Thanks, Rob. So I'm really excited to show this technology and how it illustrates some of those points that Joe mentioned before about the long tail. But first, I want to quickly explain the health care vision and big picture. Our vision, WildHealth and LivePerson together, is to take the highest quality health outcomes in the world and scale that to millions of people. We're already creating those outcomes because we have the most precise and personalized data in the world. As Rob mentioned, we built the world's first and only true AI-driven precision medicine platform, called Clarity. And now Clarity in and of itself is really a game-changing technology, as it combines potentially millions of data points from 700,000 unique genes and blood biomarkers, microbiome data, phenotypic data, subjective feedback from patients and even data from wearables. And it takes all of that precise data and it generates a comprehensive report on how to fully optimize someone's health. So this is really a blueprint or a personalized playbook for an individual. It shows the specific perfect diet for them, the perfect exercise program for them, what supplements will work for them, what medications may or may not work for them, and even what diseases they may be most at risk for in the future and what are we going to do to decrease that risk. So as Rob mentioned, this has led to incredible results such as reversing diabetes and prediabetes in 48% of our patients who have those disorders. You can compare that to 3% of patients in traditional medicine who have their diabetes reversed because of the smaller amount of data that they have, 3% versus 48% because of the personalized precision data. Now right now, this is delivered by humans. You have doctors and health coaches combined with the precision data, which is actually really similar to how customer engagement LivePerson uses data, but with humans in the loop, constantly improving it. The difficulty, as you can imagine, is the cost of the humans and the ability to scale them. So just like what LivePerson is doing in customer engagement, we can totally change the game on the scale of what a doctor and health coach can do. So as normally a doctor may have 1,000 patients, this data combined with LLMs can massively increase that ratio of patient to doctor, and at the same time, we radically change the margins on the health care business from maybe the 20% to 25% range to be more like platform margins while improving outcomes. But instead of just telling you, I actually want to show you a demo of how we can do this right now, how we can take our rich precision data to train a large language model with all of our precision medicine knowledge and all the patient-specific data to get really incredible results. The model here that you're looking at is trained with my data, so all of my DNA, blood work, microbiome data, the millions of data points about me, and I can ask it questions. So just like the long tail discussion Joe was talking about, I can essentially take this conversation wherever I want based on what's important to me personally. So for example, let's say someone in my family recently had a heart attack. Well, right now, I'm young and healthy. I don't have any real medical problems, but I want to look into the future. I would love to have a crystal ball where I can look and see what my risk factors are. So I can ask this model that has all of that genetic data and all the data about me, am I at risk of having a heart attack? And while I'm thinking about this, I'm going to go ahead and ask, and what about getting cancer and dementia? So those are things that run in my family as well that I'm worried about in the future. And I feel fine now, but these are things that kill most Americans. So as just looking into the crystal ball of all of my risk factors, the DNA, the blood work, it tells me, great news, I have a 0% risk of having a heart attack in the next 10 years based on the MACE score. However, not great news when I look and see, I've got an increased risk of dementia, have an increased risk of colon cancer here. And then as I go on down, it says based on my genetics, I have an increased risk of late onset Alzheimer's with sleep disturbance, if I have that. So that reminds me, I haven't been sleeping well recently, so any recommendations based on my genetics. I'm not asking it, just give me sleep tips. I'm saying look at my DNA, which also, while I'm asking, I want to go and ask what labs can I improve to decrease my chance of getting those diseases as well? Again, this is about me, specifically me, reporting to my DNA, my labs, what can I do, not just the risk factors that I'm at risk for, but what am I going to do to decrease those risks? And I already have a specific example there for when it comes to sleep. So it tells me about my increased risk for Alzheimer's disease or sleep disturbance, but it gave me very specific things to do. It says avoid eating when it's dark, you need to fast for 12 hours, and it also says I have a very interesting clock polymorphism here now in my DNA. It's been associated with "night owl" [snip]. So maybe I should go to bed a little later and get up a little later, maybe adjust my schedule, my work schedule. And then for labs, the same thing. I should focus on LDL, ApoB levels, okay, great, tell me other things to do, how to do that. And then when it gets to dementia, it says to decrease your chance of getting dementia you should focus on improving your omega-3 levels. So I think I remember my omega-3 level was off in my last check, but I'm just going to ask the model, what is my omega-3 level? Because remember, it has all of my data, those potentially millions of data points. And while I'm thinking about that, okay, it is low here. So then the next question obviously is, should I take a supplement for this? And what other supplements should I take? Why stop at omega-3, it has all of my data. What should I be doing specifically for me? It says, yes, I should be taking an omega-3 supplement, and I'm going to take it. I'm motivated right now. I don't want to get dementia and have these diseases. And as far as other supplements, it looks like vitamin D, zinc to reduce DOMS, okay, well, what is DOMS. This has all of the Internet's information, not just my specific information. And now I'm thinking, I don't have an omega-3 supplement, but I'm going to have dinner, so what foods are high in omega-3. And I see here that DOMS stands for delayed onset muscle soreness, good to know. I think fish are high on omega-3. There may be some other things, why guess, let's just ask the model. Great example of the long tail we talked about. And it says, yes, salmon, mackerel. I love salmon. So give me a good salmon recipe, right? I'm not going to ask my doctor this, but also give me a shopping list. Again, I could go on and on with this AI. And in fact, I have. I've played with this an incredible amount because it's a wealth of information. I can learn so much about myself, like what to eat, how to exercise, my risk factor for scary diseases, and the conversational rabbit holes of the long tail, like Joe mentioned, that I can go down that we expect to really drive increased platform volumes for LivePerson. This is basically like having a doctor in my pocket, except it's one that knows all of my DNA, my blood work, my history, everything about me, and it's not going to get irritated when I ask for a salmon recipe and shopping list to go along with it. Just to be really clear, though, the way that this is going to work initially is that there's going to be a human between the AI and the patient, so the patient can ask a question or a provider can ask a question of the AI as well. And the answer is going to come back, and then that provider decides whether to send it to the patient or to edit it and send it to the patient, but in either instance, it's going to be providing feedback to the model and further training for the model as well as giving this recommendation to the patient. So you can see it's going to be not just a massive upgrade on the quality of recommendations that truly personalize to the level of DNA, but also to efficiency. It's going to be a massive time savings for a doctor who doesn't need to look up someone's omega-3 level, look up a supplement, calculate a 10-year heart attack risk and, of course, give a salmon recipe with a shopping list. We're going to let the AI do all of those tasks with the incredible data sets and algorithms that it already has. We know that these large language models have great potential. That's clear. But if combined with extremely rich data, this precision data, then we have something truly transformative. It should be in the hands of every doctor and every patient in the world. And this combination of precision data and large language models is going to transform the health of millions of people. Thank you, Rob.