A production-grade monitoring stack for Blockchain Nodes (Bitcoin, Monero) and Infrastructure.
This project provides a containerized observability solution for tracking the health, uptime, and performance of crypto nodes running on the same underlying bare-metal hardware. It leverages Prometheus for metric scraping and Grafana for visualization, orchestrated via Docker Compose.
- Multi-Chain Support: Pre-configured scraping for Bitcoin Core and Monero nodes.
- Infrastructure Monitoring: Real-time tracking of CPU, RAM, Disk I/O, and Network traffic via Node Exporter.
- Containerized Architecture: One-command deployment using Docker Compose.
- Optimized Configuration:
This configuration uses a 15s global scrape interval to balance resolution with storage costs. It separates 'System Metrics' (CPU/RAM) from 'Chain Metrics' (Block Height) to optimize load, as blockchain states change slower than system resources.
- Prometheus: Time-series database for metric collection.
- Grafana: Visualization and alerting dashboard.
- Node Exporter: Hardware and OS metrics.
- Bitcoin-Prometheus-Exporter: RPC-based metrics for Bitcoin Core.
- Monero-Exporter: Metrics for Monero Daemon (monerod).
- Docker & Docker Compose: Container orchestration.
- Docker & Docker Compose installed.
- Running instances of
bitcoindandmonerod(optional, exporters will retry connection).
- Clone the repository
git clone https://github.com/CryptoAI-Jedi/node-health-monitor.git cd node-health-monitor - Start the Stack
docker-compose up -d
- Access the Dashboards
- Grafana: http://localhost:3000 (Default login: admin / admin)
- Prometheus: http://localhost:9090
Configuration Details
- prometheus.yml: Defines scrape jobs and intervals.
- docker-compose.yml: Orchestrates the service mesh and networking.
Future Roadmap
- Add Alertmanager for Telegram/Slack/Discord notifications on peer drop.
- Integrate ASIC mining fleet stats via custom Python gateway.
- Create a unified "Ops Center" dashboard panel.
Maintained by CryptoAI-Jedi