system concept

One system. From product definition to production ramp.

MatterGrid joins factory-definition workspaces, GridOS contracts, capability modules, and delivery partners into one factory-development platform.

Follow the factory system Open module catalog

factory development system

One production system. Seven visible gates.

Product intent becomes a running factory through definition, architecture, simulation, module contracts, build, commissioning, and ramp.

investment decision

Is this the right production system for the product and demand?

physical result

A coordinated factory that passes acceptance and reaches stable output.

retained value

A digital factory record that can be changed, supported, and repeated.

factory workspaces

One factory definition. Shared by every team.

The workspaces are views into one production-system model, so product, process, quality, sourcing, controls, and launch do not lose context.

what this layer does

Keep product intent, capacity, architecture, simulation, supplier readiness, and ramp decisions in one executable record.

Product Model

BOM, variants, demand, takt, quality, and launch assumptions.

Capacity Studio

Processes, cycle budgets, labour, buffers, and equipment count.

Factory Layout

Line architecture, material flow, utilities, safety, and expansion.

Virtual Commissioning

Simulation, controls validation, recovery, and synthetic scenarios.

Launch Command

Supplier readiness, FAT, SAT, quality evidence, and acceptance.

Ramp Observatory

Output gaps, stops, containment, playbooks, and expert action.

GridOS control plane

The contract between factory intent and physical equipment.

GridOS starts before machine purchase, defines how modules join the factory, and becomes the operating record through commissioning and ramp.

what this layer does

Normalize what every module must expose, preserve why the system was designed that way, and give people or agents safe context.

Capability registry

What production must do, independent of the selected machine.

Module contracts

Physical, utility, material, control, data, and performance rules.

Factory event model

Process, equipment, quality, material, energy, and support events.

Recipe and configuration

Versioned product intent for people, controls, and agents.

Integration APIs

PLCs, MES, ERP, WMS, QMS, and partner modules.

Evidence and acceptance

Traceability, tests, deviations, FAT/SAT, and ramp records.

physical and partner layer

A factory is assembled from capabilities, not logos.

Each capability can have several equipment implementations, but every implementation must satisfy the same factory contracts.

what this layer does

Combine proven modules with tooling, safety, fabrication, installation, spares, and local support as one production system.

Capability modules

Receive, present, load, join, inspect, test, pack, and handle.

Material-flow system

Kitting, buffers, line feeding, handoffs, WIP, and quarantine.

Factory Core

Edge cabinet, network, gateways, safety, energy, and backup.

Safety and recovery

Zones, interlocks, safe states, risk files, and validation.

Tooling and fixtures

Nests, grippers, feeders, process heads, and changeover kits.

Partner build network

Equipment, fabrication, installation, spares, and local support.

compounding advantage

The first factory should make the next one easier.

Every launch should leave behind a better capability graph, module contract, supplier route, simulation record, ramp playbook, cost model, and agent context.

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