 Hello everyone. Good evening. Today we're going to speak about one of my opinion. Fast-developing application or technology, the smart home. So from the beginning I want to clarify one thing that artificial intelligence system, it's not when someone is speaking with us when we are shaving in the morning or preparing some breakfast. Don't be confused. Don't confuse the system with your wife or girlfriend. It's something different. So a smartphone was created for only one goal is to make our life easier. To help us when we're coming back from job and to save our time. So So it was a demonstration of the first application of a smartphone. So you can realize it's a sound sensor. Yeah, it's a sound sensor that can recognize the sound of my clips and can switch on or switch off the light in the room. So let's see what the structure of the smart home is. So you can see the smart home made from sensors. It's a huge amount of sensors inside, like in the sound, water, light, temperature and so on. It's a lot of sensors and all the sensors they connected to the computer with a CPU and memory inside and all this computer have a software that can make some decisions, can switch on the water when we outside from the home. If there are some disaster inside or can send information inside, outside from home to emergency services and from other side we can connect to our smart home and we can see what is going on inside. Some cameras or if a coffee is ready so I can go home. So this one is generally about a smart home. So today we're going to speak about four applications. That means based on these sensors we have applications in a smart home. So today we're going to speak about evolution, not this evolution. We will go to speak about evolution of four applications when we are using it every day in our house and our office. So it's a heating, smart heating, refrigerator, toilet and washing machine. So the first one we will start from the bottom and we will go to the top of all these applications and we will see from where we started and what we have now. So the first heating system it was open fire as you can see even our ancestors they use it to heat, to cook for everything. This time people started to go to caves or to build some houses maybe wood made houses because it was the cheapest material and to have an open fire inside it can be very dangerous. So they found that it can create some kind of great or fireplaces inside. It can warm inside the house or room. The third step it was hot water central heating system was created in 1777 by French engineer Mr. Bonemann. It was much more safety. It can save the place and the structure is warm water circulating inside. So the next step it was smart heating and smart fire. So I want to separate between them because it's actually two inside, two parts inside. We have smart heating. That means we have all the heating systems mounted in our floor that can save place. We don't need to have something in nearby so it can be under the floor and it can save the energy because it's controlled by the computer when going outside. So it's not heating the house and then when we are sleeping and so on. From other side we have a sensor of movement and blood pressure. So IBM created a very interesting system. It's a gravity space. From one side it can recognize our movement inside of the room. It can create a picture of every day movement inside of the room and can predict what we are doing. For example, if we are falling and we are not coming so something happened, it can send some message to emergency service. The same it can measure blood pressure measurement when we are for sure without shoes and it can predict some heart diseases. So the next one we will speak about refrigerator. So the first step to prevent the food for a winter time. It was drying. Actually people found that drying it can save better products for a long time. And the next step it was conservation by salt or sugar. So in this step we have much more fresh fruits. It can save the taste of fruit or mushrooms or vegetables. Third one it was a root killer actually. So people described that in underground earth can retain actually the warm and cold and in the winter time we can put inside some ice and it can save just fresh vegetables, fresh food, fresh fish inside in underground or in this case of small root killer. So it was like in a first step of refrigerator actually. So when we have a center of electricity, it was the first refrigerator electricity refrigerator. Actually in 1923 made by company refrigerator and so you can see that we don't need some root killer outside from our home. It will be inside. We don't need to go outside. Let's speak about smart refrigerator. So it's actually the same. It's have two parts smart screens and smart refrigerator. So let's speak about smart screens. Smart refrigerator has smart screens. That means all the sides of refrigerator have the screens and it can be some software inside. For example, it can recognize the time of the day by night. It can show some moons or stars or when we have an empty refrigerator it can show some movie that some mouse is running inside. Something like that. Moreover, it can have a touchscreen and the internet connection so we can find some recipe in internet and we can prepare food very helpful. From other side we have product scans. So inside of refrigerator we have a lot of scanners. They can scan the fruits because when you go into the supermarket of the fruits they have barcodes actually. So when we put in inside all the food it can calculate how many eggs, onions, everything we put inside. In this case if I want to create some good diet for me based on fish and I don't know eggs. So it will all time calculate how many inside and when I have a very low level of it, it will send a message to supermarket and by this evening I will get a package close to my door with everything, with food. So now we're going to speak about toilet. I think the first one it was like in a you know people what they need to do. They need to to make it so they go outside from the village or from the town to some forest and they coming back. So the first public toilet was found in 3,000 years before Christ. It was in Mesopotamia. It was a public. Everyone can come and can do what he needs. And the second one you can see it was a private one. It was a small one. It can be wood made or something like that. Actually all these cases one of the biggest problems was the bad smell. So all kind of toilets is people they just constructed outside from villages or towns because the bad smell you cannot stand it actually. That is one of the reasons why people cannot create a high levels buildings like in the skyscrapers because you can imagine if you are living in the 5th floor and they need to go to toilet. You're running down and then you're doing what you're doing in the back. It's not realistic. So in the 77 Thomas William Dwight Ford he found very similar actually thing, but now it's so common. I think everyone have in his house this kind of toilet. It's called waterplug toilet. It was the two important things. It's the first one. This one can save the smell inside of the main tube and can refresh all the time the water. I'm just a little bit information about a mass production. Unitas in some countries they call to toilet Unitas and actually it was the name of Spain Company. They started to create a mass production waterplug toilets and translation from Spain it's actually unity or unit just for information. So we have a lot of shapes and types of smart toilet, but it's all times the same system. It's a waterplug. So let's see what we have now in our smart toilet. We have sensors. They mounted inside. It's a lot of sensors. We will speak about only three of them. So the sensors can found some blood. So it can predict dysentery in our body or it's have shape. It can measure the shape of our stuff. And it can predict it as biosis or for example by the color of it can find a gastric ulcer and can send some message to our doctors that something can be very dangerous for us. So let's speak about washing machine. We know the people started to wash, to use the soap or some kind of soap in 600 years before Christ. So we can see it from this picture. By the time people found that a mechanical movement of water can wash better mud and dust from our clothes. So the people went to the rivers these kind of places. And you can see from 1851 James Kink he created a manual washing machine based on the same technology until today we have the same but made but with electricity engine inside in 1930. It was created for a lot of a lot of companies doesn't matter just a picture to realize but now we will go to smart washing machine what we have now inside. So in our clothes we can put some wire chips in places we cannot feel it for example here that when we are putting inside of machine all our clothes machine can recognize can read all the information about type sensitivity color material of our clothes and it can alert us can warn us that white and black it can be disaster in this case and they can send for example some message to our to our smartphones that done finished or it can just help us to find an optimal program. So generally now we are we finished to we just finished to see the four applications actually it's a lot of applications in smart home you can you can see so nowadays we have a lot of smart we have smartphone we have smart cars watch home smart city someone can recognize this one Okay, it's a smart weapon Yeah, it's a smart weapon. I will not discuss about this now It's a presentation not about this we can speak about this later I will just give you a little bit about smart city. It's a two new applications what I found nowadays is developing. It's a wireless charging of the bus so you can imagine buses coming to the bus stations charging going forward and someday our city will become green without fuel or it's a smart street lightening that everything communicated to the to the main house for example can send some information about traffic jams about pedestrians and so on so on so um by the end I personally believe that smart home will become as a part of our daily life then we will come home we will have smart home and when We will create the buildings when we create the houses it will become a smart houses Smart buildings and smart offices. So there's only one question. What is the next smart? Thank you for your time Questions So, thank you. Nicolai So, uh, in the usual system any questions from anybody? Oh Go So question is how do you barcode your tomatoes to make your your smart fridge now it's there How you put barcode on onions you just put inside of some plastic bag It's everything becoming in we say barcodes now. It's maybe just uh tomatoes, but You know, it's like any concept that it can do It can create it's a prototypes. They can run now and nowadays. It's no problem Everything but is it really necessary? It's your choice, you know, we have it It's your choice to use the smart home a smartphone. Sorry or to use maybe an okay one is a small one, you know Just we say calling functions, but it's your choice what to choose Okay, thank you question Can I ask questions specific to the smart toilets? Oh, I like it. Yeah So does the sensor which which I use with the smart toilet is coming contact with the stool and the urine for sure So, how often do we have to change it? Uh, you know, it's coming to help. Yeah, I will try to explain it's coming to help us Yeah, it's coming to help us to predict Some illnesses. Yeah, it's better to have it than not And the question was more the sensor itself because of what it's in contact with How do you clean the sensor? It's the same what you for example have in your car You have airbags, but you're not using it every day in Specific case it will work. Yeah I want to use it too I I want to Get it in one time with my stool and my urine. So how often should I change it when you push in the bottom? You're going outside. You you are caring about what is happened there. No, so it's just like that But it's don't worry. It's a private information Any non-toilet questions So what's about the security of your system was I speaking about smart home So the question there is what's that? How does the security work more generally across the you know, it's everything software Everything software it will be encrypt by by software and you know It's the question is car to car communication models need to be encrypted everything all the communication you can Um, you can go inside. So you need to be careful. So it's encryption only, you know by software something like that It's uh, yeah, I understand that it's need to be private But we have it and now it's becoming to be very common in the round. I I'm sure a lot of companies working on it One more question here I heard that wash for example, it's like investing a lot of money to use this currency later for Smart systems So the question is about a smart currency called yota Link links to smart homes. I have some example, you know amazon, you know, you know the bottom from amazon if you're buying Food for your cat. Yeah all times the same time the same package. So when you see it's becoming to be just Finished you just push in the bottom and sending information to amazon. You will receive it after two weeks The same it's the same actually made of the same Concept Um, for sure it's becoming very very common now and it's going like in a snowball, you know bigger and bigger and bigger Oh, they're doing a lot of investment on this millions people millions Okay, thank you. Any other questions? Oh no, please. Okay. Thank you very much. Thank you friends. Thank you