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- | ===== Main IoT domains generating data===== | + | ===== ===== |
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+ | ===== Main IoT Domains Generating Data===== | ||
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- | The emergence of new information sources indispensably affects the data centre market, and it has experienced structural changes in recent years. Indeed, information technology tends to go beyond processing data in traditional data centres and opt for of cloud-centric ones. In just a few years, only 8% of overall workloads will be handled by old-school data centres. | + | The emergence of new information sources indispensably affects the data centre market, and it has experienced structural changes in recent years. Indeed, information technology tends to go beyond processing data in traditional data centres and opt for cloud-centric ones. In just a few years, only 8 % of overall workloads will be handled by old-school data centres. |
- | The IoT is predicted to generate | + | The IoT is predicted to generate |
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- | - Air travel: Arming planes with smart sensors to prevent failures is already a reality. These sensors produce several terabytes of data per flight. For example, Cisco said that a Boeing 787 aircraft could generate 40 TBs per hour of flight. These IoT solutions in the air industry have several applications beyond preventing failure. They can also reduce fuel consumption, | + | |
- | - Mining: For the mining industry, the main benefit of using the IoT is safety. By automating machines (M2M), humans are not required to stay close to the vehicles and risk their lives. Cisco predicts that mining operations can generate up to 2.4TBs of data every minute. | + | |
- | - Cars: A smart IoT connected vehicle is a fountain of data. It is continuously transmitting data to manufacturers, | + | |
- | - Utilities: the worldwide revenue opportunity presented by the IoT for the utility industry by 2018 is estimated to reach $201 billion. Smart meters are just an example. According to the UK Department of Energy & Climate Change, by the end of 2014, there were a total of 20.8 million gas meters and 25.3 million electricity meters operated by the larger energy suppliers in British domestic properties. Smart meters collect data on how much energy is being used every 30 minutes, 24/7, 365. It sends to the cloud several TBs of information every year. | + | |
- | - Cities: Smart cities will be made of everything out there. Street lamps talking to the grid, urban parks connecting to services and rivers sending out alerts on pollution levels. All this data is generated on a daily basis, and it’s stored in the cloud. Millions of sensors, deployed in every city will continuously produce vast amounts of information. | + | |
- | - Wearables: It is estimated that by 2019 more than 578 million wearables will be in use around the world. These solutions are continually collecting data on health, fitness and wellness. The amount of data produced by wearables varies according to the device being worn and the type of sensors it has included. | + | |
- | - Sports: As sports adopt more wearables and smart clothing to improve performances, | + | |
- | - Logistics: Until today, transportation of goods would be over once the supply chain shipped the products. But with the IoT, the service will be extended further beyond this, and smart goods will constantly produce more data. Some logistic companies are already collecting data from their suppliers, and also from their suppliers’ suppliers. Most of this data will be RFID, giving logistic companies the ability to analyse it in real time and tackle any future problems that might happen in the chain. | + | |
- | - Healthcare: Smart healthcare is already being adopted in several countries. Huge virtual platforms store patient data that can be accessed by health services anywhere else. The health sector will see tremendous benefits from the IoT, with sensors being deployed across all areas in a medical unit. Medical companies are using connectivity to prevent power surges in medical devices, including critical instruments used in surgeries. All this information is stored for future analysis. | + | |
- | - Smart homes: Smart homes are already a reality and by 2020 consumers expect this ecosystem to be widely available. It is predicted that one smart connected home today can produce as much as 1GB of information a week. | + | |
+ | - **Air travel**: arming planes with smart sensors to prevent failures is already a reality. These sensors produce several terabytes of data per flight. For example, Cisco said that a Boeing 787 aircraft could generate 40 TBs per hour of flight. These IoT solutions in the air industry have several applications beyond preventing failure. They can also reduce fuel consumption, | ||
+ | - **Mining**: for the mining industry, the main benefit of using the IoT is safety. By automating machines (M2M), humans are not required to stay close to the vehicles and risk their lives. Cisco predicts that mining operations can generate up to 2.4 TBs of data every minute. | ||
+ | - **Cars**: a smart IoT connected vehicle is a fountain of data. It is continuously transmitting data to manufacturers, | ||
+ | - **Utilities**: | ||
+ | - **Cities**: smart cities will be made of everything out there. Street lamps talking to the grid, urban parks connecting to services and rivers, sending out alerts on pollution levels. All this data is generated on a daily basis, and it’s stored in the cloud. Millions of sensors, deployed in every city will continuously produce vast amounts of information. | ||
+ | - **Wearables**: | ||
+ | - **Sports**: as sports adopt more wearables and smart clothing to improve performances, | ||
+ | - **Logistics**: | ||
+ | - **Healthcare**: | ||
+ | - **Smart homes**: smart homes are already a reality, and by 2020, consumers expect this ecosystem to be widely available. It is predicted that one smart connected home today can produce as much as 1 GB of information a week. |