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Omega provides a robust, typed, and declarative approach to extending the Omarchy desktop environment using Rust. By treating your configuration as a standard Cargo workspace, Omega enables developers to write widgets, controls, and automations as independent Rust crates. This architecture ensures that each plugin runs in its own separate process, meaning a crash in one plugin does not bring down the entire shell, thereby enhancing system stability. The framework bridges the gap between user-defined plugins and the underlying system state. Omega supervises these processes and brokers shared system integrations, allowing your Rust code to focus on describing what should be displayed and how interactions should behave. The configuration is highly structured: the `system/` directory defines the desktop layout and automations, while individual crates under `units/` implement specific plugins. These plugins expose libraries that allow the system declaration to reference their settings and surfaces through strong Rust types, ensuring compile-time safety and consistency. A key feature of Omega is its ability to manage the shell configuration itself. Once adopted, a Rust declaration becomes the source of truth for the entire `shell.json` file. This allows for a seamless integration of native Omarchy widgets and custom Omega plugins within a single layout. The `omega` CLI facilitates this workflow with commands like `omega init` for setting up the workspace, `omega new` for scaffolding plugin crates, and `omega build` for compiling and activating configurations. Advanced commands such as `omega shell diff` and `omega shell apply` help manage conflicts between external edits and the generated configuration, ensuring that the declarative nature of the setup is maintained. Developers can create interactive UIs using declarative views. For instance, a widget can hold typed references to system states (like `Audio` or `Volume`), and commands can be defined to modify these states. Omega automatically derives the necessary subscriptions and permissions from these type definitions. The framework also supports hot-reloading during development via `omega build --watch`, and provides tools for inspecting the daemon status, logs, and plugin health through the command line. This makes Omega a powerful tool for users who want deep, programmatic control over their desktop environment while leveraging the safety and performance of Rust.