When something goes wrong with a batch, the clock starts immediately.
Ingredients, containers and finished product move through dozens of touchpoints before they leave the building. Joanus tracks every one of them automatically - so when you need to trace a problem, you're not reconstructing it from paperwork.
The problem
A contamination issue isn't really about what was produced. It's about what it touched, where it went, and what else might be affected. Most food manufacturers can answer the first question easily and the second two slowly - through logs, batch sheets, and people trying to remember which pallet went where. That delay is where a small recall becomes a large one.
It's not that the process is badly designed. It's that it was built around people doing the right thing at the right moment, every single time, under normal conditions. Contamination events rarely happen under normal conditions. They happen at pace, under pressure, when the paper trail is exactly what nobody has time to chase.
Why manual tracking breaks down here specifically
Food production has more handoffs than almost any other environment - raw ingredient, container, batch, packaging line, cold store, dispatch. Every handoff is a place where a scan gets missed, a label gets misread, or a record gets entered against the wrong batch. None of these are dramatic failures on their own. Stacked together across a full production run, they're the reason a "quick trace" takes two days instead of twenty minutes.
How Joanus helps
Joanus tags ingredients, containers, pallets and finished goods, then reads them automatically as they move through your production process - no manual scanning, no relying on a form being filled in correctly. The result is a movement history that already exists the moment you need it, instead of one you have to build under pressure.
Because the read happens automatically at each defined point, the record is continuous rather than a series of manual snapshots. That matters most exactly when it's needed most: mid-recall, when someone is asking "what else did this touch?" and the honest answer needs to come in minutes, not days.
Applications
- Ingredient and container tracking
- Pallet and returnable packaging tracking
- Production-process visibility, stage to stage
- Cold-chain and controlled-area monitoring
- Rapid identification of affected product
- Recall scope management
- Crate and tote tracking
What this means for your operation
- Smaller, faster recalls - trace affected product by minutes, not days, and stop a recall from growing wider than it needs to be
- Audit-ready records - a defensible movement history without reconstructing it from paperwork after the fact
- Less manual admin - fewer scans, fewer forms, fewer places for human error to enter the record
- Confidence under pressure - the trace is already there when a regulator, customer, or auditor asks for it
"Know where your products have been
- before you need to know."
Note: Joanus identifies tagged pallets and containers as they pass each defined reader point, giving a continuous handling history rather than continuous GPS-style location tracking.
Frequently asked questions
How is this different from barcode scanning?
Barcodes require a person to scan every item, one at a time, with line of sight. Joanus reads tagged items automatically as they pass defined points, without anyone stopping to scan - which is the difference between a record that's mostly complete and one that's actually complete.
Can Joanus work in a cold-chain or refrigerated environment?
Yes - Joanus is used for cold-chain and controlled-area monitoring, tracking movement into and out of these zones without requiring tags or readers to be handled differently in cold conditions.
Does this replace our existing batch traceability system?
No - Joanus sits inside your existing traceability approach, adding automatic, continuous movement data rather than replacing the systems you already use to manage quality and compliance.
How quickly could we trace a contaminated batch after installation?
Once tagging and reader points are in place, movement history is available immediately going forward - the improvement in trace speed is realised from day one of tagged production.
What happens if a container is opened when it shouldn't be?
Joanus can flag unexpected events like this as an exception, so it's identified at the time it happens rather than discovered later during an audit or investigation.
Also in this section
