 So we're here with Don Jones, who's VP at Qualcomm Life, and we're talking about what the company is doing in medical technology. Qualcomm Life is actually Qualcomm's new company in wireless health, and we're really working with medical device companies to get the data from those devices moving. So you're the plumbing. You're obviously not making devices. We're not making medical devices, but we are making medical devices connected to the world, so that information can be used by folks, used by healthcare professionals. That's what's really key. What are the components and how do they play together? We have two components in the two nets. This is for this point. One is a hub, and this is actually used to get information from medical devices you would have in a room and get that information from those devices up to the cloud. It's got cellular radios for what we would call the backhaul, getting to the internet. And then it's got local area radios in the form of Bluetooth, Bluetooth Low Energy, Wi-Fi, and ANT+. So four local area radios that can be used. And then it also has a USB plug on the corner, so if you need to, you can plug directly into this. The goal for our two net platform is to have literally hundreds, if not eventually thousands, of devices that will connect into the two net cloud platform. Show me how and where I would use this. So I'm going to start with just a couple of devices and just show you how simple it is. The first one I'm going to go is to a NONAN pulse oximeter. It's a little Bluetooth pulse oximeter. It's actually a very simple device. We're going to plug it in like this, and it's going to come up with a reading. My heart rate, which you can see is a little bit high. If I'm looking right, you're making me nervous, Josh. Am I? Let's see if I can make you nervous. Think about some very exciting film, an action movie. You're watching Die Hard with Mies Welles. You're going to be more nervous? You want me to run up and down? It's working. It's actually working. I wonder how high we can get this. So this little device is now transmitting to the device on the wall, the little nightlight on the wall. It will end up in the cloud, and then it will end up on one of our displays here that I'll show you. This is an FDA-approved device? Is that what you were telling me? That's correct. It's a Class 1 FDA-listed device, and so is the cloud platform. So this is intentionally designed for that. So even the government is signing off on this stuff? Absolutely. It's meant to be part of a healthcare delivery system. This goes around the neck, right? Is this a neck? It's perfect. Can I? You try your arm or your leg. It actually works better if you take your clothes off. I'd rather not. Are you propositioning me? Oh, this is actually working. I didn't think this would actually turn on. Yeah, you're actually going to get a reading. This is horrific. Oh man, this is really tight. Is this going to wrinkle my jacket? Is this even in the right place? I can't believe you let me do that. This is probably illegal. Well, there we go. Actually, you're within normal, but you're a little high on the diastolic there. Is that bad? Should I be worried? I don't think so. Oh, God. This is terrible. This is always how it starts. You go in to do an interview. You put on a medical device without being allowed to, and the next thing you know, you're in the hospital. You know, you've actually made an important point here, though. Getting one reading on any medical device, that's all it is, is one reading. It's trends that are important, and being able to enable folks to collect data routinely, trending it over time, is really where the value comes in. In this reading that I just got, this gets beamed to the cloud. It gets beamed to whatever service I have that's capturing this information, and this is something, potentially, I'm at home. I can do this whenever I want. This is my blood pressure here? That's right. This is my dangerously high blood pressure that I need to go to the doctor for immediately? After you take your clothes off. That's great. And this is accessible by healthcare professionals or by me? You know, it's designed to support any use case that the different manufacturers want to support. So, most of them today are looking at solutions that will have a consumer screen, a screen that could be shared with, say, caregivers that are in the home, or family members that are functioning as caregivers, and with healthcare providers. All the devices I've shown you today are already in the healthcare market as standalone devices. What's new is getting the information off the devices, talking, up to the cloud, assembled together in combinations, so now we can actually look at you, not only can we look at you around a single parameter, we can look at you around many, many parameters, and we can trend it over time. We can apply clinical analytics to that, and essentially give you and your healthcare professional information of what should be done next, if anything. Very cool. Very cool. Thanks again. You're welcome. Thank you.
 So we're here with Don Jones, who's VP at Qualcomm Life, and we're talking about what
 the company is doing in medical technology.
 Qualcomm Life is actually Qualcomm's new company in wireless health, and we're really working
 with medical device companies to get the data from those devices moving.
 So you're the plumbing.
 You're obviously not making devices.
 We're not making medical devices, but we are making medical devices connected to the world,
 so that information can be used by folks, used by healthcare professionals.
 That's what's really key.
 What are the components and how do they play together?
 We have two components in the two nets.
 This is for this point.
 One is a hub, and this is actually used to get information from medical devices you would
 have in a room and get that information from those devices up to the cloud.
 It's got cellular radios for what we would call the backhaul, getting to the internet.
 And then it's got local area radios in the form of Bluetooth, Bluetooth Low Energy, Wi-Fi,
 and ANT+.
 So four local area radios that can be used.
 And then it also has a USB plug on the corner, so if you need to, you can plug directly into
 this.
 The goal for our two net platform is to have literally hundreds, if not eventually thousands,
 of devices that will connect into the two net cloud platform.
 Show me how and where I would use this.
 So I'm going to start with just a couple of devices and just show you how simple it is.
 The first one I'm going to go is to a NONAN pulse oximeter.
 It's a little Bluetooth pulse oximeter.
 It's actually a very simple device.
 We're going to plug it in like this, and it's going to come up with a reading.
 My heart rate, which you can see is a little bit high.
 If I'm looking right, you're making me nervous, Josh.
 Am I?
 Let's see if I can make you nervous.
 Think about some very exciting film, an action movie.
 You're watching Die Hard with Mies Welles.
 You're going to be more nervous?
 You want me to run up and down?
 It's working.
 It's actually working.
 I wonder how high we can get this.
 So this little device is now transmitting to the device on the wall, the little nightlight
 on the wall.
 It will end up in the cloud, and then it will end up on one of our displays here that I'll
 show you.
 This is an FDA-approved device?
 Is that what you were telling me?
 That's correct.
 It's a Class 1 FDA-listed device, and so is the cloud platform.
 So this is intentionally designed for that.
 So even the government is signing off on this stuff?
 Absolutely.
 It's meant to be part of a healthcare delivery system.
 This goes around the neck, right?
 Is this a neck?
 It's perfect.
 Can I?
 You try your arm or your leg.
 It actually works better if you take your clothes off.
 I'd rather not.
 Are you propositioning me?
 Oh, this is actually working.
 I didn't think this would actually turn on.
 Yeah, you're actually going to get a reading.
 This is horrific.
 Oh man, this is really tight.
 Is this going to wrinkle my jacket?
 Is this even in the right place?
 I can't believe you let me do that.
 This is probably illegal.
 Well, there we go.
 Actually, you're within normal, but you're a little high on the diastolic there.
 Is that bad?
 Should I be worried?
 I don't think so.
 Oh, God.
 This is terrible.
 This is always how it starts.
 You go in to do an interview.
 You put on a medical device without being allowed to, and the next thing you know, you're
 in the hospital.
 You know, you've actually made an important point here, though.
 Getting one reading on any medical device, that's all it is, is one reading.
 It's trends that are important, and being able to enable folks to collect data routinely,
 trending it over time, is really where the value comes in.
 In this reading that I just got, this gets beamed to the cloud.
 It gets beamed to whatever service I have that's capturing this information, and this
 is something, potentially, I'm at home.
 I can do this whenever I want.
 This is my blood pressure here?
 That's right.
 This is my dangerously high blood pressure that I need to go to the doctor for immediately?
 After you take your clothes off.
 That's great.
 And this is accessible by healthcare professionals or by me?
 You know, it's designed to support any use case that the different manufacturers want
 to support.
 So, most of them today are looking at solutions that will have a consumer screen, a screen
 that could be shared with, say, caregivers that are in the home, or family members that
 are functioning as caregivers, and with healthcare providers.
 All the devices I've shown you today are already in the healthcare market as standalone
 devices.
 What's new is getting the information off the devices, talking, up to the cloud, assembled
 together in combinations, so now we can actually look at you, not only can we look at you around
 a single parameter, we can look at you around many, many parameters, and we can trend it
 over time.
 We can apply clinical analytics to that, and essentially give you and your healthcare professional
 information of what should be done next, if anything.
 Very cool.
 Very cool.
 Thanks again.
 You're welcome.
 Thank you.