The Internet of Things (IoT) has significantly impacted the energy industry, leading to increased reliance on smart grid (SG) technology. However, integrating electricity with the internet introduces security vulnerab...
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Nowadays, digital data interaction plays an increasingly pivotal role across various industries. Ensuring the security of information during data storage and transmission is of paramount importance. Cryptography serve...
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In line with the priorities outlined in the 20th Party Congress report, which emphasizes enhancing financial supervision and mitigating systemic risks, this paper introduces a Bayesian-optimized LightGBM model for imp...
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FIDO2 is a suite of protocols that combines the usability of local authentication (e.g., biometrics) with the security of public-key cryptography to deliver passwordless authentication. It eliminates shared authentica...
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ISBN:
(纸本)9798400700507
FIDO2 is a suite of protocols that combines the usability of local authentication (e.g., biometrics) with the security of public-key cryptography to deliver passwordless authentication. It eliminates shared authentication secrets (i.e., passwords, which could be leaked or phished) and provides strong security guarantees assuming the benign behavior of the client-side protocol components. However, when this assumption does not hold true, such as in the presence of malware, client authentications pose a risk that FIDO2 deployments must account for. FIDO2 provides recommendations for deployments to mitigate such situations. Yet, to date, there has been limited empirical investigation into whether deployments adopt these mitigations and what risks compromised clients present to real-world FIDO2 deployments, such as unauthorized account access or registration. In this work, we aim to fill in the gap by: 1) systematizing the threats to FIDO2 deployments when assumptions about the client-side protocol components do not hold, 2) empirically evaluating the security posture of real-world FIDO2 deployments across the Tranco Top 1K websites, considering both the server-side and client-side perspectives, and 3) synthesizing the mitigations that the ecosystem can adopt to further strengthen the practical security provided by FIDO2. Through our investigation, we identify that compromised clients pose a practical threat to FIDO2 deployments due to weak configurations, and known mitigations exhibit critical shortcomings and/or minimal adoption. Based on our findings, we propose directions for the ecosystem to develop additional defenses into their FIDO2 deployments. Ultimately, our work aims to drive improvements to FIDO2's practical security.
In the realm of breast cancer detection, the pursuit of efficiency and accuracy remains paramount. This paper explores the integration of lightweight multimodal approaches to enhance the efficacy of breast cancer dete...
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Network attacks are effectively noticed with helping from Viagra Detection Systems, which are based on washing machine learning algorithms. Because technology development, the next algorithm has been showing to be les...
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Under the background of innovation capability as the key driving force of enterprise development, this paper proposes an enterprise innovation capability assessment and prediction method based on Variational AutoEncod...
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In recent years, water quality Ph detection has gradually become a hot spot. However, the existing classical models in the field of water quality prediction, such as machine learning and deep learning, have insufficie...
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Face morphing attacks have posed great threats to the security of biometrics by mixing face features with the intention of passing identity verifications. In this regard, most of the current detection methods usually ...
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India's coastal state of Tamil Nadu is confronted with difficulties in agriculture as a result of climate-related variables and unpredictability. Even though both the people and the area are expanding, there is no...
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