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Course Outline

The AI Observability Landscape

  • From dashboards to conversations: the shift toward AI-augmented observability.
  • LLM capabilities relevant to observability: summarization, reasoning, pattern matching.
  • Architecture patterns: embedding AI into existing observability stacks.

Natural Language Telemetry Querying

  • Text-to-PromQL: translating natural language into monitoring queries.
  • NL querying for Elasticsearch, OpenSearch, and Loki log stores.
  • SQL generation from natural language for structured telemetry.
  • Building a query assistant agent with tool use and context awareness.

LLM-Powered Log Analysis

  • Automated log parsing and structuring with LLMs.
  • Anomaly detection in log streams using embedding similarity.
  • Log clustering and pattern discovery at scale.
  • Generating human-readable explanations from raw log sequences.

Intelligent Alerting and Incident Enrichment

  • Alert correlation and deduplication with semantic understanding.
  • Automated incident context gathering from runbooks, past incidents, and documentation.
  • Smart alert routing based on content understanding and team expertise.
  • Reducing alert fatigue with AI-driven noise reduction.

AI-Assisted Root Cause Analysis

  • Hypothesis generation from multi-source telemetry correlation.
  • Evidence chaining: connecting symptoms across metrics, logs, and traces.
  • Guided troubleshooting with interactive AI diagnosis sessions.
  • Building a root cause analysis agent with progressive investigation.

Automated Incident Response and Communication

  • Generating incident summaries and status updates from telemetry.
  • Automated postmortem drafting with timeline reconstruction.
  • Stakeholder communication tailored to technical and executive audiences.
  • Runbook suggestion and automated remediation recommendations.

ML for Observability

  • Time-series forecasting for capacity planning and anomaly prediction.
  • Foundation models for zero-shot anomaly detection on metrics.
  • Embedding-based service dependency mapping and topology discovery.
  • Training and deploying lightweight ML models alongside observability pipelines.

Production Deployment and Ethics

  • Latency and cost considerations for real-time AI observability.
  • Data privacy: ensuring LLMs do not leak sensitive telemetry.
  • Human oversight: when AI diagnosis needs operator validation.
  • Measuring impact: MTTD, MTTR, and on-call experience metrics.

Requirements

  • Experience with observability tools such as Prometheus, Grafana, Datadog, or OpenTelemetry.
  • Familiarity with log management and metrics concepts.
  • Basic proficiency in Python scripting for data processing.

Audience

  • SRE and observability engineers adopting AI-enhanced tooling.
  • Platform engineers building next-generation monitoring pipelines.
  • DevOps leads evaluating LLM integration into incident workflows.
 14 Hours

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