 That's yours. It has inconvenient proofs. So the last five years, the number of smartphones has grown. 37% cake. But some industry analysts said, next five years it's only going to grow 4%. That's sad. So the other point is that up of our operators going down. It went down 47% in the last 10 years. But going down more. The other thing is that however the up is going down and the smartphones not increasing in the volume, the traffic of data is growing exponentially. So we have to do a lot of capex. So the operators, our industry have a big headache. Lower ampoule, more traffic, more capex. What do we do? I didn't come here to talk about the sadness, the headache. Okay? It's a morning. We shouldn't get de-placed too much. So I came here to talk about the future. I came here to talk about my belief, next 30 years vision. So some of you may know that we just recently announced the soft bank vision fund. That is $100 billion fund. This $100 billion is bigger than worldwide every venture capitalist added together. Worldwide venture capitalist volume of the capital is $65 billion. Worldwide, US, China, Japan, all over Europe, everybody added together $65 billion. Soft bank vision fund that I just recently announced is $100 billion. So just buy ourselves bigger than entire venture capitalist altogether. Just several months ago, I've announced acquisition of our $32 billion I spent in cash. So why do I spend that much cash? Why do I aggregate that much cash to more to invest? Because I have a belief. I have a vision for the next 30 years. So let me ask, how many of you know the world, the meaning of singularity? So please raise your hand to know the meaning of singularity. Okay, about half. Good, only a couple of years ago when I asked the same question about 1%, 2%, depending on the audience, but only one or 2% people raise their hand. Of course the people here are smarter people. If I ask the same question on the street, average people, how many percent do they know? Probably 2%, 3%. So this is the concept. Still not many people on the average understand yet or believe yet. I totally believe this concept. So for those of people who did not raise hand, please understand, this is the meaning that the day computer blame, the artificial intelligence surpassed mankind brain. I think this will come in the next 30 years. In the next 30 years, this will become a reality. So when we talk about the blame power of human, mankind, typically, this is not the only way, but typically when we count the IQ, average people's IQ is 100. So if the genius like Einstein or Da Vinci, if you talk about their IQ, people say they are roughly 200. So anyway, if you have 200 IQ, you are called genius. I don't know how many people here have 200 IQ. I don't. But anyway, 200 if you have genius, 100 average. Probably IQ on this room is a little bit better than 100. I hope. But anyway, what is the same measurement IQ? 30 years later, the computer will have, I would say it will be 10,000. So what should we call? If the guy has 200 IQ, we call them genius. If the guy has 10,000 IQ, what should we call? Super intelligence. That is beyond our average people's imagination, how smart they are. But in 30 years, I believe this is going to become a reality. So what should we do? Anyway, when we count the power of our brain, our brain consists of neurons. Neurons attach, this attach, it's a binary system. It's attached or this attach, no attach, 0 or 1. That's how our brain functions. That's how our neuron functions to memorize or think or calculate. So in the same kind of measurement, we have transistor in the chip. How many binary systems do we have? In mankind, the main brain has about 30 billion cells, neurons. In transistors, when does the 30 billion binary system surpass it? I calculated about 20 years ago, estimate. I estimated about 20 years ago, and I said it should be year 2018. And just a few years ago, I recalculated. And again, it was year 2018. If this year 2018 is a few years wrong, I don't care. Five years earlier or later, it's just a margin of error. The point is, a mankind for the last 2,000 years, 4,000 years, had the same number of neurons in our brain. We didn't improve the hardware of our brain. But this, in the next 30 years, is going to be 1 million times more. So when you have crossover of 30 billion chips in the transistors, does it get smarter than our brain or not? Of course, there is a software algorithm and so on, not just hardware ones. But if you have a million times more binary system, I would say they would be smarter than us. Smarter than us. IQ 10,000. So anyway, this burst of superintelligence is happening definitely in my view in the next 30 years. Big times, crossing over. So this superintelligence built in, integrated into the robot. Smart robot. We have PCs, we have smartphones, they don't move. But if those superintelligence goes inside the moving device, robot, then the world, our lifestyle dramatically changes. I would say there's automobile. They become a smart robot in my definition. They would have a superintelligence and they move. In my definition, it's a smart robot, one of the kind. So there will be many kinds, flying, smart robot, swimming, big, micro, run, many different shapes. Two legs, four legs, hundred legs. But anyway, the population of smart robot surpasses mountain population in the next 30 years. That's my view, including these smart cars. The number of IOTs, number of IOTs, it doesn't even take 30 years. As I said, I have just acquired R very recently. Just R alone, who shipped 1 trillion IOT chips in the next 20 years. It doesn't even take 30 years. You know that 99% of our smartphones in our pockets is made by ARM chip. 99%. 80% of IOT chips will be ARM. So by owning ARM, I can discuss with our engineers what will be the design in the next 10 years. So I have a much better understanding than before our acquisition. So this 1 trillion chips is coming and they will all get connected. So if I say number of subscribers does not grow, no, no, no, that's not true. Now number of smartphones does not grow that much anymore. However, number of chips, the IOT chips will grow to a trillion chips. So we will have a trillion subscribers. Somebody have to get a connection. So we will have 1 trillion subscribers on the earth in the next 20 years. 1 trillion. That's not a small number. And they will all be smart, super intelligent. So think of this one of the chip in our shoes. One of the chip in our shoes in the next 30 years will be smarter than our brain. Can you believe? We will be less than our shoes. And we are stepping on them. So anyway, it's an interesting society that comes. All those things will be interconnected, not just intelligence in a client level. Intelligence goes into the crowd. So we can share and manipulate real time. And that will all feed in to the artificial intelligence, super intelligence. Those goes to the autonomous driving, automobile. Health care, consumer service, industrial, and so on. So that's why I have acquired ARM. So ARM, what is the two main focuses for enhancement? First we acquired, I talk with our engineers every month, every week. And we are talking about security. We are talking about connectivity. Why security is so important? Because they would be hacked by bad guys. One of our group engineers had a waiting time for his wife in the lunchtime. So to kill his time, he did a little bit of test. How many security cameras can I hack before my wife comes? In the lunchtime, he did it. In one lunchtime, he hacked 1.2 million security cameras and said, wow, this was so easy to hack. So of course he's not a bad guy, so he published the warning. This is how it is dangerous. This is how we should start thinking about protection of ourselves. The number of hacking is exponentially growing. We have to be very, very careful. So as I said, we are shipping a lot of ARM chips. But in the past, those were not secure. We are enhancing very quickly about the security. We need to secure all of the things in our society. So I have one example. Auto model. Number of ARM chips in one car today, not future. Today in one car, there are 500 ARM chips for new car on the street. Today, 500 ARM chips. And none of them are secure today, by the way. I'm telling you because we are shipping it. Very, very dangerous. So one of our engineers did some tests. So look at this video. I'll show you what happens. So we're stopped. But now we're not stopped. Oh man. I don't like that sound at all. No more break. That's a scary sound. So you want to see some steering and stuff? Yeah, I see some steering. The car cannot stop the brake. So reverse, not touching anything. So this bad guy and the car take over the steering control. This is scary. Of course our engineer is not the bad guy. So he's not going to do that. But there are a bunch of bad guys today can hack. It's very scary. If I were a bad guy, this could be very, very dangerous way to attack the society. And so the car in the past were not connected into the internet. They were closed inside the car. But now almost every car manufacturer talking about connected car. Not just autonomous driving. Before autonomous driving, connected car. To diagnosis the car's maintenance system of the situation. They are dangerous. They get connected without security. So that's why we are putting a new security feature. Not just in the sophisticated chip. But including all of the microcontroller chip. So all these devices have to be securely connected and encrypted into the car. So these will be connected. And with a trust zone to all of the IoT device. This is the new feature that we have just recently announced. Just the last week we announced. And connectivity. The IoT chip will have a lot of connectivity features. With a low power and a better performance. So this is the last week announcement of the Nanobahn IoT chip. With the security and high performance. So the chips on the parking lot can check the meter. And connect to the crowd. So from the crowd. This operator from the center. They can understand how many cars are already full or vacant. So this technology will be shipped Q3 this year. And chip will be shipped next year. So this is another example to the home. All these will be connected securely and managed from the crowd. So all of the cities. All of the societies ecosystem infrastructure will be connected. On top of that we just announced through the software and vision fund. We would own the company called OneWeb. This is an exciting company. So as we are providing connectivity to the people. We've been using tele-storey towers and equipments. So to me it's like from the ground we are connecting each other. Now there is like an air force or space force. That's connecting to our society. In the past the satellite was so far away. 36,000 kilometers. So far away. That's why there was a latency. And slow in connectivity. Narrow pipe. But we are introducing 12 1,200 kilometers. So that is 30 times closer to the earth. The distance is shorter. Therefore the latency is much shorter. So there is a video here. So that's the earth. And there is a geosatellite around the earth. Shooting from so far away. That's today's satellite. This is today's satellite geostation. But our new satellite is coming so much closer. Look. So many satellites. We're going to shoot 800 satellites in the next few years. And we're going to increase to 2,000 satellites. From this space. Those satellites become like a cell tower. If we have a terrestrial tower. The signal is coming horizontally. So the signal hits the trees and the buildings and the roofs. Many, many times. And the speed and the performance get less and less. If you think of a fiber. Fiber directly signal goes so straight. Without interference. Think of the fiber from the space coming to the earth. No disturbance. Straight from the space. And that will be connected to our users. So what will be the speed? 200 megabits down link. And 15 megabits per second uplink. So that's the fiber kind of speed. With fiber kind of latency. This will be provided. So that will be ubiquitously connecting all over. All kinds including the rural areas. And the rooftop. And of course including the connected car. So the car goes to the survival area or rural area. Today our signal does not go. But tomorrow with our satellite. The car connected. Car will be connected all over the street. Or place where there is even no street. So we are going to provide connectivity to billion subscribers. From the satellite. Billion subscribers. So super intelligence is coming. And that super intelligence goes to the smart robot. Singularity is coming. As I said. I believe this concept. Totally believe. No doubt. In next 30 years. So is singularity good or bad? They are so much smarter than us. So much capable than us. And they go into the smart robot and so on. What would be our job of mankind? What would be our life of our mankind? We have to ask philosophical questions. Good or bad. So some scholars in University of Oxford. Has discussed and came up with 12 crises. The risks for the earth. Right? So those are a global pandemic. And artificial intelligence itself is a risk. Nuclear war and super volcano and so on. So there are 12 kinds of super crises. That we may, mankind may face. But artificial intelligence. One of those 12 crises. Can be a solution for the other crisis. For the other 11 crises. So I think this super intelligence. Artificial intelligence is going to be our partner. Our partner. If we misuse it. It's a risk. If we use it in good spirit. It will be our partner. For our better life. So the future can be better predicted. And people would live healthier and so on. So I truly believe that this singularity is coming next 30 years. That's why I'm in a hurry. To aggregate the cash. To invest. To create partners. To connect for the society. 1 billion subscribers. With 1 trillion IoT chips. With 100 billion dollar investment. I'm looking for a partner. Because we alone cannot do it. We have to do it quickly. And here there are all kinds of candidates for my partner. I hope we will make it happen together. For the goodness of humanity. Thank you very much. So let me now introduce our next speaker. Dr. Wang from KT Corporation.