Help Me With Sign Arizona Banking RFP

Help me with industry sign banking arizona rfp

quick snapshot of where we were we've gone and where we're going a little bit out of date but you can see a lot of states we've completed for some reason we were not thinking the northern front of the window was little anyway we've done a lot of these we've got a lot of good feedback seeing a lot of states are so I know you guys work very well with the western states in this year region so we have worked across the country so if there's ever questions you have on what people are doing how they're doing it you know boys feel free to reach out we could probably point you to someone that and tackle that our reputation and same challenges all right so really quickly to kind of introduce broadband and then what this is sometimes are still some confusion on what exactly is going to do what exactly not going to do so we know today users have their album our radios that are used specifically for Pam over radio in mission-critical voice in particular and then there's other resources available sometimes you know carrying smartphones or cell phones to make voice calls or the trip networks and then also you know a lot of the commercial applications or applications and services user gun number commercial networks not always i know there's some private networks but quite a bit I've done over existing commercial networks the problem is we now is that any time there's storms or congestion or just a lack of coverage because that's not Republic safety operates you have all those limitations on the commercial network that because there does not design for typical public safety operation and it's okay that come one come all everyone equal on the network's others there's no prioritization for Public Safety so really the goal for this initial build out of the nationwide network it should make these connections to those same applications mission critical same resiliency redundancy reliability that you have on your bilham performers today to replicate that so you're making so now all of the services and tools that public CP has a mission-critical now notice that that is not mean that the voice networks will be mission-critical just yet because as we will see it will go through that connection the best service isn't going to be rolled out potentially in the initial build up this network will be primarily focused on mission-critical data and making sure you have access to the data applications now eventually the long term vision or goal is to get to the point where you could be leveraging both points and data over this network so now you've got the ability to access what you need on this existing network but knowing that you can continue to still use both land mobile radio networks for mission-critical about because we know that there's going to be you know there's so much trust invested in those networks and so much investment that's really a long time before Public Safety's want to migrate off of those networks info and Trust and your new network to perform perform their service and if there's any questions please by all means you know feel free to jump in razor in so this is this another way that we put together graphic to try to capture something up so you can see here we've got mission critical voice being used today there's some you know obviously limited those big data that's supported on that as well the continued use used today of commercial and unlicensed data and we're going to introduce this new nationwide Public Safety broadband network in parallel to these other networks it's not like it's going to replace any news networks it's going to be introduced in parallel and to get to that long-term vision that people see for this or really desire to get everyone moving on to a single nationwide network providing voice and data services there are many many many challenges to get there and there's no time frame for this to get their unit so you can see that this is you know before we ever get hit that long-term vision there's amazing to be conquered and that's just to try to reiterate I know there's some confusion that make some of it been limited over the last year too but there's still some confusion sometimes on well when this network goes up it's going to support voice could be likened it to cell phone by Congress in critical what I do have my LMR radios so we're just trying to make sure everyone's clear that Alomar is not going away a long time before you get to this converged networks with a lot of challenges we face so that solution for this network is you know there's a mini goal pretty high level goals for the reason why they won to create a nationwide network to have a next-generation advanced network of technology from a public safety to provide these high data rates that are being lovers in the sector for different applications to use industry standards as much as possible while not sacrificing public safety unique requirements for a lot of benefits there for interoperability you also with what using commercial technology get big economies of scale and then also just be able to leverage you know whatever our commercial advancements go into the technology from the consumer synthesis the technologies long term evolution LTE that is a technology that has been adopted globally so there's a lot of investment from the commercial sector going into it so the challenges we mentioned one of the huge challenges for this assisted in spectrum if you're going to build out a nationwide network union spectrum and that was accomplished with the passing of the law you need funding and that has been allocated not necessary you have been allocated for the build-out of this network but there's other issues we talked about you know governance policy how are you going to do this this is really a new paradigm for Public Safety in the States and working and filling out some nationwide network but still having the economy that's necessary within each of the states all right so a little background of the cement technology so long term evolution is the standard that was chosen for this network it's considered to be one of the 4g technology you'll see advertising the commercials it's a.m. it's a standard that they really kind of changed the way they approached the development of the standard so a lot of the previous standards have been built upon earlier standards and the commercial Network started out where phone phone calls or voice calls dominated the use of these networks well they've recognized that today very few of us are using our phones actually make phone calls we're using it to browse that web and check email and text and do a lot more data function so when they develop this standard they're really designed it to support data first what voice kind of as a secondary afterthought making consequently there's that still being work so today at LTE networks on your phones that you're not making boss calls over the LTE networks when you take up your lte-capable phone you're making a phone call over the legacy networks because it's not currently supported on the major carrier networks today so you're making if you do make a phone call sit on the legacy network or it could be some type of voice over IP application but it's not over the LTE network inherently the backbone is an all-ip facto so that was a big change from some different magazine systems that required fixed lines or leased lines or dedicated circuits for connectivity huge economies of scale potential because of the adoption of this technology globally mobility interoperability all those things for roaming from networks and network connecting different number trail built into the standard flexible channel bandwidth which are important as a spectrum could potentially be allocated or more spectrum can be allocated than the technology supports at high data rates i mentioned security authentication priorities uist quality of service those are all really critical aspects for the build-out of a public safety network and those are all built into the standard as just a matter of having implemented in mold out in the deployment of a network and then there's some new antenna techniques that really kind of help improve the performance of the system for trying to overcome some of those shortcomings of a low-power small form-factor devices so a little bit on those the basic building blocks is that if you haven't already heard there will be some new terminology that you'll hear with respect to the system in this technology this is a chart that actually first they had put together and use to kind of inform some users and previous meetings so they can have broken into four different categories so you start with the core what's the theme is it's really the evolved Patrick horror of epc using this gets referred to as the core the core you can kind of compare it to a trunk system el-amar system it's T the key you know database of servers infrastructure piece of the network and so it has all of the applications the provisioning the user management it's really that you know kind of controlled the network and those can be very high capacity things were for example the big carrier mail we have five six of those supporting their whole nation my network so it's not like we're more used to with some trunk systems or maybe you've got you know several cords of support a region or statewide system there's this can support big white Aryan systems it also means that they have gotten what's the capacity to have they can support there's a lot of fall back seat mobility or open one go down it can kind of recover for the other so well an important building block of this that's much more important that I think than previous networks existence a transport layer on the backhoe layer this network requires a significant amount of bandwidth to deliver that those high-end data rates of the end user that requires a lot of aggregation and in fact all so some existing plates or networks today that support existing voice networks may not necessary to support this type of network because the backbone requirements are so much more so so that's an important aspect of the network and then you have the radio access network or the rain so that doesn't need the compilation of all the base stations basically that are built down all the tower sites for the network and that connects through the transport into the core an important distinction between the rain and the core is that what you when you start working with first had to fill out this network firstnet's responsibility holds me at the core no matter what they will be building up before that every state r and connects into to provide this nationwide network the rain will be one of the primary responsibilities and working with first met that the states have to give a lot of input on what do you want that ran what will that build out looks like because that's what drives coverage so that's what we'll talk a lot more about today so that's the important distinction between the rain and the corn they finally but because the last building block device ID the end user side you know subscriber units or portable mobile radios in this terminology lessons that might refer to as you me or devices use your equipment just you know some different terminology so with LTE you later core may add a new year devices equivalent to what your true motive in the LMR side so this is the books in the layout of the spectrum some similar to a llamar it and VHF and UHF and 700 800 the similarities as well with the commercial environment so they call their spectrum grouping bank officer van so public safety has cated spectrum in what's called a and 14 you can see here husa bridesman band 13 18 GPA and 17 a lot of the commercial carriers have spectrum outside seven of their makers this is just kind of a snapshot of seven or makers because this is where the public safety spectrum resides so early on was the spectrum was allocated they were looking at different ways to build out this network they intended allocated allocated some spectrum right here for Public Safety in the blue and then they have the d-block that they were going to do that public-private partnership and that failed to go through the option would have been the kind of work stop trying to figure out well what do we do with the spectrum out to try to ultimately achieve his goal building on a public safety broadband network so when the legislation was passed that we'll talk a little bit about it allocated that spectrum of the public safety so now BAM 14 is dedicated allocated for the build out of this broadband network you can see is 20 meters total temperance on the uplink and 10 acres on the down link so 20 may your soul so sometimes you'll hear a 10 by 10 or 20 megahertz or or 10 megahertz but it's broken down and different that the 700 megahertz allocation for LM are so so any of that elmar systems they might be using seven or matrix channels for their voice networks those are in a different Chunkin spectrum and that's all allocated to Melek safety you'll see to that this the amount of spectrum allocated is actually pretty comparable to like for example what verizon has just adjacent so they were building our nationwide network for LTE 11 by 11 p suspected they have other spectrum in different bands where some of the legacy networks operate this is specific to their LTE network and they're looking to acquire more spectrum bit so Public Safety does have quite a bit of spectrum computer the commercial carriers for the field offices network so any bank masses are important because that's what separates your phone from being able to operate on different networks so for example if you just take your verizon phone just because it does Ltd operates at 7-under megahertz does that mean you could it will be able to operate necessarily on the public safety Network because it's going to be dedicated to operate on band 13 and maybe a couple of a bands and be different in different parts of the frequency band so so as phones come out or there may very likely support multiple views and classes they do today but there might be one that will support you know the public safety dance but it's not as kind of a come one come all of you do LTE you 700 minutes you can operate the public safety be so we talked a little bit about voice to the fact that mission critical voice is desired to ultimately run in this network that will be quite a while and then we quickly became apparent that it wasn't really a recognized definition of what that meant for public TV voice mission-critical Boyzone dipstick the National Public Safety telecommunication Council made a group I think Mike Lee may participate on that group developed a white paper that help define what is mission-critical moist what does it mean and they came up with them is basically these seven kind of high level functions and those are in there defined you know in more detail in this paper but that those are good areas of what really defined mission critical voice and some of the key ones that are really unique are definitely push to talk voice so you don't typically have that on cellular networks enabler can be some you know the nextel network that did specialize in it but not the most networks are not doing push-to-talk noise direct mode or talk around in his usual today in commercial networks your phone's always have to go through the infrastructure talking to base stations there's no to the device to device communications over the LTE network you can do it over Wi-Fi or other technologies that not over LTE so that's a big one that is required in the el amor networks and the way to use the radio today if that's not supported by this technology emergency alert ian is also a big one you know being able to make emergency calls or notify people of an emergency so so this was a really good definition to help if this network is eventually going to support Public Safety in their mission-critical voice informants it needs to meet these things you can download it up the website here and this definition is being helped to drive the standards development now and the standards bodies to to start addressing some of these meats so for example just recently push-to-talk was accepted in the same as committee so that that's now being worked into the standards for LTE and s well as they call proximity service and so basically the ability to support this direct Cochran mode so that's also being worked in the standard so and so it's a really good thing this is you know it's different with because this is a global standard is primarily driven by industry now Public Safety having enrolled is it's a little bit different than had in the past when they had complete control rooms for example like the product 25 standards in 25 where they drove the development because public safety was the primary user cocinas so trying to break down voice a little bit and clarified why you might hear voices can be done a royalty or no one can so today there's no reason that because it's a data network that you can't run voice over IP so so skype or google talk or you know any of those type of voice of our key applications can absolutely be done over the number because they just look like to the network another data application the commercial carriers are just carried out this standard for LTE to support voice so they can start to migrate their users on to the the LTE network and support voice and get people off some of their old legacy networks and recover some of that spectrum and some of that back collagen structure so the stander that's going to support voice so you start making a voice call your phone is called bolting or voice over LTE and that uh it looks like a lot of the carriers are charging using that this year sometimes calendar here there are some push-to-talk solutions because today over LTE there's there's nothing that standardized yet and I think that kind of coin nan machine critical because they don't need some of those requirements identified on a dipstick requirement are primarily the latency in the low latency is required for public safety operations and while some of these push to talk solutions go meet the latency requirements so there is no push-to-talk requirement that supports mission critical operations NORs are direct mode on this network like I said and so that's why when you start hearing voice and what boys can be implemented over LTE it's kind of important to know what are you talking about i can push to talk now push to talk loli the nominal latency the voice over IP what is this what type of voice you're talking about because if you want to support public safety you have to be down here and what's being worked on right now is up here any questions so far so i mentioned the standards body developing LTE but that you know it's a global standards body standards group has worked all the way back to the gsm day so it's improving standards body they've got a roadmap for the future so they've already started in on LTE advanced even though the networks today are deploying LTE so they're continuing to work at developing new standards which which is great for LTE because it means that these networks are being built and specific in the work that those are there's a roadmap for the future for this technology and it's not going to be you know abandoned and move something else all the carriers today are deploying this technology and focused on solely this technology is the first time all the major carriers in the country have deployed the same technology within network so that's a great thing for the future of this net this technology I've makes it a little bit the standards body there's developing this so it is a commercial entity however first met has worked with a group out of Boulder the public safety communications research group and have tasked them to help participate in the standard development meeting to kind of be the voice for Public Safety in person so they've done a great job of partly not only with you know a group within that organization but also kind of has been to a lot of momentum built up globally building a strong voice for public safety which has helped really prioritize some of those public safety requirements in the development of each so as these standards of all its I anticipated that they'll be able to support some of those Public Safety unique requirements that aren't supported on those networks today like push to talk like direct mode so that's a big debate static of the oldest work first started those difficulties and getting traction within that group because it just weren't prioritize you know public safety requirements were prioritizing my group and they are today so that's a big change all right any questions can on the technology back in its approach