Book Image

Scalable Data Analytics with Azure Data Explorer

By : Jason Myerscough
Book Image

Scalable Data Analytics with Azure Data Explorer

By: Jason Myerscough

Overview of this book

Azure Data Explorer (ADX) enables developers and data scientists to make data-driven business decisions. This book will help you rapidly explore and query your data at scale and secure your ADX clusters. The book begins by introducing you to ADX, its architecture, core features, and benefits. You'll learn how to securely deploy ADX instances and navigate through the ADX Web UI, cover data ingestion, and discover how to query and visualize your data using the powerful Kusto Query Language (KQL). Next, you'll get to grips with KQL operators and functions to efficiently query and explore your data, as well as perform time series analysis and search for anomalies and trends in your data. As you progress through the chapters, you'll explore advanced ADX topics, including deploying your ADX instances using Infrastructure as Code (IaC). The book also shows you how to manage your cluster performance and monthly ADX costs by handling cluster scaling and data retention periods. Finally, you'll understand how to secure your ADX environment by restricting access with best practices for improving your KQL query performance. By the end of this Azure book, you'll be able to securely deploy your own ADX instance, ingest data from multiple sources, rapidly query your data, and produce reports with KQL and Power BI.
Table of Contents (18 chapters)
1
Section 1: Introduction to Azure Data Explorer
5
Section 2: Querying and Visualizing Your Data
11
Section 3: Advanced Azure Data Explorer Topics

Technical requirements

The code examples for this chapter can be found in the Chapter08 folder of this book's GitHub repository: https://github.com/PacktPublishing/Scalable-Data-Analytics-with-Azure-Data-Explorer.git.

In our examples, we will use the StormEvents table in our ADX cluster, since this dataset provides a wide variety of data types that allow us to demonstrate multiple types of visualizations.

You will need a Power BI account. Power BI requires a work or school account, which means that email addresses such as outlook.com and gmail.com will not work. Azure Active Directory accounts are work accounts and, in this chapter, we will discover how to create Azure Active Directory accounts to sign up to Power BI. You will also need Windows since the examples in this chapter require the Power BI desktop application, which is currently a Windows-only application.