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Current solutions for securing Web applications at run-time rely heavily on signatures to identify and respond to threats. But signatures have become less effective at detecting threats over time, and ...
Current solutions for securing Web applications at run-time rely heavily on signatures to identify and respond to threats. But signatures have become less effective at detecting threats over time, and aren’t sufficient to address the sophisticated abusive behavior that large, publicly exposed Web applications are subject to, including page scraping, logic abuse, malicious automation, phishing, and malware distribution. The key shortcoming is a lack of application context – without any grounding in actual application and user behavior, signature-based solutions can’t avoid flagging many false positives. This makes the information they provide to administrators practically un-actionable. In response, new approaches are emerging that focus on behavior, not input signatures. One key trend is to enhance the application code itself with detection points that provide more transparency into malicious user behavior. This enables administrators to prevent application abuse before bad users can establish an attack vector. In this presentation, we’ll discuss the merits and challenges of this approach. We’ll focus on specific examples, including the OWASP AppSensor project and the Mykonos Security Appliance.
Al Huizenga, Mykonos Software
Al Huizenga runs product strategy and management for Mykonos Software, a company focused on new ways to secure Web Applications from abuse. Al has 11 years experience managing, releasing, and marketing Web-based products and technologies in industry leading companies such as Cognos Inc., Platform Computing, and Panorama Software. He is fascinated by how the same technology attributes that drive Web application adoption – openness, transparency, and ubiquity – also represent severe risk to the businesses that use them.
Kyle Adams, Architect and Lead Developer
As architect and lead developer for Mykonos, Kyle Adams has final responsibility for code quality and technical excellence. Mr. Adams is a graduate of the Rochester Institute of Technology, earning a Bachelor Degree in Computer Science with a minor in Criminal Justice. He wrote his first password protection software at age 10, started hacking incessantly, and was writing his own encryption software by age 14. An AJAX expert and enthusiast, Mr. Adams has worked on scores of web application projects as a freelancer and entrepreneur.
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