• Designed a resilient system using Azure Data Factory, various Microsoft IaC products, and existing cross domain solutions to empower 3 engineering teams with the ability to replicate critical security data to the Azure Government clouds, increasing the accuracy of 5 security services.• Championed the delivery of AI-driven adversary emulation to the Azure Government clouds, enabling incident response teams to proactively assess the fidelity of security services provided by Microsoft Security.

• Managed a team of 12 security researchers using tools like IDAPro, BinDiff, LLVM, and QEMU, to research, discover, and exploit vulnerabilities in embedded devices and Windows applications, saving the organization over $1mil in expected costs when compared to similar vendor solutions.• Developed a shellcode library using C, Python, and CMake, enabling 20 developers to cross compile ubiquitous shellcodes for Intel, ARM, MIPS, and PowerPC processor architectures, eliminating duplicate shellcodes across 9 exploit development projects.• Redesigned the organization’s binary obfuscation methods using LLVM, rendering obfuscated artifacts unrecognizable compared to the original, inhibiting reverse-engineering efforts and preventing developers from spending 40 hours manually obfuscating existing projects.• Obfuscated web-based malware written in PHP using open source software and designed command, control, and configuration mechanisms using Python, enabling 3 operations teams across 2 uniformed services to maintain persistent access to web targets of interest.