A standard first, a machine second.

OCM — Open Cell Module — is an open standard: an assembly cell described as machine-readable manifests, in three layers. A component is transcribed from its datasheet. A module declares which components it contains, how they are wired, and what the assembly does. A cell declares which modules are present and how they connect.

Cellwright is Accel Solutions' implementation of that standard — the software that reads the manifests and generates what runs the cell: the collision scene, the robot program, the PLC sequence, the tag list, the cycle-time estimate. Two names, because a standard that shares its name with its only implementation cannot honestly claim to be independently implementable.

The thesis is narrow enough to be tested: if every fact has exactly one home and that home is machine-readable, everything downstream can be generated. If it holds, the cell takes 40 hours instead of 400. If it does not, this is just a nice open frame design — so proving it is job number one, and it is provable on a laptop.

An AI agent is a first-class reader of all three layers, through the same API the GUI uses. Where the manifests are incomplete it gets a refusal rather than a plausible guess — and that refusal is the human's completion list.

That is also why the mechanical design comes fourth. We already know how to build a frame; six months of steel and servos would leave the actual risk completely untouched.