The light switch in Keirstead’s palm looks, feels, and clicks like any other switch, but the back of the plastic product is flat — not a single wire exposed. Instead, power controllers and switches communicate using a radio frequency at home. When the resident is away, they can still control the switches on their phone with Levven’s app, since its gateway also plugs into the home’s Internet router. Levven could eliminate about 30 per cent of wiring in a home, saving money and labour, and increasing sustainability through the use of less copper.
“Everything we are doing is trying to reduce cost so we can go in and compete against regular, wired switches,” says the CEO, speaking over the buzz of busy factory machines. Beside him a little circuit board goes through what he calls “an oven” that fuses together all its parts. It comes out the back end of the machine, still warm, its miniscule components looking like pin drops. These go through an automated inspection machine examining each of the tiny components for fault detection in mere seconds and “gets it right every time,” he says.
Keirstead opens the Levven Controls app on his phone. It displays icons for all 40 of his home’s lights. He can turn them on and off, dim them, set them to timers, and just about everything else you can expect with home automation.
Making Electronic Hardware is Fairly Simple
It only took two years to go from concept to prototype. Stitching together 60 or 70 wireless devices on a single network — that’s the hard part. It’s “a lot of traffic” to control, says Keirstead. With no comparables, Levven had to invent a software that prolongs the lifespan of a typical battery so that homeowners don’t have to replace them for nearly a decade. Next, he developed encrypted security to prevent someone from hacking into a home’s light network. And on, and on, for another four years, until the hardware and software were user-friendly.
And that’s not counting the factory machinery, which dropped more components than it placed when they started. “I had to replace the entire line,” he says. “Even these machines will be updated, because we need faster equipment to keep up with the demand.”