JavaScript Bridge / By building / Bridge References / Android app store / Stanford University / Bridge Reference / Google Play store / Library Vulnerabilities Libraries / Bridge Object / Building Web Apps / University of California / Library Vulnerabilities / Bridge Objects / /
IndustryTerm
loaded web content / Web Content Mobile web apps / untrusted web content / network security protocols / web content / mobile web app uses / malicious web sites / mobile web app security / embedded web browser / Internet resources / typical web adversary / Web App Feature JavaScript Enabled JavaScript Bridge shouldOverrideUrlLoading shouldInterceptRequest onReceivedSslError postUrl Custom URL Patterns / privileged web operations / web crawl starting / web application / web browser / web request / mobile web app framework libraries / mobile web application / arbitrary web content / web crawl reaches content / load web content / web adversary model / web backend / typical web app / mobile web / Web App Security Patrick Mutchler∗ / free mobile web apps / dynamic analysis tool / web requests / navigation-restricted web adversary / mobile web app vulnerabilities / web crawl / malicious web content / web apps / unsafe web content expose / location services / mobile web app loads / Internet resource / hard-coded web addresses / call site / web programming / embedded web content / default web browser / web search / web resources / unsupported web resources / Web Adversary / stateful web navigation / web server / web security / display web content / normal web application functionality / web domains / mobile web app / secure mobile web apps / unsafe web content / web security mechanisms / mobile web apps / /
OperatingSystem
Android / Microsoft Windows / /
Organization
University of California / Santa Barbara / Arizona State University / Stanford University / /
Person
John Mitchell / Patrick Mutchler / Adam Doup / /
Product
Soot / implementation / built using Soot / /
ProgrammingLanguage
Java / C / HTML / XML / JavaScript / /
SportsLeague
Stanford University / /
Technology
XML / SMS / API / GPS / network security protocols / Android / operating system / mobile device / HTML / SSL / operating systems / Java / HTTP / known algorithm / web server / /
A Large-Scale Study of Mobile Web App Security Patrick Mutchler∗ , Adam Doup´e† , John Mitchell∗ , Chris Kruegel‡ and Giovanni Vigna‡ ∗ Stanford University {pcm2d, mitchell}@stanford.edu