Offensive security professional specializing in penetration testing, red team operations, and adversary simulation. Focused on identifying critical vulnerabilities in enterprise infrastructure before threat actors do.
Background in network security, exploit development, and operational security. Methodical approach to assessments with documented, reproducible findings and actionable remediation guidance.
Structured offensive security training covering enumeration, exploitation, and post-exploitation techniques.
Advanced web application assessment methodology including XSS, SQLi, SSRF, and authentication bypass.
Static and dynamic analysis of real-world malware samples, threat artifacts, and behavioral indicators.
Command and control frameworks, defense evasion, and adversary simulation methodology.
Active Directory compromise, lateral movement, pivoting, and protocol exploitation.
OPSEC principles, identity segregation, and attribution avoidance for red team operators.
Offensive Security Certified Professional -- hands-on penetration testing certification.
Certified Ethical Hacker -- comprehensive ethical hacking methodology.
Foundational cybersecurity certification covering threats, architecture, and operations.
Certified Red Team Professional -- Active Directory attack and defense.
Web Application Penetration Tester -- advanced web security assessment.
GIAC Penetration Tester -- enterprise-grade penetration testing expertise.
Field-grade hardware knowledge separates operators from script runners. Each guide links to an external resource covering hands-on configuration, deployment methodology, and operational considerations.
Configure a Raspberry Pi as a covert network implant for remote access during physical engagements.
Set up Kali Linux on Raspberry Pi with external antennas and portable power for field operations.
Choosing the right chipset for monitor mode and packet injection. Covers Atheros, Realtek, and Ralink drivers.
Deploying rogue access points for credential harvesting and MitM attacks using hostapd and dnsmasq.
Passive wireless network mapping using Kismet, GPS modules, and directional antennas.
Programming microcontrollers for WiFi deauth attacks, beacon flooding, and network disruption testing.
Creating HID injection payloads for USB attack vectors using programmable keystroke devices.
Using Flipper Zero for RFID cloning, sub-GHz analysis, IR replay, and NFC emulation in security assessments.
Intercepting and analyzing radio signals using RTL-SDR dongles for RF security assessments.