Index IntroductionProjectProject ScopeHigh Level RequirementsPop. Up Air Bus Vehicle - Effective TransportationUsing Nuclear Fusion to Generate ElectricitySmart Roads - Integrated Automatic Induction LanesAlternative TechnologyComponent SummaryTechnology SummaryReferences:IntroductionThe future smart city will use data and technology together to improve the well-being of society (McKinsey, 2018). The smart city infrastructure will be built using the Internet of Things, artificial intelligence, automation, big data analytics, robotics, nanotechnology and much more. There will be sensors everywhere to collect data to determine traffic, air quality, temperature and much more. The entire city will be connected and all data will be separated and analyzed. There will be a very high-speed wireless network connecting the entire city. Smart cities aim to build a better life with green atmosphere, crime-free cities, less traffic congestion, zero accidents, through effective use of renewable energy, zero greenhouse gas emissions, developing health services, drainage systems, efficient education and software applications. to plagiarism. Get a tailor-made essay on "Why Violent Video Games Shouldn't Be Banned"? Get an original essayProjectThe main idea of ​​the project is to determine the critical technological components needed to build a smart city in 15-25 years.Scope of the projectIdentify the critical technological components, their functions, their status, problems that prevent their commercialization on the market and the time needed to implement them on the market in the development of a smart city within 15-25 years. High-level requirements An online search was performed to identify the most critical technologies to build the smart city in 15-25 years. I felt that sectors such as transportation, electricity and roads are very important to build a smart city. Below are the technological components that will be available in 15-25 years to efficiently build the smart city. I'm Pop. About Aerial Bus Vehicle ·Using Nuclear Fusion to Generate Electricity Integrated Automatic Induction Lanes Critical Technologies:Pop. Up Air Bus Vehicle - Effective Transportation The Pop.Up Air Bus Vehicle is designed to reduce the traffic congestion faced in today's world. It is a two-seater vehicle that can function as an autonomous car and also as a drone. This vehicle can operate both on land and in the air. The passenger will be able to book the ride through the appropriate app. This vehicle, with the use of artificial intelligence, will determine the route of travel, the mode of travel (air or land or both), the cost, the option to share the trip and the cost involved. Once the passenger boards the vehicle, it confirms the authenticity of the passengers by scanning their faces to verify if they are the ones who requested the ride. They communicate with the passenger through virtual screens. When there is sudden congestion on the road, the passenger can hitch a ride by plane and the drone vehicle will attach to the Pop.Up air bus and start flying. As soon as the passengers reach their respective destination, this vehicle will reach the assigned workstation to load the vehicles and will stay there until they receive a ride request from the next passenger. The car mode can travel up to 62 miles if charged once. The Pop.Up air vehicle is still in development and should be on the market in another 15 years. (Stacy, 2018) Use of nuclear fusion forgenerate electricity Energy is usually generated using water, wind, coal and many other sources. These fuels will soon be extinct due to their enormous use. The purpose of the International Thermonuclear Experimental Reactor (ITER) is to produce energy equivalent to the sun through the process of nuclear fusion with the Tokamak power plant. In nuclear fusion, energy is generated by combining two atomic nuclei to form the unnucleus. This happens when you heat hydrogen and tritium nuclei to very high temperatures of around 150 million degrees and lower pressure to form helium. It is expected to provide infinite energy by 2040. The helium released is not dangerous. (Tom, 2018) Smart Roads: Integrated Automatic Induction Lanes Many electric cars, unlike Teslas, are capable of traveling at 20 mph, 40 mph and 60 mph when charged once. With these cars it is difficult to travel long distances because they have to stop several times at charging stations. To overcome this difficulty, the roads will be equipped with coils and a special receiver that will be mounted on these electric cars. Vehicles will be able to charge from these coils allowing for wireless charging of vehicles. The current disadvantage is that the receiver and charging coils would have to be very close to each other to start and continue charging. Many questions like whether the generated magnetic fields will have an adverse effect on the health of people traveling on the bus? Who will be responsible for paying for the energy used? How will it be detected? Is there a waste of power? Once the problems are resolved, all automakers will have to redesign cars and build roads that make it easier to charge electric vehicles. This is expected to be fully implemented by 2040. (Jeremy, 2017) Alternative technology Hydrogen powered vehicle. The alternative for electric vehicles are hydrogen-powered vehicles. These vehicles do not emit greenhouse gases. It will be the fuel of the future, as hydrogen is available in large quantities on earth. These vehicles will inhale oxygen from the atmosphere and combine with the available hydrogen in the vehicle's tank to produce electricity and the water will be expelled. It takes only a few minutes to fill up with hydrogen from the hydrogen filling station like we do for petrol or diesel, while charging electric cars takes at least 30 minutes. Cars can run 300 miles per hour when the tank is completely full of hydrogen. Companies such as Toyota and BMV have shown interest in producing these hydrogen-powered vehicles. These vehicles can only be successfully deployed when enough hydrogen refueling stations are built. Currently this technology does not have refueling stations, so it will take a few years to be successful on toads. Component Summary All three technologies discussed were found to be efficient. The Pop.Up aerial bus will reduce traffic congestions and provide a pleasant view and ride to its passengers with the use of artificial intelligence. This technology can only be implemented when other necessary features such as roads, charging stations and buildings are available to pave the way for air travel. Airbus and the Italian design house are involved in the design and production of the model, while Audi has taken responsibility for the automation and improvement of the battery. The company currently aims to redesign a lighter Pop.Up vehicle. It is estimated that it will be available on the market in 15 years after successful test drives. Hydrogen-powered vehicles are renewable resources, which are not dangerous by nature and have no negative impact on the climate..