Intelligent Alerting & Notifications

Get notified instantly when issues arise. Smart alert routing, multiple notification channels, and ML-powered anomaly detection ensure you're always informed without alert fatigue.

Bleemeo Status Dashboard - Real-time alert status showing critical issues and warnings across your infrastructure

Alerting Features

Email Alerts

Instant email notifications with detailed context, metrics graphs, and direct links to dashboards.

SMS Notifications

Critical alerts via SMS ensure you're notified even when away from your computer.

Webhook Integration

Send alerts to Slack, PagerDuty, Microsoft Teams, or any webhook-compatible service.

Mobile Push

Native mobile app notifications with one-tap access to metrics and resolution tools.

ML Anomaly Detection

Machine learning identifies unusual patterns automatically, catching issues before they escalate.

Alert Routing

Route alerts to specific teams or individuals based on service, severity, or time of day.

Notification Channels

Email

  • Rich HTML formatting
  • Embedded metric graphs
  • Multiple recipients
  • Thread grouping

SMS

  • Global coverage
  • Critical alerts only
  • Rate limiting
  • Cost control

Webhooks

  • Slack integration
  • PagerDuty support
  • Microsoft Teams
  • Custom endpoints

Mobile App

  • Push notifications
  • In-app details
  • Quick actions
  • Alert history

Complete Event History

Track every event in your infrastructure with a comprehensive timeline. See when alerts triggered, what changed, and how issues were resolved.

  • Real-time event streaming
  • Filterable by service, severity, and time
  • Correlation between related events
  • Export for post-incident analysis
Bleemeo Events Timeline - Complete history of infrastructure events and alerts

Smart Alert Management

Alert Grouping

Related alerts are automatically grouped to reduce notification noise and provide better context.

Escalation Policies

Define multi-level escalation workflows. Alerts escalate automatically if not acknowledged.

Maintenance Windows

Suppress alerts during planned maintenance without disabling monitoring completely.

Alert Dependencies

Prevent alert storms by defining dependencies between services and infrastructure.

Want to go further?

Read the Documentation

Frequently Asked Questions

Everything you need to know about Bleemeo's alerting system

What notification channels are supported?

Bleemeo supports multiple notification channels: Email with rich HTML formatting and embedded metric graphs, SMS for critical alerts with global coverage, Webhooks for integration with Slack, PagerDuty, Microsoft Teams, OpsGenie, and custom endpoints, and Mobile push notifications through the Bleemeo iOS and Android apps. You can configure multiple channels per alert rule.

How do I create alert rules?

Bleemeo provides pre-configured alert rules for common infrastructure issues (high CPU, low disk space, service down, etc.) that activate automatically when you connect servers. For custom alerts, you can define threshold-based rules on any metric with configurable warning and critical levels. Advanced users can use PromQL queries for complex alerting conditions.

What is ML-based anomaly detection?

Bleemeo uses machine learning to automatically detect unusual patterns in your metrics. Rather than requiring static thresholds, the system learns what's "normal" for each metric over time. When behavior deviates significantly from expected patterns, an alert is triggered. This catches issues that would be missed by traditional threshold alerts, like gradual performance degradation or unusual traffic patterns.

Can I route alerts to different teams?

Yes, Bleemeo supports alert routing based on multiple criteria. You can route alerts by service type (database alerts to DBAs, web server alerts to ops), severity level (critical to on-call, warnings to email), time of day (different contacts for business hours vs after-hours), and custom tags. Each route can use different notification channels.

How do I prevent alert fatigue?

Bleemeo includes several features to reduce alert noise: Alert grouping combines related alerts into single notifications, Alert dependencies suppress downstream alerts when root cause issues are detected, Rate limiting prevents notification floods, and Maintenance windows suppress alerts during planned work. These ensure you're notified about real issues without being overwhelmed.

How does alert escalation work?

You can define multi-level escalation policies. If an alert isn't acknowledged within a specified time, it automatically escalates to the next level - perhaps from email to SMS, or from primary on-call to backup. This ensures critical issues don't get lost even if the first responder is unavailable. Each escalation level can have different contacts and channels.

What are maintenance windows?

Maintenance windows let you suppress alerts during planned work. You specify a time range and optionally which hosts or services are affected. Monitoring continues during the window (so you have data), but alerts are held back. This prevents false alarms during deployments, updates, or scheduled maintenance. You can create recurring windows for regular maintenance schedules.

Can I see alert history?

Yes, Bleemeo provides a complete event history showing when alerts triggered, changed state, and resolved. You can filter by service, severity, and time range. This history is valuable for post-incident analysis, understanding recurring issues, and tracking mean time to resolution (MTTR). Events can be exported for reporting or compliance purposes.

Do alerts work with webhooks for custom integrations?

Yes, Bleemeo's webhook integration sends JSON payloads to any HTTP endpoint. The payload includes alert details, metric values, host information, and timestamps. This enables integration with custom ticketing systems, incident management platforms, chat tools, or automation workflows. You can customize which alerts trigger webhooks and to which endpoints.

How fast are alert notifications?

Alert notifications are sent within seconds of an alert condition being detected. Metrics are collected every 10 seconds, and alerts are evaluated continuously. Email and webhook notifications typically arrive within seconds; SMS may take slightly longer depending on carrier. Push notifications to mobile apps are near-instantaneous for users with the app installed.

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