Building My Raspberry Pi Infrastructure Monitoring Dashboard

Designing a lightweight infrastructure monitoring platform using Python, Flask, Docker and Linux.

July 2026 • 8 min read

Python • Flask • Docker • Linux • Nginx

Project Overview

Project	Raspberry Pi Infrastructure Monitoring Dashboard
Purpose	Provide a lightweight monitoring platform for home infrastructure and services.
Platform	Raspberry Pi 4 running Debian Linux
Technology Stack	Python, Flask, Docker, Nginx, HTML and CSS
Status	Active development
Repository	GitHub (coming soon)

Introduction

Home infrastructure tends to grow organically over time. Small servers, Docker containers, network devices and automation projects often become critical components that need visibility and monitoring.

I wanted to build a lightweight monitoring platform that provided a single view of my environment without introducing the complexity of a large enterprise monitoring stack.

The Problem

The goal was to create a simple dashboard that could provide visibility into the health of my Raspberry Pi environment, including:

CPU utilisation
Memory usage
Disk utilisation
System temperature
Docker containers
Running services
Network device availability
System uptime and history

Solution Architecture

                 Browser
                     │
                HTTPS / TLS
                     │
              Nginx Web Server
                     │
         Flask Monitoring Dashboard
      ┌────────────┼────────────┐
      │            │            │
 Linux Metrics   Docker API   Network Devices
      │            │            │
 CPU / RAM     Containers     Ping Checks
 Temperature   Services       Smart Devices

Technology Stack

Operating System: Debian/Linux
Backend: Python Flask
Frontend: HTML, CSS and JavaScript
Containers: Docker
Web Server: Nginx
Monitoring: Linux system APIs and Python libraries

Key Features

Real-time CPU, memory and disk monitoring
Temperature monitoring with health thresholds
Docker container visibility
Service status monitoring
Network device availability checks
System reboot history
Operational log visibility

Security Considerations

Although this was designed for a home environment, security principles were considered throughout the design.

Running behind Nginx rather than exposing the application directly
Limiting unnecessary services
Following least privilege principles
Avoiding unnecessary external dependencies
Monitoring system health and operational changes

Challenges and Lessons Learned

One of the biggest challenges was balancing visibility with resource usage. Monitoring tools themselves consume resources, especially on lightweight hardware.

The project reinforced the importance of building practical solutions: collecting the right metrics, understanding the environment and avoiding unnecessary complexity.

Future Improvements

Historical metrics storage
Alerting and notifications
Prometheus and Grafana integration
Role-based access control
Additional automation features

Conclusion

This project has become a foundation for my home infrastructure monitoring and a practical example of how lightweight engineering solutions can provide valuable operational visibility.