maybe yeah, in a minute. Okay, actually accidentally closed, something I was going to share and struggling to get it as quickly as I can. So try and wireless is a, we're a wireless, microwave, terrestrial microwave company, in Phoenix in air across Arizona, we've got infrastructure, everywhere from the Grand Canyon down to New Dallas. And as much as I love the technology, that ends up being boring presentation. So I'm going to take it off to a little bit different area this morning, just so that I think it's important to know not so much what we can do technically, but how does it play in this expanded fiber infrastructure that the government has been funding for the last few years. So triad wireless using terrestrial microwave, we were able to quickly deploy bandwidth through different programs. One of the programs that was sponsored by the superintendents of some of the districts through with myelin eaten from E Rate was the final mile project which when COVID hit, they were able to quickly get the program up, went out to bid for 10 towns or 12 towns and we were able to start deploying those within about four weeks and covering you know, I think total number of covers by 10,000 or 12,000 homes, we did areas as close as Pima and other areas as far as civic Q and, and others where we are able to get bandwidth up to the to the families very quickly. That is the core nature of wireless is rapid deployment capabilities. Since COVID, our technologies have expanded pretty significantly. To me, I need a cop button on this. Zoom. They don't have like they do in radios, radio stations, but over the last few years and starting from so try, it started out in 2003. And we did a lot of municipalities and engineering consulting, we were actually tried wireless engineering. And so we've worked with manufacturers and we say municipalities with specialized projects that, for example, one of the airports that we did video surveillance, which required more required a wireless link infrastructure, they had an airplane that went off the wrong one wrong runway and asked us to design a system so that they when a plane was on the wrong one runway and trying to take off because it ended up crashing, you know that they got an alert to try to catch the pilots. We did things in North Las Vegas where people poured water into one of the the tanks that they had emptied, which is millions of gallons that required a wireless infrastructure across the entire city to put cameras up and other sensors, I think it was 24 tanks or 23 tanks. But and so that was a with Homeland Security. We've done other projects with Air Force One. And where they asked us to do a video surveillance, which again requires backhaul, which is where wireless comes in. So moving forward, the week 2015, we started doing residential and business wireless services across miracle County, the weird, several 1000 customers. And then when COVID hit pretty much every school district in the known area, including City of Phoenix and other areas came to us and asked us to start designing and deploying infrastructure to get to the Get everybody improves, you know, get services to their residences as quickly as possible. The problem with that was it was also simultaneous at the same time, we couldn't get equipment, and because of supply chain issues and so forth. But we added we literally doubled our capacity, or our number of users in about a year and a half to support all of that. Since the final mile projects, which you know, we've talked about several times, we're actually now taking a lot of orders from all of those small towns that didn't have service. And ironically, we're now able to get fiber speeds into many of the towns through through over wireless. internally. What we do is we're very engineering oriented in in the technology area and wireless microwave is turned into a it's almost moving as fast as artificial intelligence is which we'll cover. But what we're seeing in the future with our our system is that the nice part is we don't have some of the limitations that the fiber carriers are placing artificially on their networks. For example we're seeing in fiber deployments in, they're putting data caps monthly data caps on the users, one of the common numbers is 1.25 terabytes, we've been able to avoid that limitation, because we're seeing our average users getting close to 1.25 terabytes, that our peak users are informed five terabyte territories nowadays. The the other part is, in addition to the rapid deployment is that our capital expenditure is usually about 10 to 20% of what fiber is, even with the higher speeds. And what we're probably going to see though with fiber because fiber is many of them are at one gigabit per second, we're pretty sure they're going to eventually get to 10 gigabits per second, although eight gigabit seems to be a stopping point. We're already working with many of our companies in our industry, and there's about 2800 west across the country that are doing hybrid deployments of fiber and wireless. Some of them are looking at 25 gigabits per second right now. Others are looking at even even beyond that. Wireless currently can run between can run up to two gigabits per second we got that deployed in the Buckeye area for example, and Mesa, parts of Mesa, the industry Future we're gonna be in the five to 10 Gig range within the next 18 months, 24 months at the most. So the real question is and what is our what where does wireless stand as wide as fiber gets more gets deployed around more areas? Well, reality is we're not going to get fibre to everybody. We all know that. And I think the current estimate is that the the latest beat funding is about 20% of the households that they want to get to be had a lot of restrictions on what they would allow and wireless. And those restrictions seem to be on a state by state basis, getting thrown out so that the states can more efficiently or try to cover more people than what wireless can do. Wireless is not a line of sight technology anymore, we actually call it near line of sight. And we actually and we have deployments, which are non line of sight. So the remote areas that have high density, tree vegetation, for hills, things like that, we're able to actually work around some of those areas now that with some of the new technologies we have going forward, two things are going to happen. Wireless is going to be used as a backup, which we actually have plans in place. Because if if there is an issue with fiber is a comparison, in many of the remote areas fibers deployed on telephone poles. The reality is the downtime on fiber run a telephone pole is no different than a wireless network. And we're in wireless technologies. And we're getting better. With with redundant infrastructure, we're in the middle of a large rollout. In fact, across the west valley with that capability. The the secondary portion of it is in areas which are fed by fiber, if fiber goes down, and many times for various reasons, whether it's underground or on the poles. In some cases, it could be several days, I live in our Tuki. And we've seen we've seen our networks go down for six, seven days, because to repair a fiber link many times requires permitting processes, and digging up, streets and so forth. And that is a long term process, we've actually had fiber in our company down for three weeks with, with Cox one time for that type of problem. So wireless, we'll have a plate new moving forward with extraction with the newer technologies we were developing. What I want to do is take this slightly off from the fiber concept of of the bandwidth. Everything about this group and every other groups that were involved with is getting high speed connectivity to locations. Many that's being accomplished, the real problem now becomes, you know, what are we doing with that fiber. And this is where the, our role as an ISP is a little bit different than than just the concept of getting bandwidth locations. So what we're running into is, we're seeing a consistent increase in bandwidth utilization. We've got great applications, you've got remote, remote, medical,