Security and Microservice Architecture on Aws: Architecting and Implementing a Secured, Scalable Solution

Security is usually an afterthought when organizations design microservices for cloud systems. Most companies today are exposed to potential security threats, but their responses are often more reactive than proactive. This leads to unnecessarily complicated systems that are hard to implement and even harder to manage and scale. Author Gaurav Raje shows you how to build highly secure systems on AWS without increasing overhead.

Ideal for cloud solution architects and software developers with AWS experience, this practical book starts with a high-level architecture and design discussion, then explains how to implement your solution in the cloud while ensuring that the development and operational experience isn't compromised. By leveraging the AWS Shared Responsibility Model, you'll be able to:

• Develop a modular architecture using microservices that aims to simplify compliance with various regulations in finance, medicine, and legal services
• Introduce various AWS-based security controls to help protect your microservices from malicious actors
• Leverage the modularity of the architecture to independently scale security mechanisms on individual microservices
• Improve the security posture without compromising the autonomy or efficiency of software development teams

Gaurav Raje has worked as a software architect for over 10 years. He has extensive experience in building and scaling applications that host sensitive data and have high availability requirements. Gaurav has paid special attention to safeguarding every user's information with security best practices. He has also worked on the AWS Certified Database Specialty Exam as a subject matter expert by writing and moderating various questions that ended up in the official test. He is author of the official SHA-224 package within the Jython programming language. Gaurav holds an MBA in finance from NYU Stern School of Business and a master's in computer science from Rochester Institute of Technology.