louislam/uptime-kuma
Uptime Kuma
Uptime Kuma is a self-hosted monitoring platform designed to track the availability and performance of network services and websites. It functions as a centralized dashboard that executes asynchronous health checks on a scheduled interval, providing real-time visibility into infrastructure health and service uptime.
The platform distinguishes itself through a dedicated notification engine that dispatches alerts across multiple third-party messaging services, alongside a public status page generator that allows users to communicate service health and historical metrics via custom domains. Its architecture utilizes a reactive, single-page interface that maintains persistent bidirectional connections with the server to push live status updates without requiring manual page refreshes.
The system is built for flexible deployment, supporting containerized environments, native package installations, and bare-metal execution. It manages monitoring configurations and historical data using a local, file-based relational database, while a decoupled abstraction layer ensures that alert delivery logic remains independent of the core monitoring engine.
Features
- Service Monitors - Tracks the operational availability of network endpoints and system services across diverse infrastructure environments.
- Monitoring and Observability - Collects system telemetry through scheduled health checks and automated status reporting.
- Performance Visualization - Visualizes real-time performance metrics and service latency through an intuitive, centralized dashboard.
- Public Status Pages - Generates customizable, public-facing interfaces that communicate historical uptime and current service health to end users.
- Service Uptime Monitors - Monitors web service uptime to trigger automated alerts immediately during detected outages.
- Container Orchestration - Coordinates multi-service environments by managing persistent volumes and environment variables within containerized infrastructure.
- Compose Orchestrations - Simplifies service dependency management and network configuration within containerized orchestration environments.
- Standalone Container Deployments - Executes as a standalone container with support for custom port mapping and data persistence without requiring cluster overhead.
- Containerized Services - Bundles all application components and dependencies into a container for consistent deployment and persistent storage management.
- Incident Communication Pages - Broadcasts real-time availability updates to stakeholders through dedicated status pages during maintenance or outages.
- Operational Health and Alerting - Dispatches real-time incident alerts across multiple communication protocols to maintain operational awareness.
- Automated Alerting Workflows - Configures multi-channel notification workflows to instantly alert engineering teams about critical operational events.
- Databases & Data - Uptime monitoring tool.
- Monitoring - Self-hosted monitoring tool for services.
- Monitoring and Status - Self-hosted monitoring tool with a modern UI.
- Monitoring Systems - Self-hosted monitoring tool with notification support.
- Self-Hosted Status Pages - Self-hosted monitoring tool with a built-in status page.
- Network Security Analysis - Self-hosted tool for monitoring service uptime.
- Relational - Utilizes a lightweight relational database to store monitoring configurations and historical uptime data locally.
- Background Daemons - Operates as a persistent background process to handle autonomous task scheduling and network monitoring independently.
- Infrastructure Health Observability - Maintains visibility into the operational status of distributed systems to facilitate proactive maintenance and troubleshooting.
- Native Packages - Packages software for native distribution on Linux systems to simplify dependency resolution and local service registration.
- Container Deployment Updaters - Automates the lifecycle of containerized services by pulling updated images and performing clean restarts to ensure continuous operation.
- Managed Cloud Deployments - Facilitates deployment on cloud platforms by leveraging scalable infrastructure and managed environments for consistent service availability.
- Native Deployment Methods - Supports native execution on host operating systems by managing dependencies and runtime processes without containerization.
- Notification Abstraction Layers - Decouples alert delivery logic from the core monitoring engine by providing a unified interface for diverse messaging services.
- WebSockets - Maintains persistent bidirectional connections to push live status updates to clients without requiring manual polling.
- Single-Page Applications - Delivers a reactive single-page interface that consumes a JSON API to manage monitoring tasks and dynamic dashboards.
- Service Status Notifications - Triggers automated notifications for service status changes across integrated messaging and email platforms.
