00:00The first day of the Mobile World Congress in its version of 2024.
00:04About 95,000 people have come here to the FIRA in Barcelona,
00:09where they will know technologies, innovations, especially in terms of connectivity.
00:16And well, the expectation is that it is great.
00:20We hope to see the latest cars, we hope to see the latest in terms of 5G, 6G,
00:26even though there are people talking about 7G, smartphones, or rather,
00:31these buildings are great things that we are going to discover and that we are going to tell you.
00:37So, welcome.
00:44Part of the innovations that you can see here in the Mobile are new brands like this.
00:50This is a phone that is known as Raptor.
00:53It is a device that has 10,000 mAh and part of its functions,
00:58as well as its great resistance,
01:00is this type of thermic cameras that can be useful to professionals who work with fontanería,
01:06to know where there is a gas tube or a tube of water.
01:13One of the concepts in the future is to replace the fossil fuels by electric energy.
01:20And practices so traditional in sports like the Formula 1 are also migrating,
01:25and it is not something new, they have been 20 years old in this type of competition,
01:28to what is known as the Formula E.
01:30They are cars of Formula 1, but equipped with motors that work with electrical energy.
01:36This one has a motor that allows us to reach more than 322 km per hour.
01:44They told us that this one allows us to reach a turn, replace the battery,
01:51and it also has artificial intelligence technology for its development.
01:56And again, it is part of all the new things that we find here in the Mobile World Congress.
02:07We find these phones Flip mark Ricoh that have a very particular characteristic,
02:12and it is that they remind us of those phones that we had in the past,
02:16that if we open up, we have the tactile keyboard,
02:19but also integra also these functions of what is the classic tactile screen.
02:23We can navigate here in the menu of the phone,
02:27descargar apps such as WhatsApp, YouTube, etc.
02:31The description would be one of the main limitations in a small screen screen,
02:37but with a phone with a battery of 2500 mAh and with a small screen screen,
02:43we could say that it is a phone with a battery maybe two or three days.
02:48It is part of the innovations that we are seeing here in the Mobile Mobile.
02:51And tell us in the comments,
02:53do you use a phone of these to be able to connect a little bit of such a camera
02:57and such a connectivity for these days?
03:02Here we have a model of what is a car that not only works with electric energy,
03:09but also includes a series of sensors that allow us to perform functions of what would be an autonomous driving.
03:18At the moment, we have vehicles with autonomous vehicles that allow us to be semi-autonomous driving.
03:26It is to say, the half of the driving is assisted, we could say, by the vehicle.
03:32However, what they are pointing to this type of technology is not only to a lower consumption of combustion,
03:40but what is a safe driving.
03:42For example, in this case, we have a camera that has the capacity to detect when the conductor is
03:49that is sleeping, to emit a alarm or emergency to detain the vehicle.
03:55At the end of the vehicle, we have six sensors of proximity and detection of objects
03:59that allow us to identify things like peatons, vehicles, objects in movement, etc.
04:08Also, this vehicle also allows us to talk about the importance of the 5G,
04:12because for autonomous driving, what they do is all these sensors are connected to the 5G antennas
04:32it would take a few seconds, and as I said, it is a decision that we have to take in
04:36miles of seconds.
04:38The speed that we provide the 5G and the reduced latency
04:42allow us to this type of navigation to be possible,
04:45so that a vehicle that is maybe a more than 80 km per hour
04:48can have a safe driving and make a safe driving.
04:51And this is part of the novelty, not only that we provide the autonomous driving electric,
04:55but also the 5G.
05:02We have here a demonstration of how Gemini works,
05:05which is the artificial artificial intelligence of Google,
05:08previously known as BART.
05:12Part of what we allow us to do these artificial artificial intelligence
05:15is that we can give them an instruction, an order,
05:20and they will automatically execute that order.
05:24So, as we can see here, we have the calculation of Google,
05:29the Google Sheets,
05:32where, if you need to create a table to program an event or something like that,
05:38you can give the instruction.
05:41So, we are going to write in English because it doesn't work in Spanish.
05:43We are going to write in English because it doesn't work in Spanish.
05:46We are going to create a table for a launch of an event of technology.
05:50The artificial artificial intelligence is processing the information.
05:54As we can see here, we have a tabla of automatic,
05:58we say that at 7am we will have the registration,
06:03in the lobby, we also have the description of the event,
06:08which is to check and receive the material events.
06:13The person a cargo will be John Do, and this will have a duration of 30 minutes.
06:17Obviously, it is a sample that we send the artificial intelligence.
06:20This can be personalized, but it costs a lot of life,
06:25because there are people who maybe don't have a form that allows them to manage
06:28with facilitation programs like Excel, or in this case, Google Sheets.
06:37Here we have a vehicle that has the capacity to do missions in the moon.
06:44It is a vehicle called Flux Robert,
06:48that has the capacity to, with this metal arm,
06:52to collect material material from the moon,
06:55to store it in the boxes that we can see there,
06:58with obviously, scientific missions to research.
07:02Speaking with the speakers of the Astrolab,
07:05they explain that part of the functionalities of this robot is that it can be managed
07:10in a way of autonomously.
07:11It can be programmed so that from the moon,
07:13it can be done pre-programmed missions,
07:16but in the same way, a astronaut that is on the moon,
07:20can also pilot it to advance missions.
07:24In the upper part, it has a solar panel that gives this autonomy.
07:28And one of the characteristics that I have a lot of attention
07:31and that of course could have applications for life here in the Earth
07:34are its llantas,
07:36because they do not have air,
07:39but they have a design that allows them to function without air.
07:43They explain how they were designed in this way,
07:44because in the moon, there are many metals that could damage the llantas.
07:49With this, it is guaranteed a long life, an autonomy of the vehicle
07:55to avoid its maintenance as possible possible.
07:59Well, here we have a small view of what is the future of the space exploration exploration.
08:08Well, I am behind what is a completely transparent monitor.
08:15It is part of the new features that we find here in the Mobile Book Congress in Barcelona.
08:20What we see here is a concept developed by Lenovo,
08:24which is also the brand that is supported by Motorola,
08:28where we can see what would be the future of the images.
08:31There are panels that have a transparency,
08:34that really they see quite well at the view,
08:37and that allow them to interact like with any other computer or computer,
08:43but the difference is that the screen is transparent.
08:46I would like to read in the comments
08:48what you think would be used for this type of screen in the future.
08:52Is it something that will only be used for design,
08:55or will it have other types of functionalities?
09:00What is the beauty of engineering engineering that we have on our backs?
09:05It is a concept of a volator vehicle,
09:07as other brands also are developing.
09:10It is vehicles that work 100% in the form of electric,
09:14that can reach speeds of more than 350 km per hour,
09:19and that is designed to solve the congestion vial,
09:23or the necessities of mobility in cities with high flow of vehicles.
09:28They are vehicles that can transport to four passengers and one conductor by train.
09:34At the moment, we don't know how much it would cost a trip in this type of vehicle.
09:38We know that the first passengers will arrive in cities like New York and Dubai,
09:43but it is a vehicle that in question of minutes,
09:45it can take us from an extreme to another city without major complications.
09:50And so we finished the first day here in the Mobile World Congress.
09:54It has been a full day of discovering innovations,
09:58of passion for those who like the technology.
10:01We have seen robotics, artificial intelligence,
10:04autonomous driving.
10:05The list is long.
10:06Part of what I think most of my attention is to see so many passionate people
10:11of the world of technology,
10:13thousands and thousands of people
10:15across the fields of the FIRA,
10:17discovering among the streets of the stands,
10:20all these innovations and all these developments.
10:23We will continue with this special cover that we are doing from here,
10:27from The Espectador to the Mobile World Congress,
10:30in its version 2024.
10:31Make sure to add your kids.
10:33Stay safe.
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