Ritajit Majumdar (Indian Statistical Institute), Sanchari Das (University of Denver)

Quantum computers are considered a blessing to the dynamic technological world that promises to solve complex problems much faster than their known classical counterparts. Such computational power imposes critical threats on modern cryptography where it has been proven that asymmetric key cryptosystem will be rendered useless in a quantum world. However, we can utilize such a powerful mechanism for improving computer security by implementing such technology to solve complex data security problems such as authentication, secrets management, and others. Mainly, Quantum Authentication (QA) is an emerging concept in computer security that creates robust authentication for organizations, systems, and individuals. To delve deeper into the concept, for this research, we have further investigated QA through a detailed systematic literature review done on a corpus of N = 859 papers. We briefly discuss the major protocols used by various papers to achieve QA, and also note the distribution of papers using those protocols. We analyzed the technological limitations mentioned by previous researchers and highlighted the lack of human-centered solutions for such modern inventions. We emphasize the importance of research in the user aspect of QA to make the users aware of its potential advantages and disadvantages as we move to the quantum age.

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Welcome to USEC

Mary Theofanos and Yasemin Acar

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Xianghang Mi (University at Buffalo), Siyuan Tang (Indiana University Bloomington), Zhengyi Li (Indiana University Bloomington), Xiaojing Liao (Indiana University Bloomington), Feng Qian (University of Minnesota Twin Cities), XiaoFeng Wang (Indiana University Bloomington)

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