Skip to main content
Sign In

Use case

Track & Trace

A recall question lands, and the answer lives in three systems, two spreadsheets and a binder.

01 · Customer pain

Traceability by reconstruction.

Which lots went into which batch, on which machine, under which conditions, shipped to whom: the data exists, but scattered across ERP, MES, machines and paper.

When an audit or recall asks the question, teams spend days reconstructing what a connected system could answer in minutes, and the exposure window stays wide open the whole time.

Genealogy gaps between systems

Material moves are recorded in ERP, process steps in MES, machine conditions nowhere; the chain has holes.

Paper travelers, manual scans

Handwritten lot numbers and missed scan points break the chain exactly where it matters.

Recalls scoped by worst case

When you cannot prove which units are affected, you recall everything that might be.

Audit answers take days

Every compliance request becomes a cross-system research project.

02 · Outcome first

An unbroken chain, captured as it happens.

FlowFuse wires the capture points together: scanners, machines, MES and ERP feed one genealogy record per unit or batch, with process context attached at every step.

Compliance

Recall scope in minutes, not days

Forward and backward trace from any lot, unit or shipment, with evidence attached.

Quality

Process context on every step

Not just where a unit went, but the conditions it was produced under.

Financial

Smaller recalls, faster audits

Precise scoping replaces worst-case recalls; audit requests become queries.

03 · How it works

How FlowFuse builds genealogy and traceability.

Traceability is one record per unit, written as production happens rather than reconstructed afterwards. This is how the chain breaks down and which FlowFuse pattern carries it.

Software pattern

Data-driven application

The genealogy record is the application. Which capture points exist, and what each contributes to the chain, is configuration rather than wiring, so a new process step is a data change.

Read the pattern in the docs
End-to-end architecture for track and trace: identity assigned at the first step, capture points along the line writing into one genealogy record with process context, queryable forwards and backwards for recalls and audits.
Placeholder diagram, pending art request. Identity assigned once, every capture point writing into a single genealogy record with process context attached, queryable in both directions.

The individual pieces

01

Assign identity once

A serial, lot or batch identity created at the first step and carried forward. Everything else hangs off it.

02

Capture each step at the edge

Scanners, machines and station PLCs report the move as it happens, so there is no gap to reconstruct later.

Docs
03

Attach process context

Not only where a unit went but the conditions it was produced under, captured at the same moment as the move.

04

Write one genealogy record

Material moves from ERP, process steps from MES and machine conditions from the floor land in one chain instead of three systems.

Docs
05

Query forwards and backwards

From any lot, unit or shipment, in either direction, with the evidence attached to the answer.

06

Answer audits as a query

Compliance requests become a lookup against the chain rather than a cross-system research project.

04 · Why this is important

Traceability is insurance you build in advance.

The value shows up on the worst day: a recall, an audit finding, a customer claim.

01

Recall cost scales with uncertainty

Every unit you cannot rule out is a unit you pay to recall. Precision is money.

02

Regulators expect data, not binders

Digital genealogy with process context is becoming the audit baseline in regulated industries.

03

Trace data compounds into insight

The same chain that answers recalls also reveals which conditions produce the best product.

05 · Why off-the-shelf doesn't work

Why the usual approaches stall.

Traceability projects fail on the connections, not the concept.

ERP-only trace

Material moves without process truth

ERP knows what was issued, not what actually happened at the machine.

Monolithic MES

Full-suite rollouts measured in years

Enterprise MES traceability arrives with a multi-year implementation and per-site licensing.

Spreadsheet genealogy

Manual chains break silently

One missed entry and the chain is fiction; nobody notices until it is needed.

06 · With / without FlowFuse

Without FlowFuse

Chain reconstructed on demand

Days of cross-system work per recall or audit question.

Worst-case recall scoping

Recall everything that might be affected.

Capture depends on discipline

Paper and manual scans break the chain silently.

With FlowFuse

Chain captured continuously

Scanners, machines and business systems feed one genealogy record automatically.

Precise scope with evidence

Trace any direction from any point, conditions included.

Capture enforced by flows

Missing steps block or alert in real time instead of surfacing at audit.

07 · Build it with AI

From described to deployed, with the FlowFuse Expert

The FlowFuse Expert works on this use case with you, from capture flows to answering trace questions.

Step 01

Describe it, get a starting flow

Tell the Expert your capture points and systems; it assembles a genealogy starting flow. Currently in open beta on FlowFuse Cloud.

Step 02

Refine with in-editor assistance

Function Builder and completions help with lot-number parsing, joins and record writes to your database or Tables.

Step 03

Ask trace questions in plain language

Expose the genealogy store through MCP tools and query it with Expert's Insights mode (beta): 'which shipments contain lot 4711?'

AI capabilities noted as beta are in open beta on FlowFuse Cloud at time of writing. Placeholder template copy for internal review.

Be ready for the worst day

Talk to an expert about end-to-end traceability, or wire your first capture point today.