Book Image

Practical Real-time Data Processing and Analytics

Book Image

Practical Real-time Data Processing and Analytics

Overview of this book

With the rise of Big Data, there is an increasing need to process large amounts of data continuously, with a shorter turnaround time. Real-time data processing involves continuous input, processing and output of data, with the condition that the time required for processing is as short as possible. This book covers the majority of the existing and evolving open source technology stack for real-time processing and analytics. You will get to know about all the real-time solution aspects, from the source to the presentation to persistence. Through this practical book, you’ll be equipped with a clear understanding of how to solve challenges on your own. We’ll cover topics such as how to set up components, basic executions, integrations, advanced use cases, alerts, and monitoring. You’ll be exposed to the popular tools used in real-time processing today such as Apache Spark, Apache Flink, and Storm. Finally, you will put your knowledge to practical use by implementing all of the techniques in the form of a practical, real-world use case. By the end of this book, you will have a solid understanding of all the aspects of real-time data processing and analytics, and will know how to deploy the solutions in production environments in the best possible manner.
Table of Contents (20 chapters)
Title Page
Credits
About the Authors
About the Reviewers
www.PacktPub.com
Customer Feedback
Preface

Distinct advantages of Spark


Now that we understand the Spark components, let's move to the next step to understand what the key advantages of spark are for distributed, fault tolerant processing over its peers in this section. We will also touch upon the situations where Spark might not be the best choice for the solution:

  • High performance: This is the key feature responsible for the success of Spark, the high performance in data processing over HDFS. As we have seen in the previous section, Spark leverages its framework over HDFS and the Yarn eco-system, but offers up to 10x faster performance; this makes it a better choice over map-reduce. Spark achieves this performance enhancement by limiting the use of latency intensive disk I/O and leveraging over it in memory compute capability.
  • Robust and dynamic: Apache Spark is robust in its out-of-the-box implementation and it comes with over 80+ operations. It's built in Scala and has interfacing APIs in Java, Python, and so on. The entire combination...