refactor: moved org-agent to its own repository as a submodule

projects/personal_server_appliance/README.org

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+#+title: Personal Server Appliance Project
+#+author: Amero Garcia
+#+created: [2026-03-16 Mon 14:05]
+#+begin_comment
+Project documentation for Personal Server Appliance Project
+#+end_comment
+
+* Personal Server Appliance Project
+
+*Goal:** To design and develop a modular personal server appliance, featuring various modules for compute, storage, networking, power, software-defined radio, and audio/video processors. The design aesthetic aims for sleek 10-inch units resembling modern Hi-Fi systems or standard 19-inch rack units.
+
+*Key Concepts:**
+-   *Modularity:** Core design principle, allowing users to select and combine modules based on their needs.
+-   *Modules:**
+    -   Compute
+    -   Storage
+    -   Networking
+    -   Power
+    -   Software-Defined Radio (SDR)
+    -   Audio Processors
+    -   Video Processors
+-   *Form Factor:**
+    -   Sleek 10-inch units (Hi-Fi aesthetic)
+    -   Standard 19-inch rack units
+-   *Openness:** Implicitly open-source for hardware and/or software.
+
+*Initial Scope:**
+-   Defining the inter-module communication standards and power delivery mechanisms.
+-   Researching existing modular server solutions or embedded systems with similar goals.
+-   Conceptualizing the physical design and aesthetic requirements for both form factors.
+-   Identifying potential hardware components for each module.
+
+*Information Needed from Amr:**
+-   Prioritization of modules for initial development (which ones are most critical?).
+-   Specific performance targets or constraints for compute and storage modules.
+-   Desired level of user-serviceability and upgradeability.
+-   Thoughts on the operating system or software stack for the base compute module.
+-   Any aesthetic preferences or specific design inspirations for the 10-inch units.
+
+*Next Steps:**
+1.  Gather Amr's priorities and specific design preferences.
+2.  Begin outlining technical specifications for inter-module interfaces.
+3.  Research available modular hardware platforms.