Operational Intelligence for Manufacturing
Engineering Intelligence for the physical world.
Turn field motion and data into events, then connect quality, machining, operations, and logistics intelligence to the next action for people and machines.
Engineering Intelligence OS
A factory does not need one more system. It needs operations to flow.
Operational gaps
The field never stops. Important events and the next action often appear too late.
Find the delay while there is still time to respond.
Bring risky tool moves out of the code and into view.
Share demand before the line begins to wait.
Make expert judgment easier to share and repeat.
Field-first design
Start with the line as it is. Keep the equipment, workflow, and people already creating value. Make the event visible first, connect one next action, and automate only after the value is proven.
Minimal intervention / Maximum clarity
A factory does not need one more system. It needs operations to flow.
Keep the equipment, workflow, and experience that already create value.
Make the event visible and reliable before automating the response.
Turn each event into a clear guide, alert, call, or review.
Automate repetition. Keep approval and exceptions human.
Certified core boundary
Flowmatic does not force-replace safety control, specialist CAM, precision metrology, or systems of record. It connects observation, context, priority, workflow, evidence, and confirmation between them.
Keep E-stop, interlocks, and certified safety control in the existing layer.
Keep complex toolpath generation in specialist CAM and connect the field review workflow.
Keep micron-level acceptance in dedicated metrology; Vision supports screening and triage.
Keep the system of record and connect only the adapters and Event layer required.
How Flowmatic works
Flowmatic uses one operating logic: observe the signal, turn it into an event, connect a next action, and confirm the response.
READ THE FIELD
CREATE AN EVENT
DATA INEVENTSELECT THE NEXT ACTION
EVENT INACTIONCONFIRM THE RESPONSE
ACTION INCLOSEDFactory Operating Intelligence
Quality, Machining, Operations, and Logistics Intelligence share Manufacturing Context and an Event language.
Working prototype
01Connect inspection evidence and LOT context to loss, priority, work, effect verification, and recurrence.
Integration in progress
02Unify NC, CT, compensation, work standards, and tool information in one machining context.
Functional MVP / internal validation
03Track purchasing, consumables, tool economics, and labor in production context and surface anomaly candidates.
Prototype integration
04Turn material demand into work, assign it to people, forklifts, or AMRs, and confirm actual input.
Shared context → Event Core → Control Tower
The four domains first align on Shared Manufacturing Context, then connect through Event Core. Control Tower is the planned integrated supervision layer above that foundation.
Explore the platform architectureManufacturing Context
FactoryAreaLineGroupEquipmentProductLOTToolWorkerTaskMaterialTimeIntegration foundation
Stable identity and mapping for factory, equipment, product, LOT, tool, work, material, and time.
Next integration layer
The next layer that normalizes domain signals into common Event, State, Context, and Linkage.
Prototype
The current upper shell for shared Factory, Group, and Period context plus module launch and aggregation.
Planned integrated supervision
The planned layer for cross-domain loss, risk, priority, and next-action supervision.
Component hierarchy
Built evidence
Public demos, working prototypes, and internally validated MVPs are labeled as they are.
Public demo
Local browser theoretical-time analysis plus a separate desktop engineering prototype.
InspectFunctional prototype
Model-free camera cycle intelligence; field validation remains ongoing.
InspectWorking prototype
Connect evidence to priority, work, effect verification, and recurrence.
InspectFunctional MVP / internal validation
Connect purchasing, consumption, labor, Tracked Operational Cost, and anomaly candidates.
InspectDeployment modes
Field-first deployment
Read the existing factory's motion, documents, NC, and work methods to reconstruct an operating model.
Deployment architecture / future expansion
A future-expansion architecture that designs Process, Quality, Material, Work, and Control Event models before stabilization.
Five-stage integration roadmap
Validate Quality, NC, CT, Operations, Operator, and Fleet prototypes within each domain.
Close the internal context and workflows of Machining, Operations, and Logistics intelligence.
Connect common identity, Event schema, and cross-domain linkage.
Integrate cross-domain loss, risk, priority, and next-action supervision.
Define Brownfield Factory→Model and future Greenfield Model→Factory deployment templates.
Pilot approach
Pick cycle complete, path risk, work step, tool shortage, or material demand.
Check camera, NC file, operator input, reference data, or interface.
Connect one alert, review, guide, or call.
Use the agreed KPI to decide whether to continue.
Deployment architecture, data location, retention, access control, and integration scope are confirmed during pilot design.
Contact
Share the problem, available input signals, and target KPI. We will turn them into a focused pilot scope.
