Zach, I’m, I’m glad you asked, right? So this is kind of like one of these Warren Buffet type of businesses. I mean, unless you’re watching Rekor listening to this call, who the hell thinks about collecting traffic data. So the federal government for more than six decades now has been mandating the collection of what we call count, class and speed. And as David mentioned earlier, that’s the FHWA-13 there’s a bent, and they have to do it year-in and year-out and that’s the way the federal government redistributed gasoline, excise taxes, and appropriates highway funding based on where the traffic is. It must be done, it has to be done. And the way it’s been done for decades is using mechanical counters, which are dangerous and inaccurate, and then induction loops, which require digging up the roads and creating congestion and traffic in their own right, and they’re very expensive, right? So this is an industry that is out there. The funding’s there. It’s not like we have to go convince somebody to buy a better mouse trap. This is something they’re doing day-in and day-out. We’re not asking them to pay any more for it. We’re actually giving them a more efficient business model, and they must do it, right. And I think that, that’s the most important thing here. And there are literally hundreds of thousands of sites across the U.S. and every state, okay, that are not functional right now, that aren’t being used. There are other places where the states have done portable counts, but because of the traffic on the road, it’s no longer safe to do portable counts. So they’d have to put in a permanent site. And what we’re really competing with is not other technology. We’re competing with a 60-year old induction loop system, right, which requires digging up the road and putting in, this legacy system that’s been around for, ages. So this is a massive, massive opportunity. And we said earlier that, that there’s demand for hundreds of thousands of these. And look, it’s not just the U.S. I mean, countries around the world do some form of count, class and speed. There’s enough business in our backyard. We’re not thinking about that. But that’s the way it’s done, and it has to be done. And now with the transportation bill, the federal government is looking for even more information out of the states than they get from count, class and speed. And that’s the beauty and for those of you that are familiar with Rekor, we’ve always said single system, multiple missions. Well, we can do count, class and speed. We can tell you what the emissions are on that roadway. We can tell you what the weight and motion is on that roadway. We can tell you where the electric vehicles are and 100 other things without going back out to the site, right? So those of you that know our UVED program in Oklahoma, if states want to move towards contactless compliance or congestion pricing, we just turn it on. If they want something else, we just turn it off. And that’s the beauty of it. And then if you think about the traffic management component of our business, it’s the ground truth data that we pull into the Rekor One platform, it adds the value to all the third-party data, which is, what makes it all that much more accurate with regard to being an operating system for the roadways. So look, we’ve been for several years now, Zach, searching for how to get these IoT nodes on the roadway. And we went to law enforcement, we put systems out, we were putting systems out any which way we could. And we finally realized, that this market for collecting traffic data for the DOTs was there. And it’s just one of those things that most people don’t think about, know about, care about, but it’s done day-in and day-out. And dot spent hundreds of millions, if not billions of dollars doing this year-in and year-out. So it’s a big deal. And we’re not competing against any other technology. This is pure disruption. This is pure disrupt. You’re using AI and edge processing roadside and solar, and a combination, cloud, hybrid, edge, cloud device, transmitting metadata and you’re giving the DOTs more. We can set a system up in two to three hours roadside, where an induction loop takes, maybe two to three months. And if you think about the cost an induction loop, which was done by the company we acquired, STS had put in hundreds of those through the years, they’re $40,000, $50,000. Same thing with weigh-in-motion, okay? Because our technology does that. A weigh-in-motion site per lane on a roadway is a $100,000, okay? And takes a long time to install and creates a lot of havoc [ph] when you do it. So this is really a big deal, and it ties the pieces of our other business together, and that’s what creates the operating system that’s going to be necessary to deal with the advancement of how smart these cars are getting, right? So when you hear people talking about connected vehicle corridors and autonomous vehicles and all these other things, the infrastructure has to play a part in that, has to be able to communicate okay with the vehicle. And the DOTs have to be in the middle of that, so that they can make sure everybody’s safe. So this is a big deal. We figured it out. We got there. We saw STS, we found them, they gave us the credibility to go into the DOTs, and we have adoption. Okay? So, we’re installing units in South Carolina. We’re installing units in other STS states. We’re talking to over 40 DOTs right now. We can’t even get to them. Okay? So, this is really a big deal for us and Zach, that’s what’s going to scale. And everything else that comes along with it is going to follow-up behind, but it’ll have even more value a couple years out when those things tie in. And it because this is such an important question, I want David to add and fill in here, David, would you?