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Encrypted Mobile Instant Messaging Traffic Dataset

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DataCite Commons2023-01-23 更新2025-04-16 收录
下载链接:
https://ieee-dataport.org/documents/encrypted-mobile-instant-messaging-traffic-dataset
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资源简介:
We collect encrypted traffic from six widely-used Instant Messaging Applications (IMAs) installed on an Android device for descriptive and statistical analysis. In particular, we collect traffic from: 1. Microsoft Teams, 2. Discord, 3. Facebook Messenger, 4. Signal, 5. Telegram, and 6. WhatsApp. The encrypted traffic collected from these applications are stored as individual `.pcap` file. For our research, we extract flows from these `.pcap` files using `tranalyzer` and build statistical models. Therefore, the flow dataset for each of the IMA are also contained with this dataset. Furthermore, we collect common encrypted mobile traffic that do not result from any IMA. We use such traffic to test if we can distinguish between IMA and non-IMA traffic. In particular, we collect traffic resulting from web-browsing, video streaming, and sending-emails. We also save any background traffic that does not correspond to any of these activities. These sets of encrypted traffic are also saved as `.pcap` files and their flow dataset are contained with this dataset. Lastly, we include the text conversations used to generate this dataset for any reproduction purposes.

本研究从部署于安卓(Android)设备上的六款主流即时通讯应用(Instant Messaging Applications,缩写IMAs)中采集加密流量,用于描述性与统计分析。具体而言,本次采集覆盖的应用包括:1. 微软(Microsoft)Teams,2. Discord,3. 脸书信使(Facebook Messenger),4. Signal,5. Telegram,6. WhatsApp。从上述应用采集到的加密流量将以独立的.pcap文件存储。本研究使用`tranalyzer`从上述.pcap文件中提取流量流,并构建统计模型,因此本数据集同时包含每一款IMAs对应的流量流数据集。此外,本研究还采集了非来自任何IMAs的通用加密移动流量,用于验证模型能否区分IMAs流量与非IMAs流量。具体而言,此类流量涵盖网页浏览、视频流媒体及电子邮件发送产生的流量,同时还留存了与上述活动均不相关的后台流量。此类加密流量集同样以.pcap文件格式存储,其对应的流量流数据集也包含在本数据集中。最后,为便于研究复现,本数据集还包含用于生成该流量集的文本对话数据。
提供机构:
IEEE DataPort
创建时间:
2023-01-23
搜集汇总
数据集介绍
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背景与挑战
背景概述
该数据集是一个专注于移动即时通讯应用加密网络流量的研究数据集,包含来自6种主流即时通讯应用(如WhatsApp、Telegram等)在Android设备上生成的加密流量.pcap文件,以及非即时通讯的加密流量作为对比。数据集旨在支持加密流量特征分析、统计建模和即时通讯流量识别研究,适用于网络安全和流量分析领域。
以上内容由遇见数据集搜集并总结生成
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