What you would learn in The Complete DevSecOps Course with Docker and Kubernetes course?
DevSecOps is a term used to describe development, security, and operations. It's a method of the culture, automation, and design of platforms that incorporate security into a shared responsibility across the IT lifecycle. DevOps isn't only about the operations and development teams. If you'd like to fully benefit from the speed and flexibility of the DevOps approach, security for IT must play a vital role throughout the development lifecycle of your applications.
This course provides a comprehensive step-by-step guide for your DevOps framework's best security methods and techniques. It will begin from the fundamentals by studying the DevOps structure and its connection to DevSecOps. Learn about the two major container managing systems: Docker and Kubernetes. You will learn how to manage containers by working with Docker files, obtaining and creating your container images, and optimizing these.
In the following sections, you will learn the use of the additional security layer in the DevOps tools. In the beginning, you'll learn how to use the Docker Registry and create an individual registry. I will demonstrate how to utilize the Content Thrust feature of Docker and safeguard your host and docker daemon by implementing Apparmor and Seccomp Security profiles. This includes implementing the Docker Bench Security and also auditing the Docker host. Additionally, you will learn how to secure and examine vulnerabilities of the Docker images to ensure they are not corrupted with the help of Clair, Quay, Anchore, and the CVE database. You will learn how to manage and create Docker secrets, networks, and port mapping. You'll learn to utilize security monitoring tools like cAdvisor, Dive, and Falco and administration tools like Portainer, Rancher, and Openshift.
In the final part, you will be focusing on Kubernetes Security methods. Learn how to identify, resolve and avoid Kubernetes security vulnerabilities and implement the best security techniques. I will teach you how to utilize KubeBench along with the Kubernetes Dashboard to improve the security of your Kubernetes Security, Prometheus, and Grafana to monitor and watch the Kubernetes clusters for security issues.
The following is the entire course's content divided into sections:
1. You will review the DevSecOps challenges, methods, and tools for improving the security of your applications. The concept behind DevSecOps is to incorporate security into the DevOps process of application development, design, and delivery procedures.
2. The major container platforms that offer infrastructure for both teams of operations and development, including Docker as well as Kubernetes. We will also look at alternative tools like Podman.
3. Master Docker manages containers and images. It also explains the primary commands for creating our images from Dockerfile and the best ways to optimize your images while reducing their size and threat surface.
4. Find out the best security practices and other aspects, such as Docker capabilities that containers utilize to enable more capabilities, including the privilege-based container. Learn how to create a private registry to block your images from being accessible to anyone worldwide. You will study Docker Content Trust and Docker Registry as they allow us to securely upload images on the Docker Hub platform and other registry services such as Quay and Harbor.
5: Docker daemon and AppArmorand Seccompprofiles that provide kernel-enhancement capabilities that limit the number of system calls. We will also review tools such as Docker security on the bench and Lynis that adhere to best practices for security in security best practices in the Docker environment, as well as some of the essential recommendations that should be adhered to when auditing or Docker implementation in an operational setting.
6:Here you will learn the best practices to build container images securely. We will review several open-source tools like Clairand Anchore, which can detect containers' weaknesses through static analysis tools that look at the various layers that make up an image. This means that the developers can be better find vulnerabilities in container applications before uploading them into production.
7. You can learn the primary Docker container risks, the most common vulnerabilities we can see inside Docker images, and tools and services to gather details about these security holes. In the end, developers will be able to learn more about the vulnerability in container applications.
8:Learn Docker secrets and the key components in Docker networking, such as how to connect to and communicate with Docker containers. We will also look at various concepts, such as port mapping that Docker utilizes to expose the TCP ports that offer services to the host so that the users who access the host can use the container's services.
9: It is essential to establish a comprehensive plan to keep track of your Docker infrastructure using a native collection source of data, events, stats, configurations, and records. They also provide perspectives on the performance of your memory, CPU, and network containers.
10. Learn some open-source tools to assist with Docker containers, including Portainer, Rancher, and Openshift.
11. Kubernetes structure, components objects, Kubernetes architecture, and the networking model. We will also discuss various tools to work with Kubernetes and explain miniature tubes as the primary tool for setting up the cluster.
12. Kubernetes security and recommended methods to secure components and pods using the principle of the least power in Kubernetes.
13. Kubernetes security and Kubernetes bench for security projects to carry out the security controls outlined in the CIS Kubernetes Benchmark Guide. We will also look at the main security projects to analyze the security of Kubernetes components and more serious security vulnerabilities discovered in Kubernetes over the past few years.
14. Check out the capabilities of products in the context of Kubernetes. We'll first look at monitoring and observability in the context of Kubernetes before we look at the Kubernetes dashboards to gather statistics in your cluster. We will examine the Kubernetes stack to see observation and monitoring using Prometheus along with Grafana.
- Secure the major containers platforms, such as Docker and Kubernetes
- Learn the best Docker security techniques
- Create your image registry to stop images from being available to anyone worldwide.
- Review Docker Content Trust and Docker Registry
- Send images via Docker Hub, Quay, and Harbor
- Implement Docker daemon security
- Install AppArmor as well as Seccomp Security profiles to enable Linux kernel enhancement capabilities.
- Implement Docker Bench Security
- Learn about the best Docker security practices.
- Find Docker security holes by using Clair and Anchor
- Learn about static security analysis tools
- Learn about the major Docker container risks
- Learn to make Docker secrets
- Link Docker containers
- Docker network security
- Control the CPU, memory, and memory performance of your containers
- Manage your Docker containers by using Rancher and Portainer.
- Launch Kubernetes using Minikube
- Use the principle of least privilege to secure Kubernetes clusters
- Use CIS Kubernetes Benchmark Guide
- Examine the security and vulnerabilities of Kubernetes clusters, pods, and nodes
- Watch Kubernetes in production by using Prometheus and Grafana
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