Monitoring and Observability
ML Model Performance Monitoring
- What you Need to Know
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Model Accuracy and Performance Tracking
- Real-time model performance metrics collection
- Accuracy degradation detection and alerting
- Performance comparison across model versions
- Resources:
- MLflow Model Registry - Model performance tracking and versioning
- Evidently AI - ML model monitoring and testing framework
- Weights & Biases Model Monitoring - Advanced model performance tracking
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Prediction Quality Assessment
- Confidence score monitoring and calibration
- Prediction distribution analysis and outlier detection
- Ground truth collection and delayed feedback handling
- Resources:
- Model Calibration - Probability calibration techniques
- Prediction Monitoring - ML prediction monitoring guide
- Alibi Detect - Outlier and drift detection library
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Business Metrics and KPI Integration
- Connecting model performance to business outcomes
- Revenue impact and conversion rate monitoring
- Customer satisfaction and engagement metrics
- Resources:
- Business Metrics for ML - Business impact measurement
- KPI Monitoring - Business dashboard creation
- A/B Testing Metrics - Statistical significance in business metrics
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Data Drift and Model Drift Detection
- What you Need to Know
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Statistical Drift Detection Methods
- Kolmogorov-Smirnov test for distribution changes
- Population Stability Index (PSI) monitoring
- Jensen-Shannon divergence for distribution comparison
- Resources:
- Data Drift Detection - Statistical drift detection methods
- PSI Monitoring - Population stability index calculation
- Drift Detection Survey - Comprehensive drift detection methods
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Feature Drift Monitoring
- Individual feature distribution monitoring
- Multivariate drift detection techniques
- Feature importance drift and model explanation changes
- Resources:
- Feature Drift Analysis - Evidently feature monitoring
- Multivariate Drift Detection - Maximum Mean Discrepancy for drift
- Feature Importance Monitoring - Feature importance tracking
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Concept Drift and Model Degradation
- Target variable distribution changes
- Model performance degradation patterns
- Adaptive learning and model updating strategies
- Resources:
- Concept Drift Survey - Comprehensive concept drift analysis
- Model Degradation Detection - Model performance monitoring
- Online Learning - Incremental learning framework
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Infrastructure and Application Monitoring
- What you Need to Know
-
System Metrics and Resource Monitoring
- CPU, memory, and GPU utilization tracking
- Network I/O and storage performance monitoring
- Container and pod resource consumption
- Resources:
- Prometheus Monitoring - Metrics collection and alerting system
- Grafana Visualization - Metrics dashboards and visualization
- Kubernetes Metrics - K8s resource monitoring
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Application Performance Monitoring (APM)
- Request latency and throughput tracking
- Error rate monitoring and alerting
- Distributed tracing for ML service dependencies
- Resources:
- Jaeger Tracing - Distributed tracing system
- OpenTelemetry - Observability framework
- New Relic APM - Application performance monitoring
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Log Aggregation and Analysis
- Centralized logging with ELK stack
- Structured logging for ML applications
- Log-based alerting and anomaly detection
- Resources:
- Elasticsearch - Search and analytics engine
- Logstash - Data processing pipeline
- Kibana - Data visualization and exploration
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Alerting and Incident Response
- What you Need to Know
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Alert Design and Configuration
- Threshold-based and anomaly-based alerting
- Alert fatigue prevention and noise reduction
- Multi-level alerting and escalation policies
- Resources:
- Alerting Best Practices - Google's alerting philosophy
- PagerDuty Alerting - Alert management and escalation
- Prometheus Alerting - Metrics-based alerting
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Incident Response for ML Systems
- ML-specific incident classification and response
- Model rollback and emergency procedures
- Post-incident analysis and learning
- Resources:
- Incident Response Guide - Incident management best practices
- SRE Incident Management - Google SRE incident practices
- ML Incident Response - Twitter's ML infrastructure incidents
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Runbooks and Automation
- Automated incident response and remediation
- Runbook creation and maintenance
- Chatops integration for incident management
- Resources:
- Runbook Automation - Netflix incident management platform
- Ansible for Incident Response - Automation for incident remediation
- ChatOps Best Practices - Chat-based operations
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Observability for Distributed ML Systems
- What you Need to Know
-
Distributed Tracing for ML Pipelines
- Request tracing across ML service boundaries
- Pipeline execution tracing and dependency mapping
- Performance bottleneck identification
- Resources:
- OpenTelemetry Tracing - Distributed tracing instrumentation
- Jaeger for ML - Tracing ML service interactions
- Zipkin Documentation - Distributed tracing system
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Service Mesh Observability
- Istio telemetry and service communication monitoring
- Service-to-service authentication and authorization
- Traffic management and canary deployment monitoring
- Resources:
- Istio Observability - Service mesh monitoring
- Linkerd Observability - Lightweight service mesh monitoring
- Consul Connect - Service mesh observability
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Cost Monitoring and Optimization
- What you Need to Know
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Cloud Cost Tracking for ML Workloads
- Resource tagging and cost allocation strategies
- GPU and compute cost monitoring
- Training vs inference cost analysis
- Resources:
- AWS Cost Explorer - Cloud cost analysis and optimization
- Google Cloud Billing - GCP cost management and monitoring
- Azure Cost Management - Azure cost optimization
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Resource Optimization Strategies
- Spot instance and preemptible VM usage for training
- Auto-scaling policies for cost optimization
- Resource rightsizing and utilization analysis
- Resources:
- AWS Spot Instances - Cost-effective compute resources
- Kubernetes Resource Management - Container resource optimization
- FinOps for ML - Financial operations for cloud ML
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Ready to Automate Infrastructure? Continue to Module 5: Infrastructure Automation to master scalable ML infrastructure, platform engineering, and advanced automation techniques.