Local Inference Runtime
Quantized local models on detected hardware with bounded load, clean GPU context eviction, and full offline continuity.
Roadmap · implementation not started
Sovereign AI Distribution · J.E. Herizon LLC
Herizon Linux is a planned bootable Linux environment built around portable Herizon contracts. Linux tasks have not started. No VM image, ISO, USB installer, or public build exists.
| Now (P0 Loop) | VM Developer Gate | Hardware Acceptance |
|---|---|---|
| Windows foundation. Complete and accept the Windows assistant foundation first. | Planned after portable contracts: reproducible developer images in disposable VMs with offline recovery and package manifests. | Designated physical hardware qualification (dedicated GPU, display, audio, rollback tests) prior to any public beta. |
A maintainable distribution is not a theme or WSL script. Development is paced by verifiable evidence gates:
Durable local tasks, checked artifacts, and honest provider fallback on the Windows desktop driver.
Semantic task and evidence schemas travel seamlessly across Linux and Windows without copying credentials.
Clean upstream base with Herizon runtime layer, built and tested on disposable VM virtual disks.
Complete license inventory, SBOM compliance, and explicit supported-hardware matrices.
Signed release artifacts, deterministic boot/install/update cycles, and offline recovery without AI assistance.
Quantized local models on detected hardware with bounded load, clean GPU context eviction, and full offline continuity.
Installed-command retrieval and shell assistance with typed execution boundaries—never unrestricted raw model execution.
Voice navigation and window actions operate through explicit desktop capability providers with inspectable preview and undo.
Files, package managers, network tools, and terminal remain first-class. A sovereign computer you can live on, not a kiosk demo.
Public documentation maintains strict fidelity to current engineering reality.
Ask about Herizon Linux.
Private Linux roadmap, P0-P4 phases, speech adapters, and local AI runtime.