I am a recent graduate in Computer Science with research experience in applied cryptography, currently interning at the Max Planck Institute for Security and Privacy (MPI-SP) under the excellent guidance of Prof. Carmela Troncoso.

For my master's thesis, I investigated vulnerabilities in zero-knowledge proofs in collaboration with Nokia Bell Labs (supervised by Janwillem Swalens) and zkSecurity (supervised by Prof. Stefanos Chaliasos). Before that, I completed a research internship at KU Leuven's COSIC group under the supervision of Prof. Bart Preneel and Prof. Dave Singelée, where I analyzed the security of the Matter standard for smart home devices.

These experiences have helped me better understand where things can go wrong in cryptographic applications, while equipping me with deeper knowledge of cryptography, programming languages, and program analysis. Building on this foundation, I am now expanding my focus beyond analyzing systems toward addressing real-world security problems more broadly. This includes developing cryptographic techniques and privacy-preserving systems that address challenges in industry and society.

Industry impact: During my internship at COSIC, we identified weaknesses in both the specification and the codebase of Matter (an IoT standard adopted by Apple, Google, Amazon, and others). This led to patches in their codebase and meetings with the Matter team, where we discussed potential improvements to the specification. As part of my master's thesis on zero-knowledge proofs, I uncovered vulnerabilities in projects by Microsoft, TikTok, and others. During my current internship at MPI-SP, we are collaborating with the European Broadcasting Union (EBU) on designing a lightweight media encryption system.