Security Analyst & Software Developer building fail-secure, developer-first security solutions. Specialized in behavioral malware analysis, reverse engineering, and statistical threat detection.
- CompTIA Security+ — Earned 2024
- ISC2 Certified in Cybersecurity (CC) — Earned 2023
- B.S. in Computer Science — In Progress
I specialize in evaluating runtime execution flow, persistence mechanisms, and threat vectors across distinct malware classifications:
- InfoStealers & Keyloggers: Credential harvesting analysis, keystroke interception techniques, and exfiltration detection.
- Trojans & RATs: Process injection, memory inspection, living-off-the-land techniques (LoLBins), and C2 communication channels.
- Ransomware: High-entropy encryption routines, shadow copy deletion mechanisms, and intermittent encryption behavioral modeling.
- Brute-Force & Exploitation: Automated password spraying, authentication bypass analysis, and security testing via Metasploit.
- PowerShell, Batch & Shell Scripting: In-depth analysis of obfuscated script payloads, malicious command chains, and automated execution traces.
- Geofencing & Verification Engine for Visitor Management: An open-source spatial boundary verification system leveraging Kalman filtering logic to stabilize telemetry noise, preventing location spoofing and validating secure access/check-in events.
- Dynamic Threat Detection & Anomaly Processing Suite: An open-source, fail-secure behavioral detection engine using statistical baselining (Kalman/EMA) to provide developers with real-time runtime security feedback in local test suites and CI/CD pipelines.
- Languages: Python | C | C++ | TypeScript | PowerShell | Bash
- Analysis & Security: Behavioral Malware Analysis, Reverse Engineering, Threat Detection, Metasploit, Telemetry Baselines
- Focus Areas: Threat Engine Architecture, Fraud Prevention Systems, Geofencing & Location Verification Logic