About me
I'm a technology leader with experience in security architecture, privacy engineering, and system design. Currently, I lead a team at Google focused on developing secure and scalable solutions for user authentication, data protection, and AI-powered security features. My work ensures that security and privacy are seamlessly integrated into products, enhancing user trust and experience.
Previously, I held leadership roles at Meta, Apple and Qualcomm, where I guided teams in improving software security, privacy compliance, and large-scale system design. My approach is rooted in building strong teams, setting clear technical direction, and delivering practical solutions that balance security, performance, and usability.
Professional Journey
Google (2023 - Present)
I focus on enhancing security architecture for Pixel devices, with particular emphasis on protecting on-device machine learning and generative AI systems. My work includes developing innovative solutions for media provenance to address challenges in the era of AI-generated content.
Meta (2022 - 2023)
I lead privacy engineering initiatives that enabled automated enforcement of data policies at scale, helping to strengthen user data protection across the platform's ecosystem.
Peloton (2021 - 2022)
I focused on strengthening device security and provided strategic guidance to leadership on critical security considerations during a period of rapid growth for the company.
Apple (2015 - 2021)
My six-year tenure centered on designing robust security features across multiple platforms. Key contributions included implementing secure manufacturing processes and developing sophisticated systems to prevent abuse and fraud in the ecosystem.
Qualcomm (2013 - 2015)
I specialized in creating efficient drivers for low-power devices, with innovations that significantly improved data transfer efficiency while reducing power consumption—critical factors in mobile technology.
LSI, now Broadcom (2011 - 2013)
I engineered high-performance enterprise RAID storage controllers, implementing solutions that enhanced disk performance for enterprise clients with demanding storage requirements.
Fusion-IO, now Western Digital (2010 - 2011)
I designed SSD hardware and developed methods to optimize performance through advanced NAND characteristics prediction, laying groundwork for more reliable solid-state storage solutions.
University of Utah (2009 - 2010)
I contributed to the development of a closed-loop system designed to optimize electrical stimulation parameters for deep brain stimulation, with a specific focus on extending battery life to reduce the frequency of surgical replacement procedures.