When commercial red team applications are examined, it is seen that they cover at most 2000 scenarios. Our side aim is to gather and develop the attack scenarios not only for the endpoints but also for the network.Protection mechanisms will be developed on the network side with the malicious traffic and applications enriching scenarios. Balancing this distribution with the support of people in the open source community can be achieved with a project like this. The target distribution of those scenarios has been found out to be 60% Windows, 19% Linux and 21% MacOS, which is an uneven distribution. All scenario titles are prepared in accordance with MITRE and Cyber Kill Chain.Īll scenarios from various teams such as Atomic Red Team, Mitre and TIBER-EU are fed into the application as input. With the built-in Scenario Place, people can either run these scenarios or check the scenario configurations on their systems. The aim of this playbook is to protect the systems from such attack vectors, to examine the attack scenarios, to protect their systems by viewing the protection mechanisms and to contribute to these scenarios. We will demonstrate the scenario playbook developed to collect the scenarios prepared for the red, blue and purple team on a single scenario place. Currently, red, blue and purple teams are improving day by day with the contributions made by open source. This automation tool provides the opportunity to try out all available attack scenarios, thereby helping the community, especially organizations, to develop mechanisms to protect against these attacks before attackers do. In this talk, we'll take a look at our work on an open-source proactive machine learning powered automation tool that performs red team simulations. Red Team activities are undoubtedly one of the fastest developing solutions against the cyber attacks of today. Speakers: Gokberk Gulgun and Erdener Uyan Specific attack tools along with methodology will be provided to showcase with proof of concepts how to apply read team methodology against Devops practices. This presentation shows the different attack vectors in the CI/CD Devops attack surface broken down by components and implications for those enterprises using Devops practices. ![]() ![]() These new advantages come with a price and that price is the augmentation of attack surface. These practices have brought many advantages such as rapid development and delivery of software and system platforms, along with integration with cloud platforms. It covers topics such as isolating the MiTM/Attacker machine, using Linux as a “one-armed” router, and using Linux as a passthrough router with demos:įinally, in those cases where you can't mess with routing, we will be using Linux as a MiTM bridge that works at layer 2, but yet intercepts and forwards traffic to other machines for processing.Ībstract: A set of practices in software development and information technology known as DevOps has become the leading reference for software development and IT operations that aim to provide continuous integration, delivery and software quality assurance. I will provide an introduction to Man-in-the-Middle using Linux as a router or a bridge. This talk will will show some of the lesser known tools and techniques provided by the Linux kernel networking stack to build your own tools to perform man-in-the-middle against targets in a network. But more and more red team targets require intercepting and tampering with machine-to-machine communication. Abstract: You might have used tools such as Burp Suite in the past to proxy and intercept communication between your browser and and a web application.
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