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I have successfully defended my PhD in hardware security at ETH Zurich. My main research field has been DRAM security, and included security analysis of protocols, design of mitigations, proofs-of-security, timing side channels, fuzzer implementation, benchmarking, cycle-accurate full-system simulation, IC imaging via SEM and FIB, circuit reverse engineering, and analog simulations. Recently, I showed how to obtain Rowhammer bit flips on RISC-V for the first time. Before, we reverse engineered commodity DRAM devices, demonstrated attacks on public transport applications, and designed secure in-DRAM Rowhammer mitigations. For my Master, I studied Biomedical Engineering at POLIMI, with a focus over electronics technologies (BTE). I graduated with 110/110 cum Laude and a course average grade of 29.8/30 (GPA 3.97/4, top 1%). |
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Short write-ups:
Injecting code into 32bit binary with ASLR (Reversing / Security) August-2020. |
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Recorded presentations:
REGA: Scalable Rowhammer Mitigation with Refresh-Generating Activations May 2023, San Francisco, IEEE S&P. |
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Scholarships, Awards and Competitions :
(2024) ProTRR nominated for Top Picks in Hardware and Embedded Security 2024. |
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