Add multi-server support and update docs

Introduce multi-server architecture documentation and reorganize README content. Top-level README now documents Core vs Remote server roles, links to local docs instead of wiki pages, and highlights Traefik/Sablier multi-server behavior. docker-compose/README.md was rewritten to be a template-style reference with single- and multi-server deployment guidance, Traefik label examples, and sablier usage; dockge README was moved into docker-compose/dockge/. docker-compose/core/README.md was updated to describe core responsibilities, shared CA artifacts, and startup order for multi-server deployments. Several obsolete/duplicated docs and action reports were removed and a new multi-server deployment doc was added to centralize on-demand/remote service guidance. Overall this cleans up legacy docs and documents the multi-server workflow and TLS/shared-CA requirements.
This commit is contained in:
kelinfoxy
2026-02-05 22:30:52 -05:00
parent 84b2cabacc
commit 5cbb106160
27 changed files with 803 additions and 3300 deletions

View File

@@ -11,43 +11,67 @@ Your homelab is a **Docker-based infrastructure** that automatically:
- Updates itself
- Backs up your data
- Monitors system health
- **Scales across multiple servers**
Everything runs in **containers** - like lightweight virtual machines - that are orchestrated by **Docker Compose** and managed through the **Dockge** web interface.
## Single-Server vs Multi-Server
EZ-Homelab supports two deployment architectures:
### Single Server
- All services run on one machine
- Traefik and Sablier manage local services only
- Simplest setup for homelab beginners
- Ideal for: Single desktop/server, all services in one place
### Multi-Server
- **Core Server**: Handles external traffic (ports 80/443), runs DuckDNS/Traefik/Authelia
- **Remote Servers**: Run their own Traefik/Sablier for local container management
- Unified domain access: All services through `service.yourdomain.com`
- Servers communicate via HTTP/HTTPS (no Docker API TLS needed)
- Ideal for: Raspberry Pi clusters, NAS + desktop, distributed workloads
**This guide covers both architectures**, with multi-server notes where relevant.
## Core Components
### 🏠 **Homepage Dashboard** (`https://home.yourdomain.duckdns.org`)
### 🏠 **Homepage Dashboard** (`https://homepage.yourdomain.duckdns.org`)
Your central hub for accessing all services. Think of it as the "start menu" for your homelab.
- **What it does**: Shows all your deployed services with quick links
- **AI Integration**: The AI can automatically add new services and configure widgets
- **Customization**: Add weather, system stats, and service-specific widgets
- **Configuration**: [docker-compose/dashboards/](docker-compose/dashboards/) | [service-docs/homepage.md](service-docs/homepage.md)
### 🐳 **Dockge** (`https://dockge.yourdomain.duckdns.org`)
### 🐳 **Dockge** (`https://dockge.servername.yourdomain.duckdns.org`)
Your primary management interface for deploying and managing services.
- **What it does**: Web-based Docker Compose manager
- **Stacks**: Groups services into logical units (media, monitoring, productivity)
- **One-Click Deploy**: Upload compose files and deploy instantly
- **Configuration**: [docker-compose/infrastructure/](docker-compose/infrastructure/) | [service-docs/dockge.md](service-docs/dockge.md)
- **Multi-Server**: Deploy on core or remote servers from one interface
- **Configuration**: [docker-compose/dockge/](docker-compose/dockge/) | [service-docs/dockge.md](service-docs/dockge.md)
### 🔐 **Authelia** (`https://auth.yourdomain.duckdns.org`)
Your security gatekeeper that protects sensitive services.
- **What it does**: Single sign-on (SSO) authentication
- **Security**: Two-factor authentication, session management
- **Smart Bypass**: Automatically bypasses auth for media apps (Plex, Jellyfin)
- **Multi-Server**: Core server only; protects all services across all servers
- **Configuration**: [docker-compose/core/](docker-compose/core/) | [service-docs/authelia.md](service-docs/authelia.md)
### 🌐 **Traefik** (`https://traefik.yourdomain.duckdns.org`)
### 🌐 **Traefik** (`https://traefik.servername.yourdomain.duckdns.org`)
Your intelligent traffic director and SSL certificate manager.
- **What it does**: Reverse proxy that routes web traffic to the right services
- **SSL**: Automatically obtains and renews free HTTPS certificates
- **Labels**: Services "advertise" themselves to Traefik via Docker labels
- **Multi-Server**: Core uses multi-provider (labels + YAML files); remote servers use labels only
- **Configuration**: [docker-compose/core/](docker-compose/core/) | [service-docs/traefik.md](service-docs/traefik.md)
### 🦆 **DuckDNS**
Your dynamic DNS service that gives your homelab a consistent domain name.
- **What it does**: Updates `yourdomain.duckdns.org` to point to your home IP
- **Integration**: Works with Traefik to get wildcard SSL certificates
- **Multi-Server**: Core server only (one domain for all servers)
- **Configuration**: [docker-compose/core/](docker-compose/core/) | [service-docs/duckdns.md](service-docs/duckdns.md)
### 🛡️ **Gluetun (VPN)**
@@ -75,17 +99,26 @@ Your download traffic protector.
## Network Architecture
### Internal Networks
### Internal Networks (Per Server)
- **`traefik-network`**: All web-facing services connect here
- **`homelab-network`**: Internal service communication
- **`media-network`**: Media services (Plex, Jellyfin, etc.)
- **VPN Networks**: Download services route through Gluetun
### External Access
**Single Server:**
- **Port 80/443**: Only Traefik exposes these to the internet
- **Domain**: `*.yourdomain.duckdns.org` points to your home
- **SSL**: Wildcard certificate covers all subdomains automatically
**Multi-Server:**
- **Core Server Ports**: Only core forwards 80/443 to internet
- **Remote Servers**: No port forwarding needed; accessed through core
- **Traffic Flow**: Internet → Core Traefik → Remote Traefik → Service
- **SSL**: Core handles all SSL termination
- **Unified Domain**: `service.yourdomain.com` works for all servers
## Storage Strategy
### Configuration Files
@@ -123,6 +156,44 @@ Some services start **on-demand** to save resources:
- **How it works**: Service starts when you first access it
- **Benefits**: Saves RAM and CPU when services aren't in use
- **Configuration**: AI manages the lazy loading rules
- **Multi-Server**: Each server runs its own Sablier for LOCAL container management
## Multi-Server Architecture (Optional)
If you deploy across multiple servers:
### Core Server Responsibilities
- **External Traffic**: Only server with ports 80/443 forwarded
- **SSL Termination**: Handles all HTTPS certificates
- **SSO Gateway**: Authelia protects all services across servers
- **DNS Updates**: DuckDNS points domain to this server
- **Route Configuration**: Traefik YAML files route to remote servers
### Remote Server Responsibilities
- **Local Services**: Runs media, downloads, or specialized workloads
- **Local Management**: Own Traefik and Sablier instances
- **Internal Access**: Services listen on Docker networks only
- **Lazy Loading**: Sablier starts/stops containers locally
### Traffic Flow Example
```
User requests: https://sonarr.yourdomain.com
1. Internet → Core Server (ports 80/443)
2. Core Traefik → Authelia (check login)
3. Core Traefik → Remote Server (http://192.168.1.100:8989)
4. Remote Traefik → Sablier (is service running?)
5. Remote Sablier → Starts Container (if needed)
6. Service Response → Back through chain to user
```
### Setup Process
1. **Core**: Deploy with `ez-homelab.sh` option 1 or 2
2. **Remote**: Deploy with `ez-homelab.sh` option 3 per server
3. **Configure**: Add external YAML files on core for remote services
4. **Access**: All services available through core domain
See [Ondemand-Remote-Services.md](Ondemand-Remote-Services.md) for detailed setup.
## Monitoring & Maintenance
@@ -154,53 +225,19 @@ Some services start **on-demand** to save resources:
## Scaling & Customization
### Adding Services
**Single Server:**
- **Pre-built**: [50+ services](services-overview.md) ready to deploy
- **Custom**: AI can create configurations for any Docker service
- **External**: Proxy services on other devices (Raspberry Pi, NAS)
- **External Devices**: Proxy services on Raspberry Pi, NAS via Traefik YAML files
**Multi-Server:**
- **Remote Services**: Deploy on any server with Traefik labels
- **Core Routing**: Add external YAML file on core to route traffic
- **Unified Access**: All services appear under same domain
- **See**: [Ondemand-Remote-Services.md](Ondemand-Remote-Services.md) for patterns
### Resource Management
- **Limits**: CPU, memory, and I/O limits prevent resource exhaustion
- **Reservations**: Guaranteed minimum resources
- **GPU Support**: Automatic NVIDIA GPU detection and configuration
## Troubleshooting Philosophy
- **Logs First**: Every service provides detailed logs. The AI can help analyze them.
- **Isolation Testing**: Deploy services one at a time to identify conflicts.
- **Configuration Validation**: AI validates Docker Compose syntax before deployment.
- **Rollback Ready**: Previous configurations are preserved for quick recovery.
## Getting Help
### Documentation Links
- **[Automated Setup](automated-setup.md)**: Step-by-step deployment
- **[SSL Certificates](ssl-certificates.md)**: HTTPS configuration details
- **[Post-Setup](post-setup.md)**: What to do after deployment
- **[AI VS Code Setup](ai-vscode-setup.md)**: Configure AI assistance
- **[AI Management Prompts](ai-management-prompts.md)**: Example commands for AI assistant
- **[Services Overview](../docs/services-overview.md)**: All available services
- **[Docker Guidelines](../docs/docker-guidelines.md)**: Technical details
### AI Assistance
- **In VS Code**: Use GitHub Copilot Chat for instant help
- **Examples**:
- "Add a new service to my homelab"
- "Fix SSL certificate issues"
- "Configure backup for my data"
- "Set up monitoring dashboard"
### Community Resources
- **GitHub Issues**: Report bugs or request features
- **Discussions**: Ask questions and share configurations
- **Wiki**: Community-contributed guides and tutorials
## Architecture Summary
Your homelab follows these principles:
- **Infrastructure as Code**: Everything defined in files
- **GitOps**: Version control for all configurations
- **Security First**: SSO protection by default
- **AI-Assisted**: Intelligent management and troubleshooting
- **Production Ready**: Monitoring, backups, and high availability
The result is a powerful, secure, and easy-to-manage homelab that grows with your needs!