AuditPay: Anonymous Payments with Controlled Oversight
ACM CCS 2026 (to appear)
PhD Student · Department of Computer Science
Hebrew University of Jerusalem
Advised by Yossi Gilad
My research focuses on applied cryptography and secure, scalable systems, including secure computation, differential privacy, and privacy-preserving machine learning. My work spans metadata-private messaging, anonymous payments, and selective disclosure of confidential information. I combine protocol design with practical implementations, using tools such as zero-knowledge proofs, homomorphic encryption, and oblivious computation.
ACM CCS 2026 (to appear)
ACM CCS 2024
Hebrew University of Jerusalem
Provably scalable secure and private systems using ZKPs, FHE, and oblivious computation.
Hebrew University of Jerusalem
Metadata-private communication systems via secure distributed computation, homomorphic encryption, and PIR.
Hebrew University of Jerusalem
Microsoft Research — Cambridge, UK
Designed and built Evidence via Limited Disclosure, an end-to-end prototype that registers vulnerability reports with a transparency service and enables selectively disclosed, independently verifiable evidence to support duplicate-report determinations.
IBM Research — Israel
Engineered a Go-based reverse-proxy library enabling secure TCP/mTLS communication through firewalls for encrypted inter-cloud connectivity without application-level changes.
Hebrew University of Jerusalem
Current: Operating Systems, Introduction to Cryptography.
Previous: Introduction to Networks, Machine Learning, Data Privacy.