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Web development / JavaScript / HTTP / Ajax / Cross-site request forgery / HTTP cookie / Session / NoScript / XMLHttpRequest / Computing / World Wide Web / Software


Towards stateless, client-side driven Cross-Site Request Forgery protection for Web applications Sebastian Lekies, Walter Tighzert, and Martin Johns SAP Research fi Abstract: Cross-site request f
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Document Date: 2013-10-04 11:44:23

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File Size: 157,84 KB

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City

Plugin / /

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Facility

JavaScript library / /

IndustryTerm

Web authentication tracking / protection Web authentication tracking The HTTP protocol / Web application landscape / Web applications / Web side / target Web server / Web Application Security Vulnerabilities / Web application paradigm / vulnerable applications / bank / targeted Web site / Web application / Web browser / vulnerable Web application / Web applications Sebastian Lekies / Web application exposes / Web server / Web technologies / purpose Web sites / online bank account / legacy applications / /

Organization

U.S. Securities and Exchange Commission / /

Person

Martin Johns / Sebastian Lekies / Walter Tighzert / /

Position

straight forward / Major / head / /

ProgrammingLanguage

Java / PHP / JavaScript / HTML / /

Technology

PHP / Java / Web technologies / stateless / client-side driven Cross-Site Request Forgery protection Web authentication tracking The HTTP protocol / DHTML / HTTP / DOM / HTML / AJAX / Flash / Web server / /

URL

www.bank.com / www.attacker.org / //a.net / /

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