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Data Observability for Data Engineering

You're reading from   Data Observability for Data Engineering Proactive strategies for ensuring data accuracy and addressing broken data pipelines

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Product type Paperback
Published in Dec 2023
Publisher Packt
ISBN-13 9781804616024
Length 228 pages
Edition 1st Edition
Languages
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Authors (2):
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Michele Pinto Michele Pinto
Author Profile Icon Michele Pinto
Michele Pinto
Sammy El Khammal Sammy El Khammal
Author Profile Icon Sammy El Khammal
Sammy El Khammal
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Toc

Table of Contents (17) Chapters Close

Preface 1. Part 1: Introduction to Data Observability
2. Chapter 1: Fundamentals of Data Quality Monitoring FREE CHAPTER 3. Chapter 2: Fundamentals of Data Observability 4. Part 2: Implementing Data Observability
5. Chapter 3: Data Observability Techniques 6. Chapter 4: Data Observability Elements 7. Chapter 5: Defining Rules on Indicators 8. Part 3: How to adopt Data Observability in your organization
9. Chapter 6: Root Cause Analysis 10. Chapter 7: Optimizing Data Pipelines 11. Chapter 8: Organizing Data Teams and Measuring the Success of Data Observability 12. Part 4: Appendix
13. Chapter 9: Data Observability Checklist 14. Chapter 10: Pathway to Data Observability 15. Index 16. Other Books You May Enjoy

From data quality monitoring to data observability

The general way of conducting data quality involves manual and automated checks, also called tests, on process inputs and outputs. In this paradigm, on the one hand, the consumer is responsible for checking the validity of their raw material according to their proper needs – for instance, by validating the schema you are receiving. On the other hand, the producer checks the conformity of the output data regarding consumers’ needs by ensuring, for instance, that data manipulation did not deteriorate its completeness. Often, if the data team arranges a well-running data quality program, the inputs won’t be checked by the consumers as they expect the inputs to be already validated.

The following figure explains this model; the data quality process ensures that the inputs and outputs are in line with quality expectations:

Figure 2.1 – Data quality outside the application

Figure 2.1 – Data quality outside the application

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