This gives us a legal basis to do what we would need to do for reverse-engineering, but it's the most expensive path. For a single platform it costs between $800,000 and $1 million to develop a full technical system that duplicates everything that the tractor systems already do, to plug in, in parallel and switch one in or out, depending on if our product's attached or someone else's is. This is not viable. The farmer doesn't want this. You don't want to hack your keyboard to pieces to plug it into your laptop one wire by one wire, key by key. You just want to plug it in and have it work.
What's really required is some sort of mandate for open interoperability, and this impacts, as I said, construction, mining, forestry and agricultural equipment. They're all in the same boat. It's something about which, over the long term, we've been working with government over the last year through Global Affairs, ISED, Canadian Heritage, Agriculture Canada and the Competition Bureau, trying to get resolution to this matter through existing legislation and channels. Our case with the Competition Bureau was just closed last week for lack of legislation to support the actions that need to be taken.