In addition to my role in IoT/OT penetration testing, I have had the unique opportunity to contribute to groundbreaking research initiatives with DARPA aimed at advancing reverse engineering technologies for cybersecurity applications. Working closely with DARPA program managers and research partners, I lent my expertise in reverse engineering methodologies, tools, and techniques to support the development of innovative solutions to complex security challenges.Within this capacity, I participated in collaborative research projects that pushed the boundaries of reverse engineering capabilities, particularly in the context of analyzing and understanding the inner workings of sophisticated systems, including IoT devices. Through rigorous experimentation and evaluation, I contributed insights and recommendations that informed the development of novel approaches to reverse engineering, with the ultimate goal of enhancing national security and critical infrastructure resilience.

In my role as a cybersecurity professional, I've had the privilege of conducting high-stakes penetration testing of critical applications within the Federal Reserve and Treasury, playing a vital role in safeguarding the integrity and confidentiality of sensitive financial systems.Utilizing rigorous testing methodologies tailored to the unique requirements of Federal financial systems, we meticulously scrutinized every aspect of the applications, from network architecture to application logic and data storage. Our approach combined automated scanning tools with manual testing techniques, enabling us to uncover vulnerabilities that could potentially be exploited by malicious actors.

Focus in Enterprise Financial Applications & Systems

Network and Application testing