A lightning-fast, unified web dashboard to manage your Proxmox Virtual Environment (PVE), Proxmox Backup Server (PBS), and Proxmox Mail Gateway (PMG) from a single, clean interface.

Built entirely with native APIs—no slow iframes, no CORS issues.

✨ Features

💻 Proxmox VE (PVE)

Live Metrics: Real-time CPU, RAM, and Network monitoring using Chart.js.
VM / LXC Lifecycle Management: Start, Stop, Reboot, Delete, and Create Virtual Machines and LXC containers directly from the dashboard.
Smart NoVNC-Console: Seamlessly integrated popout console to bypass Iframe-CORS restrictions.
Hardware & Network Config: Add Network Interfaces (NICs) and expand Virtual Disks on the fly.
Backup & Snapshots: Take snapshots, roll back to previous states, and trigger manual vzdump backups.

💾 Proxmox Backup Server (PBS)

Live Datastore Monitoring: Keep track of your storage capacity across all PBS nodes.
Snapshot Explorer: Browse through your backups with full namespace support.
System Jobs Overview: Monitor Garbage Collection, Prune, and Verify tasks.
Sync Jobs: Quick overview of all configured synchronization tasks.
Task Log Viewer: Read PBS task logs directly in your browser.

📧 Proxmox Mail Gateway (PMG)

Spam Quarantine: View, delete, or deliver quarantined emails across all your PMG instances.
Mail Queue Tracking: Inspect Active, Deferred, and Hold Postfix queues.
Tracking Center: Advanced Syslog parser to track email delivery statuses.
Configuration Editor: Manage Default Relays, External/Internal Ports, TLS settings, Trusted Networks, and Relay Domains.
SSL Management: View expiring certificates and deploy new PEM/KEY pairs with a single click.

⚙️ System & Security

Unified Multi-Node Management: Connect unlimited PVE, PBS, and PMG instances via API tokens.
Granular User Roles: Admin, VM-Manager, and Viewer roles. Restrict specific VMs to specific users.
Task Scheduler: Built-in cron system to automate operations (e.g., node or VM reboots at night).
Audit Log: Comprehensive tracking of all user actions (creation, deletion, configuration changes).
Secure by Default: Auto-generated Self-Signed SSL out of the box (Port 443).

📦 Quickstart (Docker & Portainer)

Die Installation erfolgt am einfachsten über Docker Compose. Die Applikation bringt einen eigenen Apache-Webserver mit und generiert sich automatisch ein SSL-Zertifikat für HTTPS.

1. docker-compose.yml anlegen:

version: '3.8'

services:
  pve-dashboard:
    image: stessmann/proxmox-unified-console:latest
    container_name: puc_dashboard
    restart: unless-stopped
    ports:
      - "8080:80"
      - "8443:443" 
    volumes:
      - ./data:/var/www/data
    environment:
      - TZ=Europe/Berlin

2. Starten:
Bash

docker compose up -d

3. ⚠️ WICHTIG: Rechte für SQLite anpassen:
Da der Container als Benutzer www-data (UID 33) läuft, der neu erstellte Volume-Ordner auf dem Host aber oft root gehört, muss dem Ordner die Schreibberechtigung erteilt werden. Führe im Verzeichnis der Compose-Datei aus:
Bash

sudo chown -R 33:33 ./data
sudo chmod -R 775 ./data

4. Login:
Rufe https://<DEINE-IP>:8443 in deinem Browser auf (Zertifikatswarnung ignorieren).

    Benutzername: admin

    Passwort: admin (Bitte direkt nach dem Einloggen oben rechts über das 🔑-Symbol ändern!)

🛠️ Architecture

    Backend: PHP 8.2 with a custom, modular API Router (api_pve.php, api_pbs.php, api_pmg.php).

    Database: SQLite (Stored securely in the mapped ./data volume).

    Frontend: Vanilla JavaScript + Tailwind CSS (Zero heavy build steps required).

    Environment: Fully containerized via Docker and docker-compose.

🤝 Contributing

Pull requests are welcome. For major changes, please open an issue first to discuss what you would like to change.
📄 License

MIT