Miguel A. Calles - Serverless Security: Understand, Assess, and Implement Secure and Reliable Applications in AWS, Microsoft Azure, and Google Cloud
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- Book:Serverless Security: Understand, Assess, and Implement Secure and Reliable Applications in AWS, Microsoft Azure, and Google Cloud
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At a time when there are many news stories on cybersecurity breaches, it is crucial to think about security in your applications. It is tempting to believe that having a third-party host the entire computing platform will increase security. This book shows you why cybersecurity is the responsibility of everyone working on the project.
What You Will Learn
- Gain a deeper understanding of cybersecurity in serverless computing
- Know how to use free and open source tools (such as the Node Package Manager, ESLint, and VSCode) to reduce vulnerabilities in your application code
- Assess potential threats from event triggers in your serverless functions
- Understand security best practices in serverless computing
- Develop an agnostic security architecture while reducing risk from vendor-specific infrastructure
Who This Book Is For
Developers or security engineers looking to expand their current knowledge of traditional cybersecurity into serverless computing projects. Individuals just beginning in serverless computing and cybersecurity can apply the concepts in this book in their projects.Miguel A. Calles: author's other books
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Any source code or other supplementary material referenced by the author in this book is available to readers on GitHub via the books product page, located at www.apress.com/978-1-4842-6099-9 . For more detailed information, please visit http://www.apress.com/source-code .
When I started working with the Serverless Framework, I was curious about the security aspect. I was transitioning to a project for a mobile app with a serverless back end. Previously, I was an information assurance (IA) engineer working on Cybersecurity for US Government military systems. I had become accustomed to using well-defined processes and requirements in my role as an IA engineer. The systems we were securing were part of a vast network of other systems with strict IA requirements. The threats seemed limited; and implementing Cybersecurity, in many cases, was following a list of checklists and requirements. But, Cybersecurity in the world of serverless development was a new frontier.
The more I worked with serverless, the more I wondered about its Cybersecurity. Cybersecurity with serverless projects seemed to lack the oversight that I experienced in the IA world. The team could release a serverless application without addressing security. I searched for serverless security and found limited information. I did find some helpful documents on the top serverless security risks and well-written blog posts about specific topics. I was looking for a book that provided an overview of serverless security and guidance on approaching it.
I decided to write this book with the intent to fill that void and provide a resource that addressed multiple aspects of serverless security. I leveraged my IA and Cybersecurity experience, my hands-on experience with serverless, and my research to write this book. In one perspective, this book provides an overview of serverless security. You could be new to serverless and learn how to approach serverless security by performing a risk assessment. From another perspective, this book provides practical ways to address serverless security. You could be looking for examples and recommendations to implement in your serverless projects. I am excited to share this book with you because I believe it will guide you in identifying areas of consideration when securing your serverless application.
My wife and kids for supporting me in this endeavor.
My mentor J.R. Richardson for helping me in my professional development and encouraging me to explore new ways to grow.
David Gershman for introducing me to the field of Cybersecurity and throughly reviewing this book.
Guise Bule for inviting me to join Secjuice (a blog site that promotes writing about Cybersecurity and information security), where I first started writing about Cybersecurity and serverless computing topics.
David Huang from Paradigm Sift for his friendship since my college days and helping me troubleshoot a topic in Chapter .
VeriToll (my employer at the time of this writing) for allowing me to write this book and introducing me to the world of serverless computing.
Raytheon, before they became Raytheon Technologies, for the several years of writing technical manuals and design documents that prepared me for writing my first published book.
Several teachers that had a lasting impact on my education Ms. Mary Lang, Mr. Michael Swatek, and Professor Fiona Barnes.
Apress for allowing me to share what I have learned about Cybersecurity in serverless computing.
Last but not least, my Creator for helping me achieve a life goal and His provision.
is a certified Cybersecurity engineer, works on cloud computing projects, and writes about Cybersecurity. He has worked on multiple serverless projects as a developer and security engineer, contributed to open source serverless projects, and worked on large military systems in various engineering roles. He started in Cybersecurity in 2016 for a US government contract, has been doing technical writing since 2007, and has worked in multiple engineering roles since 2004. Miguel started to gain interest in Cybersecurity when he was in middle school and was trying to reverse engineer websites.
Miguel is a Principal Solutions and Security Engineer at VeriToll, LLC. He has a Bachelor of Science degree in Material Science and Engineering from the Massachusetts Institute of Technology, a Master of Business Administrator degree from the University of Florida, a Cloud Security Alliances Certificate of Cloud Security Knowledge certification, and a CompTIA A+ certification.
is a Cybersecurity engineer for a government contractor and has the CISSP certification. He has also taught Computer Science at California Polytechnic University, Pomona, on topics ranging from introduction programming to computer networking and Cybersecurity for over 20 years. In his spare time, David enjoys restoring and programming retro 8-bit computers.
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