ASMesh: Anonymous and Secure Messaging in Mesh Networks Using Stronger, Anonymous Double Ratchet
Alexander Bienstock, Paul Rösler, Yi Tang
2023年份
11被引次数
5顶会引用
摘要
The majority of secure messengers have single, centralized service providers that relay ciphertexts between users to enable asynchronous communication. However, in some scenarios such as mass protests in censored networks, relying on a centralized provider is fatal. Mesh messengers attempt to solve this problem by building ad hoc networks in which user clients perform the ciphertext-relaying task. Yet, recent analyses of widely deployed mesh messengers discover severe security weaknesses (Albrecht et al. CT-RSA'21 & USENIX Security'22).
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引用它的顶会 Paper5
- On the Tight Security of the Double RatchetDaniel Collins, Doreen Riepel, Si An Oliver TranCCS 2024 · 被引用 3 次
- Anamorphic Messaging: Analyzing the Double Ratchet, Triple Ratchet, PQ3, and MLSHien Chu, Alessandro Corsi, Paul RöslerUSENIX Security 2026
- Amigo: Secure Group Mesh Messaging in Realistic Protest SettingsDavid Inyangson, Sarah Radway, Tushar M. Jois, Nelly Fazio 等CCS 2025
- Generic Anonymity Wrapper for Messaging ProtocolsLea Thiemt, Paul Rösler, Alexander Bienstock, Rolfe Schmidt 等CCS 2025
- Anix: Anonymous Blackout-Resistant Microblogging with Message EndorsingSina Kamali, Diogo BarradasS&P 2025
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- Collective Information Security in Large-Scale Urban Protests: the Case of Hong KongMartin R. Albrecht, Jorge Blasco, Rikke Bjerg Jensen, Lenka MarekováUSENIX Security 2021 · 被引用 39 次
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