Live demo · 45 minutes

See Arpuro running on realistic industrial data.

Forty-five minutes with one of our engineers. We open our demo environment — the same platform our customers run, on a dataset built from real industrial conditions — walk you through how the sensor calibrates to your dust, and answer the awkward technical questions. Mostly live system. Slides for context, and yours to keep.

Demo site · Representative data
2.31mg/m³
Sample · 15 s · Respirable fraction
What we'll cover045 / min
01

The dashboard, on representative furnace data.

Open Arpuro's demo environment — the same platform our customers run, with a dataset modelled on real metallurgical conditions. Live PM₁/₂.₅/₁₀ readings, alerts, the views operators actually use day to day.

12 min
02

Calibration for your dust.

Different furnaces produce different particle distributions. We walk through how the AI connector retunes the sensor against your gravimetric reference samples.

10 min
03

What a pilot looks like — and what it costs.

Hardware, install, the 8-week reference period, what we need from your team. Real numbers, not a "starting from" range.

10 min
04

Your technical questions.

Humidity. High-temp stack conditions. Calibration drift. Data sovereignty. The things our PDF pamphlets don't answer.

13 min
Or just send a message instead
Geir Kulia

Geir Kulia

Founder, Arpuro Labs Signal Analysis Lab, NTNU

45 minlive demo
Google Meet or Teams
Spinoff from
NTNU
Mechatronics Innovation Lab, Grimstad
Built for
Heavy industry
Smelters, furnaces, cement, mining
IP status
Patent pending
PCT/EP2025/052264
Sensor accuracy
Reference-grade
Independent confidence report (2023) — available on request