term Web storage / cross-site / Web-Storage-based caching / Web storage Up to / Web page components / Web applications / Web content / Web Storage-based caching / Web application paradigm / Web browsers / transparent Web proxies / Web application / Web Storage APIs / Web browser / Internet cafe scenario / active network / Web Sockets API / web standards / selected Web application / internet cafes / origin Web pages / offline-mode Web applications / loaded Web application / Web storage As / Web Messaging / Web Storage Accesses LocalStorage Accesses SessionStorage Accesses GlobalStorage Accesses / attacked Web application / Web Storage-driven Content Caching Sebastian Lekies / Web storage / secure Web Storage / Web developers / internet cafe / real-life Web applications / open source Web / integrity preserving Web storage / Web Storage API / installed software / collision free hash algorithms / likely utilizing Web Storage / vulnerable site / Web resources / Web Storage-based / Web server / online mode / client-side technologies / client-side Web storage / Web storage usage / Web location / Web Storage directives / /
Organization
Information Security Agency / /
Person
Robert Nyman / Phu H. Phung / Eric Bidelman / Ian Hickson / Philippe De Ryck / Jonas Magazinius / Alexa Rank / Collin Jackson / Eric Rescorla / Huang / Steve Souders / Martin Johns / Artur Janc / Frank Piessens / Anne van Kesteren / Pieter Philippaerts / Steve Hanna / John C. Mitchel / Lieven Desmet / Eric Shepherd / David Sands / Richard Shin / Arman Boehm / Adam Barth / Eric Y Chen / Sebastian Lekies / /
Position
editor / emperor / General / /
ProgrammingLanguage
HTML / JavaScript / /
Technology
JSON / API / mobile device / HTML / mobile devices / using collision free hash algorithms / HTTP / client-side technologies / Caching / DOM / hashing algorithm / Flash / Web server / /
1 Lightweight Integrity Protection for Web Storage-driven Content Caching Sebastian Lekies and Martin Johns SAP Research Karlsruhe