IndexEnvironmentEconomyEthics/securityLegislationThe benefits of the IoE on improving citizens' experiences are numerous. An advantage would be traffic control and parking. Many know that GPS systems can provide multiple routes based on the level of traffic within the area. Digitalization of traffic controls uses information from traffic feeds, road construction and closures to reroute traffic for a shorter travel time. Additionally, they can adjust public transportation timetables to account for more accurate arrival and departure times. Say no to plagiarism. Get a tailor-made essay on "Why Violent Video Games Shouldn't Be Banned"? Get an original essay GPS and sensors are used in cities to update public transport timetables and encourage the use of public transport. This can help reduce the amount of traffic congestion on busy roads. Parking lots can monitor how many parking spaces are available, thus reducing unnecessary time spent searching for a parking space. In some cases, these systems will be able to interact with your car and guide you to an available space. Another benefit would be green living and sustainability, more than half of the population lives in urban areas, which is creating ecological problems. Reducing excessive carbon emissions from transportation and increasing energy consumption are goals of governments around the world. IoE-enabled resources can connect via the Internet to a utility, which can then optimize energy consumption during non-peak demand periods. An example of this would be Chicago, which has put in place a series of sensors to monitor air quality and sidewalk traffic block by block. Another example is that of Glasgow, where crime and traffic problems are monitored to improve citizen safety and congestion on the roads. These sensors can also monitor noise and foot traffic to decide areas that need improvement. Environment There are many IoE technologies that have been designed specifically to address environmental issues and can also help slow or even reduce the impact of climate change. A recent study found that IoE devices could potentially reduce power consumption by 10%. Thermostats in homes are connected to the Internet, which can allow them to automatically turn off when it detects that no one is home or reduce the amount of energy used when it is not needed. You can also download an app to your phone that lets you turn it off or on. So if you're out and forgot to turn it off, you can use the app, or if you're coming home early and want it to be warm when you get home. The IoE helps protect endangered species and monitor wild animals. Collars (and perhaps one day sensors placed under the skin) equipped with IoE technology can help us study endangered animals, their habits, and learn more about how to protect them. There was a project that used these collars to track lions and alert livestock farmers to their location to avoid deadly confrontations. There has also been the use of drones to keep an eye on them and protect them from poachers. This is a less invasive approach than others, which will make it easier to constantly monitor animal populations. The IoE has the potential to help protect our environment. For example, monitoring air, water and soil quality, monitoring wildlife or reducing consumption ofenergy. There are some environmental concerns present in the IoE. One of the main concerns is e-waste (waste electrical and electronic equipment), more and more IoE devices are being introduced into the world leading to old devices being thrown away and ending up in landfill which, if left for a long time, could increase chemical emissions that pollute the air. Another concern is the amount of energy consumption. IoT networks need large data centers to process and support their desires. As a result, the energy consumption of data centers is enormous. The resources needed to provide that energy can add a huge burden to the setting. Although large data centers are trying to use as little energy as possible, this is still affecting the energy sector. Additionally, the energy and resources used to produce thousands of new devices represent another source of energy consumption caused by IoT. Economy One of the main benefits that the IoE has on the economy is the creation of new jobs. an example would be a cybersecurity professional, these specialists prevent data loss caused by malfunctions and also stop or mitigate targeted hacker attacks. With thousands of devices introduced, this means security specialists may have a lot on their plate. There are important consequences for data incidents. Targeted attacks could knock out entire countries' internets or, on a smaller scale, simply disrupt the usefulness of a private medical device, putting someone's health at risk. Data security specialists must be forced to understand the complexities of the Internet and protect device links from attacks. They need to be able to analyze data trends and develop action plans to defend every type of digitized asset, whether it's online fitness records, smart traffic lights, or your utility company's equipment. These professionals should continually analyze and measure growing threats and vary their efforts to combat those threats. And finally, in case a data breach occurs, they always have disaster recovery in place. Another example would be agricultural technologies, which work to feed the planet by maximizing the food we tend to get from our plants and animals. These technicians may specialize in soil analysis, stock care, or crop yield. To do their best work, these workers want data, and lots of it. Farmers will monitor the location of all their vehicles and fuel levels and see the amount of fertilizer or herbicide applied to specific components of the fields. During harvests, farms can get timely updates on yields as combine harvesters start harvesting. Areas with lower yields could also be marked for additional fertilizer in the following planting season. Technologists must be forced to keep digital eyes on the livestock. Sensors built into cattle herds monitor the health of each animal. If a cow becomes ill, managers directly acknowledge that they must contact a veterinarian to prevent the animal from getting worse and to prevent it from spreading the disease to others. Various sensors can monitor milk production and even nutrient levels of each cow's milk. All of this combined means agricultural professionals have a clearer picture of how to improve the efficiency of each property. With the help of technologists, every farmer can maximize profit and maintain the business for a long time.