Book Image

AWS Certified Security – Specialty Exam Guide

By : Stuart Scott
Book Image

AWS Certified Security – Specialty Exam Guide

By: Stuart Scott

Overview of this book

AWS Certified Security – Specialty is a certification exam to validate your expertise in advanced cloud security. With an ever-increasing demand for AWS security skills in the cloud market, this certification can help you advance in your career. This book helps you prepare for the exam and gain certification by guiding you through building complex security solutions. From understanding the AWS shared responsibility model and identity and access management to implementing access management best practices, you'll gradually build on your skills. The book will also delve into securing instances and the principles of securing VPC infrastructure. Covering security threats, vulnerabilities, and attacks such as the DDoS attack, you'll discover how to mitigate these at different layers. You'll then cover compliance and learn how to use AWS to audit and govern infrastructure, as well as to focus on monitoring your environment by implementing logging mechanisms and tracking data. Later, you'll explore how to implement data encryption as you get hands-on with securing a live environment. Finally, you'll discover security best practices that will assist you in making critical decisions relating to cost, security,and deployment complexity. By the end of this AWS security book, you'll have the skills to pass the exam and design secure AWS solutions.
Table of Contents (27 chapters)
1
Section 1: The Exam and Preparation
3
Section 2: Security Responsibility and Access Management
8
Section 3: Security - a Layered Approach
15
Section 4: Monitoring, Logging, and Auditing
18
Section 5: Best Practices and Automation
21
Section 6: Encryption and Data Security

Shared responsibility model for container services

The second model we will cover is the container model. The word container is frequently used to describe software packages that contain code, and all associated dependencies that can be run across a range of different compute environments. Examples of common container technologies include Docker and Kubernetes. However, the word container when used here refers to a slightly different concept.

This model focuses on services that essentially reside on top of infrastructure services, meaning the customer does not have access to some of the infrastructure-level components—for example, the operating system. Examples of services in the container model include the following:

  • AWS Elastic MapReduce (EMR)
  • AWS Relational Database Service (RDS)
  • AWS Elastic Beanstalk

This diagram shows the responsibility model for container services:

As you can see, AWS still maintains the same level of security responsibility as retained from the infrastructure...