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The Complete Guide to Database Monitoring and Alerts

Set up comprehensive monitoring for your databases with threshold alerts, anomaly detection, and automated incident response.

James Okonkwo· Developer AdvocateDecember 27, 20259 min read

Why Monitor Your Database?

Your database is the foundation of your application. When it slows down or goes offline, everything downstream suffers. Proactive monitoring catches problems before they affect users, reduces mean-time-to-resolution, and provides the data you need for capacity planning.

Key Metrics to Track

Focus on these categories:

- Performance: query latency (p50, p95, p99), transactions per second, connection pool utilization. - Resources: CPU, memory, disk I/O, storage capacity. - Replication: lag, slot status, WAL generation rate. - Application-level: slow queries, lock contention, deadlocks.

Setting Up Alerts

With AI for Database, you can define alerts in natural language: "Alert me when the average query latency exceeds 500ms over a 5-minute window." The system translates this into a monitoring rule, evaluates it continuously, and sends notifications via Slack, email, or webhook.

Anomaly Detection

Static thresholds miss gradual degradation. AI-powered anomaly detection learns normal patterns for each metric and flags deviations. If your query latency normally spikes at 9 AM but today it spiked at 3 AM, the system recognizes this as unusual and alerts you.

Automated Incident Response

Combine monitoring with workflows to automate responses. When disk usage exceeds 85%, automatically trigger a log rotation job. When replication lag exceeds 10 seconds, page the on-call engineer and create an incident ticket. These automations reduce toil and ensure consistent response procedures.

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