That’s an excellent question.
What we see is that the high risk is really in the electronics. This is in hardware and software. Most of the legislative work we've done is in that direction. If you get down to rare minerals, which is also a very key issue, those are low-risk components. From where I sit, in a role of supply chain security, we don't need to be worried about electronic backdoors hidden in raw minerals, because they're fundamental elements. When we get up to semiconductors, processors and memory code, this is where electronic backdoors can exist. That's the level at which we believe this needs to be legislated.
As engineers, we believe that where something is designed is more important than where it is manufactured. To your point about what we should do inside CUSMA, I think we need to look at rules around where these electronics were designed. If they come into Canada and they get put in a different box with a different label on it, that doesn't change where those electronics were designed. It does not in any way change the risk profile.
That would be my recommendation to CUSMA: Look at where these electronics were designed. We actually have a whole risk matrix profile that Nuvation helped develop. I co-chair a cybersecurity committee inside NAATBatt. We help develop regulations and guidelines on how to measure where things are designed, and the risk that comes with that, rather than where something is manufactured, because there's moderate incremental risk with that.