The sensor isn’t the hard part — getting alerts into your protocol is

Facilities people ask me who installs the vape sensor. Fair question. The next one is quieter and usually harder: when it alerts, who does what?

I get that question through RCI Solutions from school divisions, districts, colleges, universities, and public buildings. None of them run the same playbook. Buy hardware that ignores that and you end up with another dashboard nobody trusts.

The work happens in blind spots

In BC, the problem sits where staff can’t easily see it—washrooms, odd corridors, common areas. CAMH’s 2023 Ontario study put daily student vaping at 13.4%. BC teams are under the same kind of pressure in those spaces.

Bullying and student distress show up there too. Gear that only catches half the problem—or that cries wolf for perfume and cleaning chemicals—makes people stop answering alerts. That isn’t laziness. It’s self-preservation.

What the box has to do

Piera Systems, out of Mississauga, builds monitors that watch gases and particles in real time. Their Canāree IX6 is meant to catch vaping and smoking fast, tell you where and when and how long, and flag sustained noise that might need a staff check—without recording audio or video.

Privacy folks care about that last bit. You’re looking for a pattern that needs a human, not a tape of kids in a washroom. SenseiAQ shows air scores and vape/smoke alerts. It can stand alone or talk to building and security systems when policy allows. Signage can mark vape-free zones so students know the space is monitored.

Piera says the sensors can tell vape and smoke aerosols from perfume and other chemicals. That’s their claim. Yours is simpler: an alert only helps if it lands in a process your division already owns.

Most RFPs skip the protocol

Tech alone doesn’t fix this. Install, protocols, and someone accountable do. Through RCI I walk the site, talk to the people who live with the building, and map the outcomes you want against the process you already use.

Before anyone opens a wall, I want answers to:

• Who gets the first ping—facilities, admin, campus security, or a night contractor?

• What’s the expected response during school hours vs after hours?

• How do you handle the same washroom lighting up again without turning every alert into a crisis meeting?

• Who reviews false alarms so staff don’t learn to ignore the system?

• Does this run on its own, or does it need to talk to what you already have?

Those answers change by division and building. Fitting the install to them is protocol-aware delivery—not a slide deck after the purchase order.

Install has to match how you respond

Hardware is half the job. Sensors need to sit where incidents actually happen. Power and data have to run clean. Alerts have to route the way your division already responds. Electrical work has to pass inspection the first time—not after you reopen the same wall twice.

On Piera work in BC, MEK Canada handles the electrical side: survey, design, install, tie-in. I hold the rollout through RCI—site audit, stakeholder interviews, protocol alignment, commissioning. You’re not left juggling a sensor vendor, a loose electrical quote, and a consultant who vanishes after the PO.

Ontario funded this. BC still needs delivery.

Piera’s Canāree IX6 is on Ontario’s Vendor of Record list for the provincial Vape Detectors and Building Safety Initiative. That covers funding and deployment for Ontario schools—install, maintenance, signage, related security hardware—through Supply Ontario. Here’s the CNW announcement.

BC doesn’t get there by photocopying a brochure. You need the same accountability with people who know local buildings and local playbooks. That’s the conversation I’m having with facilities teams looking at Piera. It’s not a bid document, and I’m not claiming BC already has Ontario’s funding program.

If you’re looking at this now

Start with those protocol questions. Then read how I scope Piera for BC through RCI—site audit, supply through CQIL, one person accountable through delivery. Install detail is on the MEK Canada page. Manufacturer specs are at pierasystems.com.

Tell me the campus or district, who owns facilities, and how alerts are supposed to move today. I’ll tell you straight whether a pilot, one building, or a wider rollout is worth a deeper look.

CAMH figure and product details as cited on my Piera BC page. Ontario VOR: CNW. Detection claims are Piera’s, not independent tests I ran.