So, that was the beginning of this. We put out an RFI that asked the private sector, what it would take to get fibre to every home and business in the city. And a few of the things that came back were ease of, of deployment. And what were the barriers to getting that fiber to every home. We did our own study, and I think it was mentioned there it was, you know, over half a billion dollars, I think the the estimate came in at about over 650 $650 million to get fiber to every home and business in the city. And we went in naively at the beginning thinking we have conduit already we've got you know 1000s of fiber miles already for public safety and transportation and, and information technology resources that the city owns. How hard could it be to get that that last mile? Put pretty hard but as it turns out, so we started asking the private sector, what would it take what what are the barriers for you and the The answer came back, that it came to the permitting the, the, the difficulty of getting that last mile of getting to that those homes getting into the right of way, the process itself is just expensive cutting into the road. What's one of the, the topics that came up was and one of the potential solutions was allowing for different ways of, of putting that fiber under the road. And you'll see that as you see here, the the response was very good. Where we went from the two incumbents, we actually added on for one dropped out because it's just too much competition at this point. And so, now, we we are settled right now with with five different companies actively providing fiber optic internet to to city households, starting on the west end and moving east. So the first piece was micro trenching. So we are in Arizona in the Central Valley, here we are not in an area that has earthquakes or very deep frost lines, where micro trenching becomes a concern, you can do a short cut into the road, just go just go slightly beneath where we will need to grind to repave that road later. And you can lay the fiber right there. The process, I simplify it, but the process is essentially a big cutting blade, the ditch which it's not, not highly complicated to do micro trenching. So this lowers the cost of entry. And but the other part of it was with our Right Of Way group that we needed to staff up and give a lot of help to those companies that are doing this work. So we we did just that we staffed up we introduced a way to pay an extra fees to get quicker service, and the companies jumped in. So they're still going like hotcakes. This this right of way management group is we had to move them to bigger offices. It's been nonstop for them since this started. We also I mentioned the conduits. So we have a lot of we've run a utility for decades. So we've got a lot of old conduit that's not in use right now. We make use of that for economic development benefit, you know, letting companies know if they want to move a tech business to Mesa, if there's no fiber to where they're at right now. We can help make it happen. We can talk to the ISPs. We can lease out sections of conduit, make it so that they don't even have to cut into the road. This was one of the chief resources that kicked off our Elliot technology corridor, where we now have Apple, Google, Facebook meta. There's the data centers that popped up left and right down there. So this is a another thing that's also run through our our right of way management and through our City actually has a real estate office, where will we get revenue back from leasing this conduit. And then we get to the free Wi Fi. So despite getting all of the the connectivity to people through the private sector and through the making sure that we're out of the private sectors way and letting them get the connectivity in and in a competitive way to the most community possible. There's still people who are going to fall through that those cracks. So we kicked off, we had already kicked off pre pandemic a expansion of our free Wi Fi around the downtown square mile. And that was just under a lifecycle. We we've we have had free Wi Fi around our downtown going back over a decade. But we were already expanding it when the pandemic hit. So with ARPA funds, we've just turbocharged that I mentioned the spots all around the city. A lot of those are those traffic signal intersections where they just happen to have Wi Fi already. That we've put on The at Mesa is the SSID that you'll see if you around or downtown or near one of these. And that's just available. And this map is available on our website as well. This map is actually not even up to date this there's a, as dense as this is around the downtown, it's even denser today. We also undertook a more directed approach of putting up CBRs private cellular towers. We talked to our partners in at Cox and the other municipalities and our radio system reps. Motorola ended up being the provider in this this case. And again, the city had a lot of resources already, we had towers, the public schools partnered with us and offered real estate, and we threw up cell towers. So right now we've got 15 of these live the yellow dots around this map. And there's a few spots on this map where you can see there's a a flower of signal with no.in the middle, that's where we are projecting a another tower that will fill this in. So there is I believe, six remaining to go. The one here on the east side, he's actually already live, that map just hasn't updated yet. There's a one here at a fire station that's, that's being outfitted as we speak. The an old cable America tower, down here on Main in southern, Southern and Mesa that we'll be able to. Yes, yeah, the towers on this map are the CBRs installations. And few city parks will be the last three that go up, Parks just have a whole lot more extra regulations around the aesthetics. So they're taking a little bit of extra time and scrutiny. So those are going to be the the mono palm style cell towers that have the palm fronds that are in the three parks. So this network is currently operational and has I think last time I checked close to 4000 households connected. And the way that we've achieved those numbers is through nonprofit partnership. So the next slide, copy dopt. So copy dopt is a nonprofit that primarily historically worked in computer recycling. So they would collect old computers from corporations and governments, refurbish them and redistribute them to the community, sell some parts on the open market to make ends meet and, and get laptops into the community.