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1
Intro
2
Smartphones are Everywhere
3
Enter Data Saving Browsers
4
Data-Saving Mode Explained
5
Research Questions
6
Data-saving Browsers on the Google Play Store
7
A More Complicated Network Emerges
8
Data-Saving Proxy Server Population
9
Data-Saving Proxy Server Configurations
10
Data Saving Effectiveness
11
Data-Saving Browsers Effects on Usability
12
Google ReCAPTCHA v3 Experiment
13
Data-Saving Proxy Server Reputation Poisoning Attack
14
Privacy Infringement
15
Traffic Modification/Leakage
16
Security Degradation
17
Proxy Server Attack Surface
18
Data-Saving Proxy Server Cipher Suite Strength
19
SSL Certificate Handling Case Study: SuperFish
20
Research Outline
21
Improved Data-Savings Design
22
Summary
Description:
Explore an empirical analysis of data-saving mobile browsers in this IEEE conference talk. Delve into the prevalence of smartphones and the emergence of data-saving browsers. Understand how data-saving mode works and examine research questions surrounding these browsers. Investigate the landscape of data-saving browsers on the Google Play Store and the complex network that emerges. Analyze the population and configurations of data-saving proxy servers, as well as their effectiveness in saving data. Evaluate the impact of data-saving browsers on usability, including a Google ReCAPTCHA v3 experiment. Learn about potential attacks, such as reputation poisoning, and privacy infringements associated with these browsers. Examine traffic modification, leakage, and security degradation risks. Assess the attack surface of proxy servers and their cipher suite strength. Study SSL certificate handling, including a case study on SuperFish. Conclude with an improved data-savings design proposal and a comprehensive summary of the research findings. Read more

Meddling Middlemen - Empirical Analysis of the Risks of Data-Saving Mobile Browsers

IEEE
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