OWASP EU Summit 2008 Training (Courses to be Approved)

The courses listed on this page are to be approved by OWASP Board.

Source Code Review

Instructor

Eoin Keary and Daniel Cuthbert

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Advanced Phishing and Social Engineering Training

Instructor

Joshua Perrymon

Duration

1 day

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This class is designed to illustrate hands-on methods used in the real world attacking the human layer. This includes a focus on spear-phishing using the newly introduced OWASP phishing framework (LUNKER). Attendees will identify target emails using a variety of methods, identify potential phish sites, create a spoofed email and send the attack all in a locally ran test environment in Vmware or LiveCD.

Upon completion of this course, attendees will have an in-depth understanding of the latest techniques used to perform these type of attacks. The class will also include additional social engineering attack methods such as impersonation, authority attacks, pre-text attacks, and much more. Advanced topics such as Email Payloads and 2nd Factor token MITM attacks will be covered as well.

1. Introduction to Social Engineering

2. Understanding the Human Aspect of Security

3. Review of aggressively vertical hacking methodology

4. Analysis of attack trending over the years (Up the OSI Model)

5. Review of public Social Engineering Attacks in the media

6. Hands on: Spear Phishing Demo using the Lunker Framework

    a. Understanding the Social Engineering Scope of work
    b. Setup Client Info
    c. Gather Email addresses/targets
    d. Identify potential phishing sites
    e. Creation of spoofed emails
        i. Custom footers
        ii. Attack Scenarios
        iii. Email header options

f. Test Environment: Review the spoofed email and phishing site

g. Send attack

h. Monitor: Discuss steps to take at this point once the users send in credentials.

i. Advanced Phishing Attacks: Recon, XSS/CSRF/Browser Exploit/Trojan payloads

j. MITM Attacks on 2-factor Authentication

k. Summary

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Web server/services hardening using SELinux

Instructor

Pavol Luptak

Duration

1 day

Summary

Security-Enhanced Linux (SELinux) is a FLASK implementation integrated in the Linux kernel with a number of utilities designed to provide mandatory access controls (MAC) through the use of Linux Security Modules (LSM) in the Linux kernel. SELinux generally supports many kinds of mandatory access control policies, including those based on the concepts of type enforcement, role-based access control, and multi-level security.

A Linux kernel integrating SELinux enforces mandatory access control policies that confine user programs and system servers to the minimum amount of privilege they require to do their jobs. This reduces or eliminates the ability of these programs and daemons to cause harm when compromised (via buffer overflows or misconfigurations, for example). This confinement mechanism operates independently of the traditional Linux access control mechanisms. It has no concept of a "root" super-user, and does not share the well-known shortcomings of the traditional Linux security mechanisms (such as a dependence on setuid/setgid binaries).

This training provides basic concepts of SELinux, its differences to classical UNIX/Linux systems, describe security advantages of mandatory access control policies and teach how to effectively and rapidly configure a fully functional LAMP environment on SELinux system.

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Table of Contents

1. SELinux history

2. Unix/Linux DAC (Discretionary Access Control) and its problems

3. MAC (Mandatory Access Control)

4. Advantages of using MAC

5. DTE (Domain Type Enforcement) model

6. RBAC (Roles Based Access Control) model

7. MLS (Multi Level Security) model

8. SELinux FLASK Architecture

9. SELinux policy (EXERCISE)

10. File System Security Contexts (EXERCISE)

11. SELinux Object Classes and Permissions

12. TE (Type Enforcement) Rules (Attributes, Type Declaration, Type Transitions, Domain Type Transitions, Object Labeling Transitions, Access Vectors)

13. Understanding AVC, log messages

14. audit2allow and audit2why (EXERCISE)

15. SELinux Troubleshoot Tool (EXERCISE)

16. Auditing and Auditing tools

17. Policy Macros

18. Backtracking rule (EXERCISE)

19. SELinux Users, Roles, MLS Levels

20. Strict Policy

21. Targeted Policy

22. SELinux Booleans and their use for Apache web server (EXERCISE)

23. Files and Directories in Targeted Policy, common SELinux Macros (EXERCISE)

24. Analyzing Example Policy - apache.te (EXERCISE)

25. Assigning Object and Process Types

26. SELinux Booting

27. Copying and moving files, checking security contexts, relabeling a file and directory's security context (EXERCISE)

28. Policy core utilities

29. Managing File Labeling, Relabeling a File System (EXERCISE)

30. SELinux Administrator GUI (EXERCISE)

31. SELinux Modules (EXERCISE)

32. Hardening existing LAMP environments using SELinux (EXERCISE)

33. Writing New Policy for a Daemon (EXERCISE for clever students)

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Java Secure Programming

Instructor

Lucas Ferreira

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Summary

This training class will present best practices of secure programming in the Java language. It includes Java specific practices (i.e. how to avoid problems that arise from the compilation of Java source code to the bytecode language used by the JVM) and practices that may arise in other programming languages (with exemples in Java). Some tools that may be used to verify the security of Java code and systems will be demonstrated.

The topics include a quick overview of the OWASP Top 10, in order to contextualize the practices presented, and several best practices aimed at the different software layers. At the presentation layer, we focus on input validation, access control issues and dealing with exceptions. At the business objects layer, the practices deal with cloning and serialization issues. Practices to prevent command injection are presented at the persistence layer. Practices that should be used throughout all the software are also presented, including inputa data validation, class and method visibility, using and storing secrets, dealing with inner classes, overflows and boxing, and object initialization.

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Advanced Web Application Penetration Testing

Instructor

Aspect Security

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Leading, Planning, and Executing an Application Security Initiative

Instructor

Aspect Security

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Foundations of Web Application Security

Instructor

Aspect Security

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Secure Coding .NET Web Applications

Instructor

Aspect Security

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Building Secure Rich Internet Applications

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Aspect Security

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