Aws Cookbook: Recipes for Success on Aws, Paperback/John Culkin

This practical guide provides over 70 self-contained recipes to help you creatively solve common AWS challenges you'll encounter on your cloud journey. If you're comfortable with rudimentary scripting and general cloud concepts, this cookbook provides what you need to address foundational tasks and create high-level capabilities. Authors John Culkin and Mike Zazon share real-world examples that incorporate best practices. Each recipe includes a diagram to visualize the components. Code is provided so that you can safely execute in an AWS account to ensure solutions work as described. From there, you can customize the code to help construct an application or fix an existing problem. Each recipe also includes a discussion to provide context, explain the approach, and challenge you to explore the possibilities further. Go beyond theory and learn the details you need to successfully build on AWS. The recipes help you: Redact personal identifiable information (PII) from text using Amazon Comprehend Automate password rotation for Amazon RDS databases Use VPC Reachability Analyzer to verify and troubleshoot network paths Lock down Amazon Simple Storage Service (S3) buckets Analyze AWS Identity and Access Management policies Autoscale a containerized service About author(s): John Culkin is a senior solutions architect at AWS. He holds all current AWS certifications. Previously, he was a principal cloud architect lead at Cloudreach, where he led the delivery of cloud solutions aligned with organizational needs. A lifelong student of technology, he now focuses on creating transformative business solutions that utilize cloud services. Mike Zazon is a senior cloud architect at AWS, focused on helping enterprise customers modernize their businesses. He previously held roles as a cloud software developer, software engineer, software architect, IT manager, and data center architect. His passion for technology education blossomed while serving in some of these roles within an engineering research university setting.