alex.dev@portfolio:~$ article

Inside the Agent Emergency Dashboard: How I Built a Real-Time Monitoring System

A behind-the-scenes look at how I created the Agent Emergency Dashboard—a real-time system that monitors devices, logs, servers, and network health using Raspberry Pi, automation scripts, and smart UI design.

Published in Category:

Analysis

Analysis

Security

Security

Published on:

Read time:

a computer generated image of a clock tower
a computer generated image of a clock tower
a computer generated image of a clock tower

What Inspired the Agent Emergency Dashboard

I wanted a unified, futuristic dashboard that could monitor everything in real time—server health, network uptime, notifications, automations, and security events.
Something inspired by tactical UIs seen in movies, but actually functional.
That idea became the foundation for the Agent Emergency Dashboard.

1. Core Technologies Behind the System

The dashboard is powered by a combination of:

  • Raspberry Pi 4 running the backend

  • CasaOS as the container platform

  • Python scripts for data collection

  • Custom endpoints that feed real-time data into widgets

  • Telegram Bot API for instant alerts

  • Uptime Kuma for service health monitoring

Each part works independently, but all together they create a seamless experience.

2. The Data Pipeline

The system collects and processes information such as:

  • CPU, RAM, and temperature monitoring

  • Disk usage and external drive status

  • Service uptime (Nginx, WireGuard, FileBrowser, PiHole, etc.)

  • SSH activity logs

  • Failed login attempts

  • Network latency and public IP changes

This data is pushed into JSON endpoints that the dashboard reads every few seconds.

3. Designing a Smart UI

The UI focuses on being:

  • minimal

  • responsive

  • futuristic

  • inspired by tactical interfaces

Each card includes:

  • icons

  • color-coded states (green/yellow/red)

  • compact metrics

  • quick status indicators

The idea is to get all information in under 3 seconds.

4. Real-Time Alerts with Telegram

A critical feature is the alert system.
The dashboard and scripts forward alerts when:

  • a service crashes

  • a login attempt fails

  • the server temperature spikes

  • a container restarts

  • the network goes offline

These notifications turn the dashboard into a live assistant.

5. Why This Dashboard Matters

This system makes my server setup:

  • safer

  • smarter

  • faster to debug

  • easier to manage

  • more automated

Instead of checking logs manually, I get everything visually and instantly.

6. The Future of the Project

I plan to expand the dashboard with:

  • mobile-optimized UI

  • map-based geolocation alerts

  • smartwatch integration (Galaxy Watch 5 → iPhone 13 → Pi)

  • voice-triggered commands

  • AI-powered anomaly detection

The goal is simple:
a personal control center that evolves with my hardware and automations.

Analysis

5 Minute Read

Building a Real-Time Server Monitor with Raspberry Pi

A step-by-step breakdown of how I built a real-time monitoring system using Raspberry Pi, Telegram alerts, and custom automation tools — designed to track server activity, temperature, and security events.

Analysis

5 Minute Read

Building a Real-Time Server Monitor with Raspberry Pi

A step-by-step breakdown of how I built a real-time monitoring system using Raspberry Pi, Telegram alerts, and custom automation tools — designed to track server activity, temperature, and security events.

Analysis

5 Minute Read

Building a Real-Time Server Monitor with Raspberry Pi

A step-by-step breakdown of how I built a real-time monitoring system using Raspberry Pi, Telegram alerts, and custom automation tools — designed to track server activity, temperature, and security events.

Security

3 Minute Read

Securing Your Home Server: Best Practices for Linux & Raspberry Pi

A practical guide on how I secure my home server setup using Linux hardening, SSH protection, fail2ban rules, and automated alerts — based on real systems I use every day.

Security

3 Minute Read

Securing Your Home Server: Best Practices for Linux & Raspberry Pi

A practical guide on how I secure my home server setup using Linux hardening, SSH protection, fail2ban rules, and automated alerts — based on real systems I use every day.

Security

3 Minute Read

Securing Your Home Server: Best Practices for Linux & Raspberry Pi

A practical guide on how I secure my home server setup using Linux hardening, SSH protection, fail2ban rules, and automated alerts — based on real systems I use every day.

Tutorial

8 Minute Read

Building Your First CasaOS Automation System on Raspberry Pi

A beginner-friendly guide on how I built a clean, stable, and powerful automation system using Raspberry Pi, CasaOS, and custom scripts—perfect for monitoring, remote control, and real-time notifications.

Tutorial

8 Minute Read

Building Your First CasaOS Automation System on Raspberry Pi

A beginner-friendly guide on how I built a clean, stable, and powerful automation system using Raspberry Pi, CasaOS, and custom scripts—perfect for monitoring, remote control, and real-time notifications.

Tutorial

8 Minute Read

Building Your First CasaOS Automation System on Raspberry Pi

A beginner-friendly guide on how I built a clean, stable, and powerful automation system using Raspberry Pi, CasaOS, and custom scripts—perfect for monitoring, remote control, and real-time notifications.

© Nick Gaitan | 2026

v13.1.2026

Create a free website with Framer, the website builder loved by startups, designers and agencies.