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Difference between revisions of "New York City"
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− | OWASP NYC Training | + | <h2>OWASP NYC Training March 13th and 14th<h2> |
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+ | <h3> Application Cryptanalysis Made Easy (1 Day Training)<h3> | ||
Use of cryptography permeates today's computing infrastructures. While few programmers attempt to implement sophisticated cryptosystems, many unwittingly develop simple protocols in every day applications without adequate knowledge of how cryptographic primitives should be combined. In this training we explore several techniques for analyzing and breaking the kinds of cryptographic protocols which are commonly found in modern applications. | Use of cryptography permeates today's computing infrastructures. While few programmers attempt to implement sophisticated cryptosystems, many unwittingly develop simple protocols in every day applications without adequate knowledge of how cryptographic primitives should be combined. In this training we explore several techniques for analyzing and breaking the kinds of cryptographic protocols which are commonly found in modern applications. | ||
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Register Online to Secure Your Seat http://www.cvent.com/d/3cq429 Space is Limited! Course syllabus: https://docs.google.com/folder/d/0B-IjCXl19haHSFR6NXJTdk5uTE0/edit | Register Online to Secure Your Seat http://www.cvent.com/d/3cq429 Space is Limited! Course syllabus: https://docs.google.com/folder/d/0B-IjCXl19haHSFR6NXJTdk5uTE0/edit | ||
− | + | <h3> Hack Your Own Code: Advanced Training for Developers (2 Day Training Course)<h3> | |
This class provides developers an exciting chance to hone their programming skills while also learning to exploit common web vulnerabilities. Unlike most training, this will not use static demos based on pre-canned source code. Students will program small parts of a larger application during the class’s lab periods. After the component has been written, students will review the code for the vulnerability being focused on in the lab. Vulnerable code will be run on a class-accessible server while the instructor guides students through exploiting the vulnerabilities. After the vulnerability is exploited, students will be shown how their own code can be fixed (if it was vulnerable) and the best way to prevent the flaw in the first place. | This class provides developers an exciting chance to hone their programming skills while also learning to exploit common web vulnerabilities. Unlike most training, this will not use static demos based on pre-canned source code. Students will program small parts of a larger application during the class’s lab periods. After the component has been written, students will review the code for the vulnerability being focused on in the lab. Vulnerable code will be run on a class-accessible server while the instructor guides students through exploiting the vulnerabilities. After the vulnerability is exploited, students will be shown how their own code can be fixed (if it was vulnerable) and the best way to prevent the flaw in the first place. | ||
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Register Online to Secure Your Seat http://www.cvent.com/d/3cq429 Space is Limited! Course syllabus: https://docs.google.com/folder/d/0B-IjCXl19haHSFR6NXJTdk5uTE0/edit | Register Online to Secure Your Seat http://www.cvent.com/d/3cq429 Space is Limited! Course syllabus: https://docs.google.com/folder/d/0B-IjCXl19haHSFR6NXJTdk5uTE0/edit | ||
− | + | <h3> Securing Mobile Devices and Applications (2 Day Training Course)<h3> | |
Mobile applications enable new threats and attacks which introduce significant risks to the enterprise, and many custom applications contain significant vulnerabilities that are unknown to the team that developed them. Considering the number of mobile applications available in the Google Play and Apple AppStore is nearing 1.5 million and vulnerabilities are skyrocketing it is imperative to perform typical application security practices. But, how is mobile different? | Mobile applications enable new threats and attacks which introduce significant risks to the enterprise, and many custom applications contain significant vulnerabilities that are unknown to the team that developed them. Considering the number of mobile applications available in the Google Play and Apple AppStore is nearing 1.5 million and vulnerabilities are skyrocketing it is imperative to perform typical application security practices. But, how is mobile different? |