Tips to make huge money, latest fashion accessories, top efficient cars and so on; these are the usual searches that people make on their phablets or smartphones. In contrast to this, while implementing Internet of Things devices to their business or lifestyle, they rarely explore some more prominent areas where IoT can make a boom. Here, we have listed a few domains and devices where IoT implementation can be given a thought.
1. Healthcare Industry
It is important for the experts and healthcare professionals to understand that IoT can bring huge amendments in healthcare industry. It is also crucial to realize, how this can happen and what are the measurable steps to accomplish the target. Understanding all these factors and possibilities can give a new path to health care industry to gain high advancements.
2. Energy Delivery
Smart grids can do a lot by helping the humankind with its feature of delivering energy like oil & gas, water and electricity. This feature can be improved by integrating IoT technology to it. Thus, it is important to understand its implications, various applications and challenges that can create an issue.
3. Smart Vehicles
Google smart car has created a lot of buzz in the market. Most of us must be thinking, what is a driverless car and how it can run on its own? What is the technology that is making the car to run on its own? What is the scope and possible advancements that can be achieved? What can be done to make the car more hi-tech? Answers to all such questions can give a new achievement in the technology world.
4. Hi-Tech City
IoT technology can connect the entire city with a network. Despite of various challenges, a lot of amendments can be made. It is also important to realize the reason behind connecting the city.
5. Impediments to Implement IoT
Internet of Things have strong features, but there are various issues that usually evolve while its implementation. Identifying it can help to overcome them which can help time and money of a firm or organization. A few real examples can also help in identifying the possible issues.
6. Associated Expenses
Installing IoT consume varied expenses, sometimes high and sometimes low. The financial burden can be realized, if each accessory or device involved is analyzed in aspect of their power consumption and efficiency. Thus, a substitute component can be found which can help in cost cutting of the IoT network.
7. Future Prospects
It is important to understand the existence of Internet of Things and its scope in various industries. Realizing its impact and applications can help us to identify the context of the future.
8. Security Issues:
Security is the most important aspect that must be considered while transferring the data. Since, the entire process of IoT involves data transfer, it is very important to understand all the possibilities of data leakage. There are many loopholes in the process which are required to be identified and fixed. Analysing all this can help in acquiring a strong IoT system.
9. Accessibility To IoT Devices Or System
As stated above, security is one of the major issues that must be considered while establishing a IoT connection. Thus, its accessibility must be limited to a few individuals. This way, people can reduce the probability of hacking usually happens in IoT system.
10. Ethical And Political Considerations
It is required to analyse that what IoT actually mean for people? Understanding this, can help in bringing more advancements which can boost the presence in market and for the users. It might also have some other effect to power and resources consumption. Simultaneously, it is also important to realise the adverse effects of IoT. Will it enhance the living standard of the people or can bring down their growth? Can IoT be considered as the context for the advanced world? What are the possible opportunities and challenges?
Exploring and understanding all such factors in aspect of IoT can bring people a lot of future possibilities. Also, this can help in overcoming the loopholes of the technology, thus, a better system can be acquired with high productivity and less errors.
