The popularity of Linux container technology has skyrocketed in recent years, largely due to the success of the Docker open-source project. Containers utilize operating system-level virtualization to create isolated application environments on a shared host machine kernel, providing developers with a lightweight and efficient way to build and distribute applications.
However, the complexity of the container ecosystem makes it susceptible to misconfiguration and vulnerabilities that can be exploited by attackers. As a result, it is crucial for security professionals to have a deep understanding of container security and the ability to audit container environments for potential security risks. With the widespread adoption of Docker and Kubernetes, container security has become a critical skill for anyone responsible for securing modern software deployments.
Beginner Bootcamp for Container Security
Look no further than this beginner bootcamp, which is comprised of four sessions. In these sessions, you'll gain a solid understanding of containers and the security risks associated with them. You'll also learn about the various tools and techniques used to audit containers, as well as container hosts, image repositories, and container management tools.
But what sets this bootcamp apart is our unique lab setup, which allows you to experiment with low-level breakout attacks that are typically only possible on local virtual machines. With over 60 lab exercises and more than 9 hours of live bootcamp recordings, this program is a comprehensive and hands-on way to develop the skills you need to secure containers effectively.
Explore the Container Security Learning Path for Additional Lab
The Container Security learning path is designed to provide a comprehensive understanding of container security and pentesting. It consists of 11 categories of lab exercises that cover basic concepts, various tools, and commands to identify and exploit vulnerabilities in different components of the container ecosystem.
To maximize your learning experience, we suggest having a basic knowledge of computers and networking, familiarity with the Linux operating system, and optionally, a basic knowledge of Docker. Although the sets of labs can be completed in any order, we recommend following a specific sequence to ensure a smooth learning curve.
Docker Image Analysis A Docker image serves as the blueprint for creating a container. It contains all the necessary applications, binaries, and configuration files that define the function and behavior of the corresponding containers. The construction of Docker images is achieved using instructions defined in a plain-text file known as a Dockerfile. This section of the learning path focuses on the analysis of Docker image layers and techniques for recovering overwritten artifacts from Docker images.
Docker Forensics
This section of the learning path focuses on the forensic analysis of different components within the Docker ecosystem, including images, containers, networks, and checkpoints. By exploring these components and understanding their behavior, you can gain insight into the events leading up to a security incident and how to effectively respond to it. The lab exercises in this section will provide hands-on experience with various forensic techniques related to Docker components.
Docker API Firewall
This section of labs focuses on exploring Docker's support for third-party plugins that can be used to enforce customized restrictions on the Docker daemon API. These plugins can be combined to create an API firewall, which is different from the network firewall that can be created using IPtables. In these labs, you will learn how to bypass or evade the restrictions applied to the Docker daemon REST API by exploiting vulnerabilities in these plugins.
Docker Tools The Docker community consists of a diverse group of individuals including developers, system administrators, and security professionals. This community actively shares knowledge, exchanges ideas, and creates tools that facilitate various tasks related to Docker usage. Some tools simplify the management of Docker environments, while others help in maintaining the security of the environment. In this category, we will explore various types of tools that are used for managing and securing Docker ecosystems.
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