>> From the Amazon Meeting Center in downtown Seattle, it's theCUBE covering IMAGINE: A Better World, a Global Education Conference, sponsored by Amazon Web Services. >> Hey, welcome back everybody. Jeff Frick here with theCUBE. We're in downtown Seattle at AWS IMAGINE Education. First year of the show, 900 registrants, 20 countries represented, really all the public sectors show, but this one's just focused on education as its own track. A lot of really interesting innovation going on, and as part of the keynote, we saw a really cool concept video about bringing Alexa into the class. The Echo Dot talking, and so, we're excited to have kind of the guy driving this whole project. He's David Hakanson, the CIO of Saint Louis University. First off, what a great keynote you had this morning. >> Thank you, thank you, and we're really excited to announce this today. So, today we announced that we are putting an Amazon Echo Dot in every single residence hall room. So, over 2,300 devices that will be in every room awaiting students for this fall. The device will be essentially their virtual assistant. They can ask questions specific to the university, through our custom skill, or any other question that's normally through the Alexa platform. >> So, the voice of God is talking above us, but that's okay. So, it was interesting when you were starting your presentation earlier today, I'm like, what are the applications going to be? I mean, what are these kids going to do with this? Like, we've got a Dot at home. We ask it to play music all the time, but you really did your homework on trying to think through what are the different use cases, what types of information are going to help the kids get their information a little bit faster, a little easier? >> That's right. We want this to be valuable for our students, and our students are active inside and outside of the classroom. Our university does over a million hours of community service a year, so we attract a very active student. We don't want them to be spending time searching for information. We want them to get that information immediately. Whether it's something simple, such as when is the library closed? Or, what channel is their favorite show going to be on? We want them to be able to get very fast access to information because right now, they have to search through web pages or calendars to find out what's going on on campus or other key information, and that takes time. >> Right. Well, it's funny because there's a lot of conversation about the educational experience, and really trying to develop an engaging experience for the kids in school, for the students, but the question is always, you know, how do you define engagement, what is engagement, and what are the actual things, the physical activities, that are going to drive this? And you guys, amazing stat. You said you went from concept to delivery in three months, and in that process, really explored a lot of interesting concepts. I wonder if you can add a little bit more color to that development process. >> Absolutely. It started with a six week pilot program, where we tested different virtual assistant technology to see what did the students really like, and they chose the Amazon Echo system. And once we made that decision, we were able to go from that concept to completion in three months, which was fantastic for us because we wanted to make sure we were ready for the fall semester. To do that, we worked very closely with AWS and the Alexa for Business team, as well as the partner, the skill development partner, called Empowered. We were able to use the partner ecosystem to allow us to move very quickly, and through that process engaging our students, engaging our stakeholders to make sure that the device was going to meet their needs, not just be something that looked good on their desk. >> Right. So was voice part of the initial design criteria, or did that come when you were looking at different type of interactive devices? Because clearly, the kids today are super adept on their phone, and they can text with their eyes closed with one finger tied behind their back. Voice is still relatively new. At least, maybe it's not as new as I think, so how did you get to the voice as the main UI for kind of this new, cutting edge information system? >> So, we started with voice saying we want a virtual assistant that's voice based because we see that as the future. So, if you're on your smart phone looking for information, you're still having to go to a website or to different data sources to get that, whereas asking a question is much faster, and getting that answer, it's a much faster transaction. So, we started with that saying how can we use voice technology to help our students be more productive, and then, engaged our students in that conversation, and they were very excited about that. >> Right. So, one of the really cool things about Alexa and the Dot is the programmability, which, obviously, you guys took advantage of. So, a little color on kind of how you chose what to program, but I think even more exciting is what kind of opportunities that opens up as an individual student, as a CS project in the class, and as you said, your university has a lot more going on than just incoming students. You've got graduate degrees, medical things going on, so I wonder if you can shed a little light on kind of how you developed what you have for the launch date, but you know, some of the future things that you see down the road. >> That really goes to the Alexa for Business foundation that we chose, and Alexa for Business was the differentiator for us. It was a key area because through that tool and ecosystem, we could manage the devices, and we could group the devices. So, we could group a learning community of engineers, of students studying engineering, and give them specialized skills or allow them to develop a skill and have that only on their devices, not on everyone else's devices. So, the ability to manage these allowed us to really focus on that educational experience, allow students to start creating skills, and then be able to manage and deploy them at scale. >> That's great. I can't wait to come back a year from now and hear kind of what happened. I'm sure there's going to be all kinds of cool surprises, tough surprises, you know, upsides and downsides 'cause you said they're getting installed this week and the kids are showing up in a couple weeks. >> That's correct, that's correct. (laughing) We're moving very quickly. >> Alright David. Well again, I'm going to give you the last word as you touched on it a little bit, but you know, how working with Amazon and AWS specifically you know, kind of impacted this project and how does that help you, you know deliver your objectives more efficiently and faster? >> Yeah, the only way we could have gone from concept to completion in three months was by working closely with AWS and the partner ecosystem. We could not have done this at any scale or efficient timeframe without them. They were a fantastic partner, helping us all the way from choosing the right partner to develop the skill to helping us on how do we get all these devices to work on our network, to how do we get all these devices working on our network and installed within a couple days, and so, from beginning to end AWS has been instrumental in our success to bring this new innovative technology to our students. >> Okay, well we might have to have a field trip out to Saint Louis and check it out. >> You're welcome to come. >> Alright, he's David, I'm Jeff. We're at AWS in downtown Seattle at AWS IMAGINE. Thanks for watching.