Forschung

Interessen

• Blockchain und Distributed Ledger Technologies
• Byzantinische Fehlertoleranz
• Trusted Execution (Intel SGX)

Projekte

• - RailChain
• BFT2Chain - Design and Validation of Scalable, Byzantine Fault-Tolerant Consensus Algorithms for Blockchains

Veröffentlichungen

2022

• Maximilian Rolinck, Signe Rüsch, Mark Mennenga, Leander Jehl and Christoph Herrmann: Deployment Settings for the Integration of Blockchain Networks in Learning Factories, in Proceedings of the 12th Conference on Learning Factories, CLF'22, 2022 (rolinck2022deployment, BibTeX)
• Signe Schwarz-Rüsch, Michael Behlendorf, Markus Becker, René Kudlek, Hesham Hosney Elsayed Mohamed, Felix Schoenitz, Leander Jehl and Rüdiger Kapitza: EventChain: A Blockchain Framework for Secure, Privacy-Preserving Event Verification, in Proceedings of the 23rd ACM/IFIP International Middleware Conference, Middleware '22, Quebec, QC, Canada, Seite 174-187, Association for Computing Machinery, 2022 (ruesch2022eventchain, DOI, BibTeX)
• Signe Rüsch, Kai Bleeke, Ines Messadi, Stefan Schmidt, Andreas Krampf, Katharina Olze, Susanne Stahnke, Robert Schmid, Lukas Pirl, Roland Kittel, Andreas Polze, Marquart Franz, Matthias Müller, Leander Jehl and Rüdiger Kapitza: ZugChain: Blockchain-Based Juridical Data Recording in Railway Systems, in Proceedings of the 52nd International Conference on Dependable Systems and Networks, DSN'22, 2022 (ruesch2022zugchain, BibTeX, Folien, Talk: https://youtu.be/XcoPBIIWKdg)

2021

• Chrysoula Stathakopoulou, Signe Rüsch, Marcus Brandenburger and Marko Vukolic: Adding Fairness to Order: Preventing Front-Running Attacks in BFT Protocols using TEEs, in 40th International Symposium on Reliable Distributed Systems (SRDS 2021), Chicago, USA/virtual, September 2021 (Stathakopoulou21Fairy, BibTeX, Folien, Best Paper Finalist)

2019

• Signe Rüsch, Kai Bleeke and Rüdiger Kapitza: Themis: An Efficient and Memory-Safe BFT Framework in Rust (Research Statement), in 3rd Workshop on Scalable and Resilient Infrastructures for Distributed Ledgers (SERIAL 2019), Davis, CA, USA, Dezember 2019 (ruesch2019themis, BibTeX, Folien)
• Signe Rüsch, Kai Bleeke and Rüdiger Kapitza: Bloxy: Providing Transparent and Generic BFT-Based Ordering Services for Blockchains, in 38th International Symposium on Reliable Distributed Systems (SRDS 2019), Lyon, France, Oktober 2019 (ruesch2019bloxy, BibTeX, Folien, Poster, Best Poster Award)

2018

• Signe Rüsch, Ines Messadi and Rüdiger Kapitza: Towards Low-Latency Byzantine Agreement Protocols Using RDMA, in Proceedings of the 1st Workshop on Byzantine Consensus and Resilient Blockchains, BCRB'18, Luxemburg, Juni 2018 (ruesch2018rubin, BibTeX, Folien)
• Signe Rüsch: High-Performance Consensus Mechanisms for Blockchains, in 12th EuroSys Doctoral Workshop, EuroDW'18, Porto, Portugal, April 2018 (ruesch2018dw, BibTeX, Poster)
• David Goltzsche, Signe Rüsch, Manuel Nieke, Sébastien Vaucher, Nico Weichbrodt, Valerio Schiavoni, Pierre-Louis Aublin, Paolo Costa, Christof Fetzer, Pascal Felber, Peter Pietzuch and Rüdiger Kapitza: EndBox: Scalable Middlebox Functions Using Client-Side Trusted Execution, in Proceedings of the 48th International Conference on Dependable Systems and Networks, DSN'18, 2018 (goltzsche2018endbox, DOI, BibTeX, Folien)
• Wenbo Xu, Signe Rüsch, Bijun Li and Rüdiger Kapitza: Hybrid Fault-Tolerant Consensus in Asynchronous and Wireless Embedded Systems, in 22nd International Conference on Principles of Distributed Systems (OPODIS 2018), Leibniz International Proceedings in Informatics (LIPIcs), Seite 15:1-15:16, 2018 (xu2018opodis, DOI, BibTeX)

2017

• Signe Rüsch, Dominik Schürmann, Rüdiger Kapitza and Lars Wolf: Forward Secure Delay-Tolerant Networking, in Proceedings of the 12th Workshop on Challenged Networks, CHANTS '17, Snowbird, Utah, USA, Seite 7-12, ACM, Oktober 2017 (ruesch:chants:2017, DOI, BibTeX, Folien)

Lehre

Lehrveranstaltungen

• SS22 Betriebssysteme (nur Klausur)
• SS22 Softwareentwicklungspraktikum: Blockchain in Learning Factories
• WS21/22 Betriebssysteme
• SS21 Betriebssysteme (nur Klausur)
• SS21 SEP: Verteilter Blockchain-basierter Flugdatenschreiber für UAV
• WS20/21 Betriebssysteme
• SS20 Betriebssysteme (nur Klausur)
• WS19/20 Betriebssysteme
• WS19/20 Teamprojekt Verteilte Systeme: Automated Urban Gardening
• SS19 SEP: Automated Urban Gardening
• SS19 Betriebssysteme (nur Klausur)
• WS18/19 Betriebssysteme
• SS18 Teamprojekt verteilte Systeme: Pervasive Computing in Blockchains
• SS18 SEP: IBRCoin: Eine ressourcenschonende Alternative zu Bitcoin
• SS18
• SS18
• WS17/18
• WS17/18
• SS17 SEP: Trusted I/O für Intel SGX Enklaven mittels Raspberry Pi
• WS16/17

Studentische Arbeiten

Offene Arbeiten:

Siehe Bachelor-, Projekt- und Masterarbeiten: Verteilte Systeme

Abgeschlossene Arbeiten: