More Efficient Universal Circuit Constructions. - Daniel Günther 004; Ágnes Kiss; Thomas Schneider 003 (IACR Cryptol. ePrint Arch., 2017)

Private Function Evalutation with Universal Circuits. - Daniel Günther 004 (Krypto-Tag, 2018)

Poster: Framework for Semi-Private Function Evaluation with Application to Secure Insurance Rate Calculation. - Daniel Günther 004; Ágnes Kiss; Lukas Scheidel; Thomas Schneider 003 (CCS, 2019)

Efficient and Scalable Universal Circuits. - Masaud Y. Alhassan; Daniel Günther 004; Ágnes Kiss; Thomas Schneider 003 (J. Cryptol., 2020)

Revisiting Hybrid Private Information Retrieval. - Daniel Günther 004; Thomas Schneider 003; Felix Wiegand (CCS, 2021)

GPU-accelerated PIR with Client-Independent Preprocessing for Large-Scale Applications. - Daniel Günther 004; Maurice Heymann; Benny Pinkas; Thomas Schneider 003 (IACR Cryptol. ePrint Arch., 2021)

Poster: Privacy-Preserving Epidemiological Modeling on Mobile Graphs. - Daniel Günther 004; Marco Holz; Benjamin Judkewitz; Helen Möllering; Benny Pinkas; Thomas Schneider 003; Ajith Suresh (CCS, 2022)

Improved Universal Circuits using Lookup Tables. - Yann Disser; Daniel Günther 004; Thomas Schneider 003; Maximilian Stillger; Arthur Wigandt; Hossein Yalame (IACR Cryptol. ePrint Arch., 2022)

Breaking the Size Barrier: Universal Circuits Meet Lookup Tables. - Yann Disser; Daniel Günther 004; Thomas Schneider 003; Maximilian Stillger; Arthur Wigandt; Hossein Yalame (ASIACRYPT (1), 2023)

ExTRUST: Reducing Exploit Stockpiles with a Privacy-Preserving Depletion System for Inter-State Relationships. - Thomas Reinhold; Philipp Kuehn 001; Daniel Günther 004; Thomas Schneider 003; Christian Reuter 001 (CoRR, 2023)

FLUENT: A Tool for Efficient Mixed-Protocol Semi-Private Function Evaluation. - Daniel Günther 004; Joachim Schmidt 006; Thomas Schneider 003; Hossein Yalame (IACR Cryptol. ePrint Arch., 2024)

Privacy-Preserving Epidemiological Modeling on Mobile Graphs. - Daniel Günther 004; Marco Holz; Benjamin Judkewitz; Helen Möllering; Benny Pinkas; Thomas Schneider 003; Ajith Suresh (IEEE Trans. Inf. Forensics Secur., 2025)