Temporal Analysis
The Temporal Analysis view provides insights into time-based trends and behaviors in your Kubernetes cluster.
Overview
This analysis focuses on:
- Time Series Analysis: Metrics collected over time
- Behavioral Patterns: Weekly/daily patterns in cluster usage
- Temporal Anomalies: Short-term abnormal behaviors
- Trend Forecasting: Long-term trends prediction
Key Components
Time Series Metrics
- CPU and memory usage over time
- Network traffic patterns
- Persistent storage usage
- Pod creation and deletion rates
Patterns and Trends
- Daily Patterns: Usage starts, peaks, and ends
- Example: Increased usage during work hours
- Weekly Trends: Weekly recurring patterns
- Example: Increased weekend batch processing
Anomaly Detection
- Sudden spikes in usage
- Unexpected drops in resource consumption
- Anomalies in pod lifecycle events
Forecasting and Predictions
- CPU and memory usage forecasting
- Storage needs prediction
- Network demand forecasts
Usage Examples
# Perform temporal analysis
k8s-analyzer analyze --view temporal-analysis
# Focus on specific metrics
k8s-analyzer analyze --view temporal-analysis --metrics cpu,network
# Create trend forecast reports
k8s-analyzer forecast --output report.csv
Integration
Monitoring Tools
- Prometheus for long-term metrics storage
- Grafana for time series visualization
- ML algorithms for anomaly detection and prediction
Automating Forecasts
- CI/CD pipeline integration for scheduled forecasts
- Integration with resource management for proactive scaling
- Alerts based on trend deviations and anomalies
Best Practices
Metrics Collection
- Granular Data: Collect detailed metrics for accuracy
- Diverse Metrics: Cover CPU, memory, network, and storage
- Long-Term Retention: Store historical data for trend identification
Data Usage
- Visualize: Use dashboards for real-time insights
- Automate: Utilize CI/CD for trend-based decisions
- Analyze: Regularly review and adapt resource allocations