User Tools

Site Tools


foundation:requestserver

Differences

This shows you the differences between two versions of the page.

Link to this comparison view

Both sides previous revisionPrevious revision
Next revision
Previous revision
foundation:requestserver [2025/12/20 15:20] privacyl0stfoundation:requestserver [Unknown date] (current) – removed - external edit (Unknown date) 127.0.0.1
Line 1: Line 1:
-====== Requests Server VM (Overseerr) ====== 
-This virtual machine is the **request hub** of the Trash Panda ecosystem. It handles user requests, monitors media availability, and communicates with Plex to manage library additions. While it is **internet-adjacent**, it is designed to remain isolated in the DMZ for security. Proper VM design ensures **predictable performance and safe exposure**.\\   
- 
-This page covers **only the VM setup and deployment**. Installation and configuration of Overseerr itself are covered in their own guide.\\   
- 
-===== Role of This VM in the Ecosystem ===== 
-The Overseerr VM:\\   
-  * Handles user media requests   
-  * Communicates with Plex for library updates   
-  * Interfaces indirectly with download/automation VMs   
-  * Lives in the DMZ to allow controlled external access   
- 
-By isolating this service into a dedicated VM, we:\\   
-  * Reduce risk if exposed services are compromised   
-  * Simplify troubleshooting   
-  * Avoid interference with internal automation services   
-  * Gain predictable performance characteristics   
- 
-This VM should operate quietly in the background and remain **reachable but contained**.   
- 
-===== Base Operating System ===== 
-  * **Ubuntu Server 24.04 LTS**   
-  * Minimal installation (no desktop environment)   
-  * Automatic security updates enabled   
- 
-Ubuntu LTS provides:\\   
-  * Long-term security support   
-  * Strong community documentation   
-  * Stability for long-running services   
- 
-This VM should run **headless** and be administered via SSH.   
- 
-===== Virtual Hardware Allocation ===== 
- 
-==== Memory (RAM) ==== 
-  * **4 GB RAM (fixed allocation)**   
- 
-Why 4 GB?\\   
-  * Overseerr is lightweight but benefits from headroom during API polling   
-  * Prevents swap pressure when processing multiple simultaneous requests   
- 
-Avoid memory overcommit to maintain responsiveness.   
- 
-==== CPU Allocation ==== 
-  * **2 vCPUs**   
- 
-Request handling is:\\   
-  * Light and bursty   
-  * Sensitive to latency   
-  * Not CPU-intensive for sustained periods   
- 
-Two vCPUs provide sufficient parallelism without wasting host resources.   
- 
-==== Storage Allocation ==== 
-  * **30 GB virtual disk**   
-  * Thin provisioned (recommended)   
- 
-This storage is used for:\\   
-  * OS and system packages   
-  * Overseerr application and dependencies   
-  * Configuration, database, and logs   
- 
-**No media is stored here.** Media resides on NAS storage accessed via internal automation services.   
- 
-===== Network Configuration ===== 
-This VM requires **one network interface**, purpose-built for controlled exposure.\\   
- 
-==== NIC 1 — DMZ VLAN ==== 
-Purpose:\\   
-  * Serve web interface to internal and (optionally) external users   
-  * Communicate with Plex and automation VMs   
-  * Outbound access for updates and API calls   
- 
-Characteristics:\\   
-  * Standard MTU (1500)   
-  * Routed through firewall   
-  * Static IP or DHCP reservation recommended   
- 
-Placing the VM in the DMZ ensures:\\   
-  * Isolation from internal LAN services   
-  * Controlled exposure to users   
-  * Minimal attack surface   
- 
-===== VMware Workstation Pro Configuration Notes ===== 
-Assuming VMware Workstation Pro 17:\\   
-  * Attach a single virtual network adapter   
-  * Bind to the physical NIC connected to the DMZ VLAN   
-  * Disable unnecessary virtual hardware (sound, USB, etc.)   
-  * Use VMXNET3 adapters for best performance   
- 
-Do **not** connect this VM to the Primary LAN VLAN.   
- 
-===== Design Philosophy Recap ===== 
-This VM is designed to be:\\   
-  * Quiet   
-  * Predictable   
-  * Disposable if needed   
-  * Easy to rebuild   
- 
-If it ever fails, you should be able to:\\   
-1. Recreate the VM\\   
-2. Restore Overseerr configuration\\   
-3. Resume request handling   
- 
-No irreplaceable data should live on the VM itself.   
- 
-===== What Comes Next ===== 
-Once the VM is deployed and reachable:\\   
-  * Install Overseerr (native to OS)   
-  * Configure firewall rules for DMZ exposure   
-  * Integrate with Plex and automation VMs   
-  * Configure backups and monitoring   
- 
-Each of these topics is covered in their respective guides.\\   
- 
-A well-configured Overseerr VM **does its job quietly** — even if users never notice it. 
  
foundation/requestserver.1766244044.txt.gz · Last modified: by privacyl0st