Your computer. More freedom to make it yours.
An operating-system project exploring familiar applications, isolated responsibilities, and a desktop that can recover when one part goes wrong.
Explore how it works ↓Explore the project
Read the project notes and follow the source material for more detail.
Explore the concept
Interactive architecture console and multi-runtime matrix visualizer demonstrating Go PID 1 orchestration, wlroots Wayland compositing, and declarative constraint solving.
The design, in more detail
Definition
An experimental operating system architecture combining a Go-based PID 1 supervisor, wlroots Wayland compositor, and multi-runtime bridges (Wine, Waydroid) with declarative constraint solving.
The problem
Modern computing is fractured into corporate walled gardens. Developers and operators must maintain multiple physical machines or run sluggish, memory-hogging virtual machines just to run platform-specific software. Furthermore, traditional OS supervisors rely on naive polling loops (PIDs, CPU ticks) that fail to detect semantic UI deadlocks or window pipeline freezes.
The approach
Omni OS replaces the passive best-effort model with a Declarative Constraint-Solver Reasoning Engine. Subsystems publish immutable, generation-tracked evidence snapshots to /run/omni/evidence/. An event-driven solver continuously verifies abstract semantic contracts (display boundaries, session preservation, viewport fit), diagnosing root causes and executing surgical capability graph repairs before escalating to restarts.
How it works
- Sovereign Exokernel Init: Custom-hardened Linux kernel boots into a compiled Go orchestrator as PID 1, managing daemons, watchdogs, and capability graphs.
- Custom wlroots Compositor: Low-latency C Wayland compositor managing hardware-accelerated surface presentation across X11, Wayland, and runtime emulators.
- Multi-Runtime Execution Matrix: Natively bridges Win32 (Wine 9.0 Pro), Android (Waydroid container), and Darwin (Darling Mach-O) directly to Wayland surfaces without hypervisors.
- Declarative Constraint-Solver Engine: Eliminates polling loops; evaluates semantic obligations from immutable JSON snapshots in /run/omni/evidence/ upon filesystem commit.
- Tiered Glass UI Shell: Primary Glassmorphic desktop surface engineered in Tauri + React, paired with an automated fallback to a Tier 3 native Skia/Softbuffer renderer.
Project notes
- Init PID 1
- Compiled Go Exokernel
- Unified Runtimes
- Win32 · Android · Darwin · Linux
- Compositor
- Custom C wlroots
- Supervisor
- Declarative Constraint Solver
Development history & next steps
Exokernel Conception
Prototyped Go-based PID 1 init daemon and low-latency C wlroots Wayland surface binding.
Multi-Runtime Unification
Integrated Wine, Waydroid, and Darling IPC sockets into unified glassmorphic compositor.
Constraint-Solver Migration
Replaced passive process monitoring with declarative semantic contract reasoning engine.
What comes next
Finalizing automated hardware profiling via Vanguard sentinel and releasing reproducible live ISO USB flashing builds.
Source material & related links
Follow the available source material and related sites for this project.
A guided illustration of the proposed supervisor and component relationships.
Topics: Operating System · Bare-Metal · Go · Wayland · wlroots · Constraint Solver · Rust