āš™ļø

ARR STACK DEPLOYMENT ENGINE (PROXMOX LCX)

Self-Guided Guide • Portainer vs. Docker Compose Deployment Pipelines

CONTAINER_OS: Debian 12 / Ubuntu 22.04
SYS_TIME: 00:00:00
NESTING_REQ: ENABLED (nesting=1)

SIMULATED ENVIRONMENT RUNTIME STATE

Toggle this global controller to view terminal maps and system health telemetry transition from an empty environment to an active stack.

Module Initialization: The Proxmox LCX Foundation

To run an efficient home server media pipeline, deploying inside an unprivileged **Linux Container (LCX)** on Proxmox VE offers near-native hardware speed with minimal RAM waste. Because Docker applications require isolation, the container configuration files must be modified to permit system nesting features prior to initializing package dependencies.

DOCKER_ENGINE
ACTIVE

Docker CE daemon running smoothly on host socket endpoints.

STACK_PROVISIONING
EMPTY_BASE

Pre-requisite files installed. Awaiting runtime app definitions.

ACTIVE_CONTAINERS
0 CONTAINERS

No Arr service modules running within active network bridges.

šŸ“ƒ PROXMOX LCX PRE-REQUISITES

1. Create a container using an **Ubuntu 22.04** or **Debian 12** template. Uncheck the "Unprivileged container" box if configuring direct NFS mounts, or keep it checked and enable **Nesting** under Options -> Features.

2. Access the Proxmox host terminal and verify nesting permissions are active by inspecting your container schema settings profile file: cat /etc/pve/lxc/[YOUR_ID].conf

SYSTEM BOOTSTRAP COMMANDS

Execute inside the LCX console to set up your environment base:

# Update system packages
apt update && apt upgrade -y
# Fast-track Docker installation via convenience script
curl -fsSL https://get.docker.com -o get-docker.sh && sh get-docker.sh
> TARGET STATUS:

Docker baseline verified. Choose an administrative deployment strategy using the tabs above.