I am a computer scientist & security researcher who enjoys hacking on complex systems, developing tools for security analysis, and designing and evaluating new architectures to improve data security and privacy.
As a research scientist at Google, I lead several projects aimed at ensuring that high-performance computers and processors that run AI and other workloads strike the right balance between security and performance.
Toward this goal, I focus on various problem spaces such as memory safety, hardware and microarchitectural vulnerabilities, side channels, and reliable cryptographic implementations.
You can read more about my past & current projects.
Recent News & Highlights
-
Feb 2026
Published our Joint Security Review of Intel TDX 1.5 with Google & Intel, evaluating live migration and confidential VM security assurance.
-
2026
Two papers accepted at ACM CCS 2026: Linkage-Based Compartmentalization on CHERI and DDRop (DDR5 memory interposer attack on Confidential VMs).
- 2026
-
2026
Paper on ARM MTE Performance in Practice accepted at USENIX Security 2026, evaluating hardware memory tagging in real-world workloads.
-
Sep 2025
Published on the Google Security Blog on supporting Rowhammer research to protect the DRAM ecosystem.
Academia: My last academic position was a postdoctoral fellow at UC San Diego. During that time, I received several tenure-track faculty offers from top 10 universities in the U.S. but ultimately chose to pursue an industry research career. I continue to engage in academic activities, including serving on program committees, mentoring PhD students, authoring research papers, and giving talks at academic conferences.
Vulnerability Discovery: I occasionally discover critical vulnerabilities, some of which led to presentations at Black Hat, one of the most prestigious computer security venues, in 2020 & 2023.
Press Coverage: Some of my findings have been covered by popular tech press:
I also write about systems and processor security on my blog and share updates on Twitter/X and LinkedIn.