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  3. Quantum Cryptography in Practice Quantum Cryptography in Practice

Quantum Cryptography in Practice

The aim of this project is to make quantum cryptography secure, performant and easy-to-use in practice.

Brief information

School:

Computer Science and Information Technology

Status:

Completed

Period:

01.05.2021 - 30.04.2024

Overview

The trend towards digitalization and the advance of the Internet is changing the world around us. Information has become the crucial resource of modern society and its security essential. Online payment systems, elections and critical infrastructure such as power grids, the health care system and telecommunication networks are vital parts of our lives and must be protected. Cryptography is the means to enable these applications and guarantee the information security needed. However, the rise of quantum computers threatens many of the currently used cryptographic schemes. Yet, the same quantum laws also enable a variety of cryptographic solutions to this issue. They remain secure in the presence of Quantum Computers and can therefore help to protect critical IT systems. Recent years have seen a spike in interest in this technology. Quantum Cryptography is an active field of research and there exist companies producing quantum-cryptographic devices. Nonetheless, there are still several open questions between theory and practice which hinder the more widespread adoption of this technology.

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Facts

Type of project

Forschung

Internal organisations involved
  • Information Security & Privacy F&E
Funding
  • SNF-HSLU als Hauptgesuchsteller/in
hidden

Persons involved: internal

Project manager
  • Esther Hänggi
Member of project team
  • Noah Berner
  • Iyán Méndez Veiga
  • Martina Niggli
  • Ligong Wang

Publications

  • Article, review; peer reviewed (2)

    • Drexel, Joshua; Hänggi, Esther & Méndez Veiga, Iyán (2024). Reproducible Builds and Insights from an Independent Verifier for Arch Linux [Besprechung des Buchs Sicherheit 2024 - Sicherheit, Schutz und Zuverlässigkeit]. GI Sicherheit 2024,

    • Grünenfelder, Fadri; Boaron, Alberto; Resta, Giovanni V.; Perrenoud, Matthieu; Rusca, Davide; Barreiro, Claudio; Houlmann, Raphaël; Sax, Rebecka; Stasi, Lorenzo; El-Khoury, Sylvain; Hänggi, Esther; Bosshard, Nico; Bussières, Félix & Zbinden, Hugo (2023). Fast single-photon detectors and real-time key distillation enable high secret-key-rate quantum key distribution systems. Nature Photonics, 2023, 1-5. doi: 10.1038/s41566-023-01168-2

  • Article, review; not peer reviewed (1)

    • Hänggi, Esther; Méndez Veiga, Iyán & Wang, Ligong (2024). Security for Adversarial Wiretap Channels. arXiv preprint, doi: 10.48550/arXiv.2404.01760

  • Chapter/legal commentary/lexicon article (1)

    • Hänggi, Esther; Tellenbach, Bernhard & Wildfeuer, Christoph (2023). Quantum and post-quantum cryptography. In Swiss Academy of Engineering Sciences SATW (Hrsg.), Technologies in focus Online: Online Publikation.

  • Presentation (conference/report/lectures) (13)

    • Hänggi, Esther & Winkler, Severin (02.09.2024). Impossibility of Cheat-sensitive Quantum Private Queries. QCRYPT, Vigo, Spain.

    • Hänggi, Esther; Jauslin, Timeo; Méndez Veiga, Iyán & Wildfeuer, Christoph (12.04.2024). Quantum Computers, Quantum Threat & Post-Quantum Cryptography. World Quantum Day 2024, HSLU Campus Zug-Rotkreuz.

    • Hänggi, Esther & Méndez Veiga, Iyán (05.03.2024). randExtract: a Reference Library to Test and Validate Privacy Amplification Implementations. Physics and Security – from Random Numbers to Secure Communication, Physikzentrum Bad Honnef.

    • Hänggi, Esther; Méndez Veiga, Iyán & Wang, Ligong (05.03.2024). Security from noise: the wiretap channel. Physics and Security – from Random Numbers to Secure Communication, Bad Honnef, Germany.

    • Hänggi, Esther & Méndez Veiga, Iyán (31.01.2024). Realistic Randomness for Quantum Cryptography Applications. Swiss Quantum Days 2024, Villars-​sur-Ollon.

    • Hänggi, Esther (20.01.2024). Auswirkungen von Quantencomputing auf die IT-Sicherheit. Generalversammlung der GMFH, online.

    • Hänggi, Esther (08.11.2023). Quantum –Threat or Solution? Herbstevent 2023, Zürich.

    • Hänggi, Esther & Méndez Veiga, Iyán (06.09.2023). Quantenzufallszahlen Showcase. Herbsttagung, Zürich.

    • Drexel, Joshua; Hänggi, Esther & Méndez Veiga, Iyán (14.04.2023). Quantum Random Number Generator Showcase. World Quantum Day 2023, HSLU Campus Zug-Rotkreuz.

    • Hänggi, Esther (09.03.2023). Quantenkryptographie – Herausforderungen zwischen Theorie und Anwendung. ICT Warrior Academy, Bern.

    • Hänggi, Esther & Obermeier, Sebastian (17.11.2022). Quantum Cryptography – Challenges between Theory and Application. Hitachi Energy Cybersecurity Community Event - Quantum-Safe Security, online.

    • Hänggi, Esther (19.10.2022). Quantentechnologien – heute und in Zukunft. Digitaltage, Rotkreuz.

    • Hänggi, Esther; Méndez Veiga, Iyán & Niggli, Martina (14.04.2022). Quantum Computers cannot hack everything: Let’s talk about security and quantum cryptography. World Quantum Day, Rotkreuz.

Brief information

School:

Computer Science and Information Technology

Status:

Completed

Period:

05/01/2021 - 04/30/2024

Project Head

Prof. Dr. Esther Hänggi

Co-Head Applied Cyber Security Research Lab

+41 41 757 68 97

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