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 Duration 14 hours

Course Outline

Designing an Open AIOps Architecture

  • Examining the primary components of open AIOps pipelines.
  • Mapping the data journey from ingestion to alert generation.
  • Evaluating tool compatibility and integration strategies.

Data Collection and Aggregation

  • Ingesting time-series data via Prometheus.
  • Capturing log data using Logstash and Beats.
  • Standardizing data to enable correlation across multiple sources.

Building Observability Dashboards

  • Visualizing performance metrics in Grafana.
  • Constructing Kibana dashboards for detailed log analysis.
  • Utilizing Elasticsearch queries to derive operational insights.

Anomaly Detection and Incident Prediction

  • Exporting observability data for processing in Python pipelines.
  • Training machine learning models for outlier identification and forecasting.
  • Integrating models for live inference within the observability stack.

Alerting and Automation with Open Tools

  • Defining Prometheus alert rules and configuring Alertmanager routing.
  • Initiating scripts or API workflows for automated response.
  • Employing open-source orchestration tools such as Ansible and Rundeck.

Integration and Scalability Considerations

  • Managing high-volume data ingestion and long-term storage.
  • Implementing security and access controls within open-source stacks.
  • Scaling individual layers independently, including ingestion, processing, and alerting.

Real-World Applications and Extensions

  • Case studies focusing on performance optimization, downtime mitigation, and cost efficiency.
  • Enhancing pipelines with tracing tools or service mapping.
  • Best practices for operating and maintaining AIOps in production settings.

Conclusion and Future Steps

Requirements

  • Familiarity with observability platforms like Prometheus or ELK.
  • Practical understanding of Python and foundational machine learning concepts.
  • Insight into IT operational processes and alerting workflows.

Target Audience

  • Senior Site Reliability Engineers (SREs).
  • Data Engineers focused on operational systems.
  • DevOps Platform Leads and Infrastructure Architects.

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