situation
The operational problem
High-mix battery assembly needs repeatability and traceability without turning every station into a custom integration project.
example architecture / advanced manufacturing
Cells, fixtures, torque, inspection, and traceability connect into one controlled module line.
Material buffers hold matched components, robot cells handle repeatable assembly, tool plugins apply process actions, vision verifies placement, and GridOS links every event to the module record.
Matched cell buffer
Material Buffer
Assembly robot
Robot Cell
Torque / dispense tool
Tool Plugin
Placement inspection
Vision Node
Validated station
Safety Layer
Module genealogy
GridOS
Process escalation
TechConnect
advanced manufacturing
runtime animation
physical flow
3 active nodes in this architecture.
proof layer
1 active node in this architecture.
control plane
2 active nodes in this architecture.
support loop
1 active node in this architecture.
situation
High-mix battery assembly needs repeatability and traceability without turning every station into a custom integration project.
how the primitives combine
Buffers stage matched components against the active module recipe.
Robot cells execute assembly actions while tool plugins record process parameters.
Vision nodes inspect placement and surface defects before downstream work continues.
GridOS builds module genealogy from material, process, inspection, and safety events.
Support workflows catch repeated torque, dispense, or placement faults.
value
primitive stack
Storage
Live WIP, bins, racks, and pallets as factory memory.
Open primitiveCompute
Managed work capacity that generates production data.
Open primitiveFunctions
Reusable process capability for fast changeovers.
Open primitiveSensors
Inspection, identity, guidance, and defect memory at the edge.
Open primitiveSecurity
Local safety and control for reconfigurable automation.
Open primitiveControl Plane
The execution layer that turns cells into a factory intelligence network.
Open primitiveSupport
Remote experts, diagnostics, and AI playbooks attached to every cell.
Open primitivemore examples
precision manufacturing
One operator supervises multiple machines while robots handle repetitive load and unload work.
Open examplediscrete manufacturing
Every shipped part leaves with inspection evidence, lot context, and a searchable defect trail.
Open examplefactory logistics
Material moves from stores to line-side buffers before operators run out.
Open exampleelectronics and assembly
Kits arrive complete, sequenced, and verified before the assembly cell needs them.
Open example