VGER owns the actor.
The AI person remains a durable VGER identity, not a prompt session, process id, or model endpoint.
OpenCLAW is one-click live mode for a VGER AI person: a governed, inspectable child agent embodiment that can run on desktop, local server, browser, or mobile-connected environments while identity, memory, authority, audit, and stop controls stay in VGER.
OpenCLAW does not turn a process, prompt session, or model endpoint into a person. The AI identity, memory, authority, and graph relationships remain in VGER while the live runtime can start, stop, move, or change model substrate without breaking continuity.
The AI person remains a durable VGER identity, not a prompt session, process id, or model endpoint.
Launch gives the agent a temporary body for live work while keeping that body governed, inspectable, and revocable.
Local or configured model endpoints power the runtime, but memory and identity stay graph-owned.
Every OpenCLAW launch is admitted through a VGER-owned trust envelope that binds the actor, authority grants, action admission discriminants, namespace, model substrate, route, budget, journal contract, and control surfaces.
Missing trust data is a hard failure.
Plan calls are checked before execution.
ONE access boundaries still apply.
UI visibility does not grant authority.
The first OpenCLAW slice is local and direct: enable it in Cube, choose a model provider, model, and capability preset or custom admission profile, click Launch, then inspect, open, or stop the runtime from the same control surface.
Users run their agent. They do not assemble an agent framework just to get useful autonomy.
Runtime state, route, admission namespace, authority context, and control surfaces are visible where the user launched them.
A running local agent is useful only if the owner can stop it immediately and understand what happened.
Developers can integrate specialized runtimes and UIs through the OpenCLAW admission payload, runtime/action admission model, plan-call bridge, and control surface metadata. They plug into VGER authority; they do not define it.
The runtime receives the admission namespace, trust envelope context, model substrate, route, budget, and journal contract it is allowed to use.
Every action into VGER must pass OpenCLAW admission checks and VGER authority checks before it reaches operation surfaces.
Runtime UI metadata makes status, inspect, open, and stop actions visible without turning interface access into durable authority.
Users do not assemble agents just to get useful autonomy. OpenCLAW is the governed runtime layer for an existing VGER AI person, not a permissionless execution platform.
an agent framework
a developer-first SDK
a plugin marketplace
a generic local model runner
a memory layer inside model weights
That is the difference between a process launcher and a runtime VGER can inspect, govern, and stop.