Site Reliability Engineering Observability





Observability plays an important role in systems engineering because it enables real-time detection and diagnosis of potential issues, allowing for proactive problem-solving and enhanced performance. In this course, you will take a deep dive into site reliability engineering (SRE) observability, including the three pillars of observability: logs, metrics, and traces. Then you will explore the tools and technologies used for achieving observability and the methods for performing observability in distributed systems. Next, you will discover strategies for log management and analysis, methods for collecting and analyzing metrics, and effective trace analysis methods. You will examine observability tool use cases and methods for setting up observability-related alerts and for performing root cause analysis using observability data. Finally, you will learn how to set up a logging framework for a small application, create and configure alerts, and perform a network trace analysis using Microsoft Network Analyzer.




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Site Reliability Engineering Observability

  • define observability in the context of SRE
  • provide an overview of the three pillars of observability: logs, metrics, and traces
  • describe the tools and technologies used for achieving observability
  • describe how to implement observability in distributed systems
  • outline strategies for log management and analysis
  • list methods for collecting and analyzing metrics
  • outline approaches for effective trace analysis
  • compare observability tools and their use cases
  • detail the process for setting up alerts based on observability data
  • use observability data for root cause analysis
  • set up a logging framework for a small application
  • create and configure alerts based on specific metrics in a monitoring tool
  • perform a network trace analysis using Microsoft Network Analyzer


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