Difference between revisions of "OWASP Bucharest AppSec Conference 2018 Agenda Talks"

Conference agenda, 26th of October

REST services are stateless. In other words, there are no sessions between REST API producers and consumers. Given the difficulties of securing sessions, this is A Good Thing from a security perspective.
Access to REST APIs is incumbent on the presentation of a valid security token. Typically, this is an access token issued by an OAuth authorization server. The authZ server maintains a session with the user agent so that the user does not need to re-authenticate each time a new access token is needed. This is not entirely unproblematic, as will be illustrated through a discussion of logout and the tenuous implementation of silent authentication in client libraries. Conversely, I will argue for leveraging authorization server sessions to raise the consent game to a level where it truly serves the interests of the user.
In summary, while REST APIs are stateless and do not maintain a session, access control architectures *do* rely on sessions trying to provide a good user experience while enforcing authorization policies.

This talk lays it out for you. We dive into the technicalities of cookies, JWT tokens and Authorization headers. You will learn how to assess your past choices, and how to substantiate future decisions.

In order to automatize the setup of the test environment and the common processes during a mobile pentest, the author has developed the "Mobile Pentest Toolkit" (PMT). This toolkit takes over recurring and time consuming tasks for the tester. It has a standardized user interface for the usage of locally installed security tools (and installs them on demand). An example of use is: After the tester has modified the Smali code, the generation of a valid and signed APK file only takes a few moments. Aside from that, this talk illustrates techniques for dynamic analysis and tracking of changes within the app. The goal is to present the Mobile Pentest Toolkit to an interested audience and to publish it as an open source tool.

The study and analysis of these tools fall within the general purview of the broad disciplines of Digital Forensics, PSIRT, Cyber Security Operations and general principles of Reverse Engineering. In this paper, we explore and discuss the current state of anti-virus evasion, malware analysis and fast incident response, . Based on author research, he conclude that the domain of malware analysis, A.V Evasion and Fast Incident Response has effectively been relegated from the academic realm to the domain of the practitioner's skill set. For the final presentation, author will show how you can respond to an incident and how to protect your environment for new attacks.