

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