Book Image

Modern Data Architecture on AWS

By : Behram Irani
5 (1)
Book Image

Modern Data Architecture on AWS

5 (1)
By: Behram Irani

Overview of this book

Many IT leaders and professionals are adept at extracting data from a particular type of database and deriving value from it. However, designing and implementing an enterprise-wide holistic data platform with purpose-built data services, all seamlessly working in tandem with the least amount of manual intervention, still poses a challenge. This book will help you explore end-to-end solutions to common data, analytics, and AI/ML use cases by leveraging AWS services. The chapters systematically take you through all the building blocks of a modern data platform, including data lakes, data warehouses, data ingestion patterns, data consumption patterns, data governance, and AI/ML patterns. Using real-world use cases, each chapter highlights the features and functionalities of numerous AWS services to enable you to create a scalable, flexible, performant, and cost-effective modern data platform. By the end of this book, you’ll be equipped with all the necessary architectural patterns and be able to apply this knowledge to efficiently build a modern data platform for your organization using AWS services.
Table of Contents (24 chapters)
1
Part 1: Foundational Data Lake
5
Part 2: Purpose-Built Services And Unified Data Access
17
Part 3: Govern, Scale, Optimize And Operationalize

ML using Amazon Redshift and Amazon Athena

Many times, all the data is already processed, stored, and consumed out of Amazon Redshift using SQL-based queries. Database engineers can easily create complex SQL-based consumption patterns, but they lack the understanding to stitch together all the components of ML pipelines using SageMaker. To make their day-to-day-job lives easy, they can now build ML models inside Amazon Redshift using SQL syntax. Redshift ML handles all interactions with Amazon SageMaker, transparent to the data developer.

Some of the benefits of using Redshift ML are set out here:

  • Simplicity: Makes it easy to create ML models using SQL. Even the predictions are done using SQL statements.
  • Flexibility: Allows the user to select specific ML algorithms such as XGBoost. Under the covers, the best ML model is automatically trained and tuned.
  • Performant: Even though under the covers the models are trained with SageMaker, they are eventually deployed in...