Zeos
The first operating system with proprioception.
One image. Boots on any hardware. Discovers what it has. Measures what it can do. Optimizes for exactly where it woke up. No editions. No drivers. No configuration.
Boot Sequence
Silicon Identity
TSC fires. Process variation makes every chip unique. Before the OS knows what board it's on, it knows what chip it's running on.
Bus Discovery
PCIe scan, I2C scan, SPI scan, USB enumeration, GPIO characterization, memory topology. Everything connected.
Capability Profile
Silicon identity + bus discovery = what I am, what I have, what I can do. One image, every machine unique.
Continuous Self-Monitoring
Discovery never stops. A core heats up, capability adjusts. A device is plugged in, the signal graph extends. The machine never stops feeling itself.
Subsystems
Hardware Telemetry
Proprioception. The OS measures its own silicon — every core, every accelerator, every bus. Continuously. Real-time, not spec sheets.
- →Per-core characterization at boot and continuously after
- →Automatic device discovery and capability profiling
- →Measured performance, not manufacturer ratings
- →The machine tunes itself for its actual silicon
Component History
Every component carries a living record of its real-world behavior. Hardware moves between machines and the knowledge travels with it.
- →Performance profiles learned over time
- →Aging trends and predictive failure detection
- →Automatic synergy discovery between devices
- →Identity persists through hardware changes
AI Routing
AI models are nodes in the signal graph. Inference routes to the best available hardware automatically based on measured capability.
- →Hot-swap models at runtime, no restart
- →Cascading experts — each stage refines the signal
- →Routing informed by real-time hardware profiles
- →Heterogeneous accelerators unified under one model
Vault
Signal-aware storage. Not a database. A living data surface that emits, ages, and responds to queries across multiple modes.
- →Key-value, search, vector similarity, append-only, ledger
- →Temporal awareness — TTL, retention, decay are native
- →Storage emits signals on change and under pressure
- →Atomic transactions for financial-grade integrity
What it replaces
| Old World | Zeos |
|---|---|
| Device trees | Automatic discovery |
| Board support packages | Signal contracts |
| Platform-specific kernels | One image |
| Hardware abstraction layers | Direct signal graph |
| Driver databases | Contract matching |
| Separate editions | One OS that knows what it is |
| Manual configuration | Boot and it figures it out |
| Conservative frequency binning | Per-core measured optimization |
| Thermal throttling (reactive) | Thermal sliding (proactive, smooth) |
| systemd (1.4M LOC) | Signal graph resolution |