Thank you to the committee members and chair for having us today to speak to this crisis and give our perspective as technology suppliers.
The APMA represents hundreds of suppliers to original equipment manufacturers of vehicles in Canada and around the world. That's hardware and software, some of which is used in vehicle security.
Some of those advanced technologies Mr. Kingston articulated are in high demand among automakers sourcing them in Canada. The industry in Canada ships $35 billion worth of parts and systems a year, and we're a major international player. The industry suppliers, whether hard or soft, bid every car with the best technology available in the year of supply—meaning that, when Mr. Kingston's members are looking for the best cybersecurity, immobilizers and hardware to help with the security of vehicles, Canadian companies are well placed to do this and vend into that process every single year. The process is usually this: An automaker looks for specific engineering specs, and companies bid on them.
Advanced companies in this country came together to build Project Arrow—an all-Canadian vehicle prototype sourced and built entirely in Canada. On that vehicle, we demonstrated a series of technologies. A company called Myant out of Toronto did textile computing in the steering wheel and seats, which helps track the vitals and biometrics of drivers and passengers. Companies like Cybeats are on the leading edge of cybersecurity in software and building materials on the vehicle. When a vehicle is stolen, those types of technologies come into play for the owner, the company that assembled that vehicle and law enforcement.
We bid, from Canada, the best tech to assembly around the world, but we're mostly focused on North America. As you might expect, the competitive advantage when you own unique IP is that none of it is ever open source. You're not out advertising how that security technology works, because, for it to work, you also need to be discreet about it.
I'll close with a personal story that helps articulate where we are here.
I've had two vehicles stolen from me. One was in 1998 in a purely analogue world. The car was presumably hot-wired and taken off a lot, and that was the end of that. The insurance paid me out. I worked with the local police service to get the reporting to the insurance.
Very recently, in 2024, I had another vehicle stolen and the process was a bit different. This vehicle was plated in Ontario but stolen from a storage facility in the U.S. The thieves broke into the facility to get the keys. When law enforcement responded, their priority was the break-in. The vehicle was secondary, although we got to the vehicle in the reports within a day. I reported to the insurance company. Then I reported to the Ministry of Transportation in Ontario that a vehicle with Ontario plates was stolen. Then I worked with the automaker, which has its own GPS tracking, in order to give permission to the police to track the vehicle. It's two to three days for that process. By that point....
This is the only product that can get itself away from the scene of the crime in a unique fashion. It's very difficult to figure out where the vehicle is, especially if thieves are just as technically inclined as the companies that assembled it and immobilized those pieces.
It is a crisis, and we all own a part of it. I've spoken many times on this. Canadian technology suppliers and automotive suppliers are ready, willing and very actively demonstrating this technology and selling it to automakers around the world.
For us, the key is to create the environment and the funding for law enforcement to tackle this global issue. Ours is a small window of what's happening around the world in organized criminal activity in a very lucrative market. The product is gone rather quickly, and even the most earnest law enforcement and coordination amongst the industry takes a day or two or three.
Thank you.