2nd OWASP IL mini conference
The 2nd OWASP IL mini conference was held at the Interdisciplinary Center (IDC) Herzliya on May 21th 2007. The event was a huge success with over a 150 people attending and 8 companies and organizations sponsoring the event. The feedback for the carefully selected presentations presentations, all of them relevant, informative and most importantly none commercial was great.
The meeting was sponsored by Breach Security, Checkpoint, Hacktics, Microsoft, Zend, 2Bsecure, F5 Networks and the Efi Arazi school of Computer Science at the Interdisciplinary Center (IDC) Herzliya.
The agenda of the meeting was:
Since the conference is just a few days after OWASP Europe 2007 in Milan, and since most of you would not have a chance to be there, I will try to convey the content and spirit of this unique conference to you.
In addition you will hear Yair Amit, who will repeat the presentation he is going to make in OWASP Europe, and Erez Metula will build his lecture on OWASP chief evangelist's presentation about .NET. For my presentation in OWASP Europe, you had to come to the previous OWASP IL Mini Conference.
Pen-Testing at Microsoft: FuzzGuru fuzzing framework
John Neystadt, Lead Program Manager, Microsoft Forefront Edge, Microsoft
Fuzzing is the main systematic methodology used these days by hackers to find vulnerabilities in web and other applications. Fuzzing can find buffer overrun, denial-of-service and information disclosure vulnerabilities. It should be done for C++, C#/Java, ASP/JP code.
FuzzGuru is a generic network fuzzing development framework developed in Microsoft Israel Development Center and is formally recommended best practice for all products developed in Microsoft.
In this talk John will present some fuzzing testing theory, demonstrate the tools and discuss Microsoft fuzzing practices.
Unregister Attacks in SIP
Ronit Halachmi-Bekel, Efi Arazi school of Computer Science at Interdisciplinary Center (IDC) Herzliya
The presentation discusses a research work done at the Efi Arazi school of Computer Science at Interdisciplinary Center (IDC) Herzliya about the "unregister attack", a new kind of a denial of service attack on SIP servers. In this attack, the attacker sends a spoofed "unregister" message to a SIP server and cancels the registration of the victim at that server. This prevents the victim user from receiving any calls.
The research also offers a solution: the SIP One-Way Hash Function Algorithm (SOHA), motivated by the one-time password mechanism. SOHA prevents the unregister attack in all situations. The algorithm is easy to deploy since it requires only a minor modification and is fully backwards compatible and requires no additional configuration from the user or the server.
The paper is a joint work with Dr. Anat Bremler-Barr and Jussi Kangasharju. The paper was presented at the 14th IEEE International Conference on Network Protocols (ICNP).
Application Denial of Service; is it Really That Easy?
Shay Chen, Hacktics
Denial of service attacks, which are quite a nuisance on the network layer, are a nightmare when done on the application layer, but are equally underrated.
On our last conference, Dr. Anat Bremler-Bar discussed some of the theoretical aspects of application layer denial of service attacks. Shay Chen will expand and explore the practicalities of application layer denial of service. He will show real world techniques, real life stories and personal experiences conducting DOS attacks during penetration testing on major Israeli sites.
Behavioral Analysis for Generating A Positive Security Model For Applications
Ofer Shezaf, OWASP IL chapter leader, CTO, Breach Security
In the last OWASP IL conference, as well as in OWASP Europe in Milan, I explored the potential of a negative security model for securing applications. While a negative security model can provide some level of security, most agree that a positive security model is preferable for protection application.
However, building a rule set to provide positive security is a difficult and never ending project. Modern tools employ behavioral analysis to build automatically those rules. The presentation will discuss the algorithms and methods used to build automatically an application layer positive security rule set as well as the problems and limitation of such as approach.
Overtaking Google Desktop - Leveraging XSS to Raise Havoc
Yair Amit, Senior Security Researcher, Watchfire
Yair will present a ground breaking research paper by Watchfire application security team. The paper describes an innovative attack methodology against Google Desktop which enables a malicious individual to achieve a remote, persistent access to sensitive data, and potentially a full system control.
This represents a significant real world example of a new generation of computer attacks which take advantage of Web application vulnerabilities utilizing the increasing power of the Web browser. Their purpose is to remotely access private information.
This presentation was presented by Yair the week before at OWASP Europe in Milan.
Application Security is Not Just About Development
David Lewis, CISM, CISA, CISSP, Rosenblum Holtzman
What many developers forget about is that the application even though it is a very important part of securing the "Gold", data, there are other risks that require their attention. These risks require their understanding and preventative measures need to be implemented, managed and validated to limit the exposure to themselves and their organizations. E.g. Developers do not see the need for securing their code.
One of the things I will provide you during my presentation is why you should secure your code. It is one of the ways you will keep your job.
.NET reverse engineering
Erez Metula, Application Security Department Manager, 2Bsecure
The presentation will introduce MSIL (Microsoft Intermediate Language) and debugging MSIL. Based on this foundation the presentation will explore and demonstrate tools and techniques for changing the behavior of .NET assemblies and the CLR using reversing engineering techniques.download presentation