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Engineering Data Mesh in Azure Cloud

Engineering Data Mesh in Azure Cloud

By : Deswandikar
4.5 (6)
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Engineering Data Mesh in Azure Cloud

Engineering Data Mesh in Azure Cloud

4.5 (6)
By: Deswandikar

Overview of this book

Decentralizing data and centralizing governance are practical, scalable, and modern approaches to data analytics. However, implementing a data mesh can feel like changing the engine of a moving car. Most organizations struggle to start and get caught up in the concept of data domains, spending months trying to organize domains. This is where Engineering Data Mesh in Azure Cloud can help. The book starts by assessing your existing framework before helping you architect a practical design. As you progress, you’ll focus on the Microsoft Cloud Adoption Framework for Azure and the cloud-scale analytics framework, which will help you quickly set up a landing zone for your data mesh in the cloud. The book also resolves common challenges related to the adoption and implementation of a data mesh faced by real customers. It touches on the concepts of data contracts and helps you build practical data contracts that work for your organization. The last part of the book covers some common architecture patterns used for modern analytics frameworks such as artificial intelligence (AI). By the end of this book, you’ll be able to transform existing analytics frameworks into a streamlined data mesh using Microsoft Azure, thereby navigating challenges and implementing advanced architecture patterns for modern analytics workloads.
Table of Contents (23 chapters)
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Free Chapter
1
Part 1: Rolling Out the Data Mesh in the Azure Cloud
9
Part 2: Practical Challenges of Implementing a Data Mesh
16
Part 3: Popular Data Product Architectures
17
Chapter 14: Advanced Analytics Using Azure Machine Learning, Databricks, and the Lakehouse Architecture
19
Chapter 16: Event-Driven Analytics Using Azure Event Hubs, Azure Stream Analytics, and Azure Machine Learning

Picking the right data-sharing topologies

To understand the scenarios under which each of these topologies should be used, let us look at the pros and cons of each data-sharing method.

In-place sharing

Here are the pros and cons of in-place sharing:

Pros

Cons

Real-time data-sharing

Prone to network latency and heavy payload-related performance issues

No data duplication

Direct access to source data needs higher security monitoring and complex policies

Table 13.2 – Pros and cons of in-place sharing

The following are ideal scenarios for using in-place sharing:

  • Real-time access that needs the most recent version of the data
  • Small or medium-sized reference data (exploratory data analysis or EDA; real-time APIs)
  • The source and target are in the same or neighboring...

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