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Duration 14 hours
Course Outline
Designing an Open AIOps Framework
- Key elements of open AIOps pipelines
- Data pathways from ingestion to alert generation
- Comparative analysis of tools and integration strategies
Data Acquisition and Consolidation
- Capturing time-series data via Prometheus
- Recording logs using Logstash and Beats
- Standardizing data for cross-source correlation
Developing Observability Dashboards
- Metric visualization with Grafana
- Creating Kibana dashboards for log analysis
- Utilizing Elasticsearch queries to derive operational insights
Anomaly Identification and Incident Forecasting
- Transferring observability data to Python workflows
- Training machine learning models for outlier detection and forecasting
- Deploying models for real-time inference within the observability stack
Alerting and Automation via Open Tools
- Defining Prometheus alert rules and Alertmanager routing
- Activating scripts or API workflows for automated response
- Employing open-source orchestration solutions (e.g., Ansible, Rundeck)
Integration and Scalability Strategies
- Managing high-volume ingestion and long-term data retention
- Security protocols and access control in open-source environments
- Independently scaling ingestion, processing, and alerting layers
Practical Applications and Expansions
- Case studies covering performance tuning, outage prevention, and cost efficiency
- Augmenting pipelines with tracing tools or service mapping
- Best practices for operationalizing and sustaining AIOps in production
Recap and Future Directions
Requirements
- Practical experience with observability platforms such as Prometheus or ELK.
- Proficiency in Python and a solid grasp of machine learning principles.
- Familiarity with IT operational procedures and alert management workflows.
Target Audience
- Senior Site Reliability Engineers (SREs).
- Data engineers focused on operational tasks.
- DevOps platform leaders and infrastructure architects.