Course Outline

Introduction to AIOps with Open Source Tools

  • Overview of AIOps Concepts and Benefits for Government
  • Prometheus and Grafana in the Observability Stack for Government
  • Where Machine Learning Fits in AIOps: Predictive vs. Reactive Analytics for Government

Setting Up Prometheus and Grafana for Government

  • Installing and Configuring Prometheus for Time Series Collection in Government Environments
  • Creating Dashboards in Grafana Using Real-Time Metrics for Government Operations
  • Exploring Exporters, Relabeling, and Service Discovery for Enhanced Observability in Government Systems

Data Preprocessing for Machine Learning in Government

  • Extracting and Transforming Prometheus Metrics for Government Use Cases
  • Preparing Datasets for Anomaly Detection and Forecasting in Government Systems
  • Utilizing Grafana’s Transformations or Python Pipelines for Data Preparation in Government

Applying Machine Learning for Anomaly Detection in Government

  • Basic Machine Learning Models for Outlier Detection (e.g., Isolation Forest, One-Class SVM) in Government Contexts
  • Training and Evaluating Models on Time Series Data for Government Applications
  • Visualizing Anomalies in Grafana Dashboards for Enhanced Government Monitoring

Forecasting Metrics with Machine Learning for Government

  • Building Simple Forecasting Models (ARIMA, Prophet, LSTM Introduction) for Government Systems
  • Predicting System Load or Resource Usage in Government Environments
  • Using Predictions for Early Alerting and Scaling Decisions in Government Operations

Integrating Machine Learning with Alerting and Automation for Government

  • Defining Alert Rules Based on Machine Learning Output or Thresholds in Government Systems
  • Using Alertmanager and Notification Routing for Effective Communication in Government
  • Triggering Scripts or Automation Workflows on Anomaly Detection for Efficient Government Operations

Scaling and Operationalizing AIOps in Government

  • Integrating External Observability Tools (e.g., ELK Stack, Moogsoft, Dynatrace) for Comprehensive Monitoring in Government
  • Operationalizing Machine Learning Models in Observability Pipelines for Government Efficiency
  • Best Practices for AIOps at Scale in Government Operations

Summary and Next Steps for Government

Requirements

  • An understanding of system monitoring and observability concepts for government.
  • Experience using Grafana or Prometheus in a professional setting.
  • Familiarity with Python and foundational machine learning principles.

Audience

  • Observability engineers within federal agencies.
  • Infrastructure and DevOps teams for government entities.
  • Monitoring platform architects and site reliability engineers (SREs) in public sector organizations.
 14 Hours

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