Why PackGuruThe knowledge moat

Built on the factory floor. Not in a software office

PackGuru was built by people who spent years maintaining and improving the machines your operators run every day. That produced a kind of knowledge no software company can buy — and it changes what you should demand from any system you put on your line

01 / Eight things the floor teaches you

Ten years on the line, condensed

Each one took real breakdowns to learn. Each one is also a question worth asking any vendor who says "AI for manufacturing"

01

When Robot 2 and 3 absorb load from Robot 1, it's a vacuum leak — not a sensor fault

The failing robot doesn't alarm. It just slows, and its neighbours quietly pick up the work. Generic monitoring sees "all robots running". Someone who has replaced those hoses sees a leak with weeks of warning.

Ask your vendor: how does the system tell a vacuum leak from a sensor fault — before either throws an alarm?
02

Foam interlayers from closure boxes clog vacuum pumps gradually — with no visible signal

No sensor watches for foam dust. The pump degrades over weeks, then a full stop lands mid-shift. The only early evidence is a pattern in pick-time data that you recognise only if you know what caused it last time.

Ask your vendor: can it catch a failure mode that has no dedicated sensor and no alarm code?
03

A cap-sorter spring dies by cycle count, not by calendar

Service plans say "quarterly". The spring says "every N million cycles" — and a high-SKU line hits N at unpredictable dates. One spring replaced before failure saves more than 6,000 bottles. Replaced after, it costs a shift.

Ask your vendor: does maintenance scheduling count machine cycles, or does it just read the calendar?
04

The line ran perfectly on Friday. It's underperforming today. Something changed — find it

Ninety-nine times out of a hundred it's a parameter: a setpoint nudged during a night shift, a recipe loaded for the wrong SKU variant. The fix isn't diagnostics — it's a diff against the last known-good configuration.

Ask your vendor: can it show every parameter difference between now and the last time the line ran at target?
05

Operators don't read manuals. They watch the person next to them — or a video

Every binder on the line is pristine because nobody opens it. Knowledge actually moves by demonstration. If the system's answer to a stuck operator is a PDF, the system will not be used after week two.

Ask your vendor: what exactly does the operator see at the machine, in their language, at the moment they're stuck?
06

Declared changeover: 30 minutes. Measured: 47

Nobody is lying — the paper form starts when the operator remembers to start it. Machine signals don't forget. The 17-minute gap, times three changeovers a day, is a hidden line's worth of capacity across a plant.

Ask your vendor: does changeover time come from machine state signals, or from what people write down?
07

The factory that lets a vendor open inbound firewall ports has bigger problems than downtime

Production networks are attacked through exactly this door. Data can leave a factory through a one-way DMZ bridge on port 443 — nothing has to come back in. Any architecture that needs more is a risk transferred to you.

Ask your vendor: how many inbound ports does the OT network need open? The right answer is zero.
08

The biggest loss on a cosmetics line has no alarm code at all

Breakdowns get meetings. Speed loss gets nothing — 17 quiet minutes per running hour of micro-stops, slow ramp-ups after changeover, lines pacing themselves down around a struggling module. It's the largest single loss and the least measured.

Ask your vendor: what does the system measure between alarms — when everything is officially "running"?
Delta pick robots on a cosmetics packaging line — the floor PackGuru was built on
[ the floor it was built on ]
02 / Why this can't be copied

That knowledge took years of deployments to accumulate. No software company can buy it

PackGuru doesn't monitor generic "machine signals". It knows what a vacuum pump failure looks like before your sensors do — because the people who built it spent a decade fixing the machines it now watches. Every deployment adds machine-level patterns no competitor sitting in a software office can replicate

Bring these eight questions to any vendor. Including us

We'll answer all eight on your line, with your machines' data.