Big Data refers to a lot of data that has been accumulated by some source. It’s a present-day terminology used to refer to this big cluster of data.
Big Data in IoT refers to the collection of the huge amount of data that is collected using IoT devices. This data comprises the live/reference data being fetched from the sensors and the feedback data being collected by the actuators.
IoT deals with a wide variety of fields and types of data. This also means that these devices have to deal with diverse data daily. Some of that data might be temporary, while the other, coming as feedback, might be a permanent type of data.
The collected data is then processed and used for various corporate benefits. Just as the use of the same data varies from one business to another, the way of handling the data accumulated varies too.
The data obtained might be of high importance and relevance but can still be useless if it is not being presented and used in the right form. Often the data that is collected by these IoT devices are scattered and muzzled.
It is not in a form that can be comprehended and understood by machines. Big Data comes into play here.
It organizes the data into discrete datasets that are ready to be processed further with various AI algorithms. More about which can be understood by reading AIoT: When Artificial Intelligence Meets the Internet of Things
So, it is evident that even if Big Data and IoT are two entirely different concepts with different objectives, they are related in the most crucial way.
In today’s scenario, Big Data drives IoT. No matter how efficient the devices are and how precise the collected data is, as seen, it would make no sense until it is processed and analyzed properly.
But, in the end, it all comes to how this is all this profitable to the businesses. Although investing in learning and implementing new technologies might seem like an expensive expenditure to businesses and companies but the profits it reaps eventually makes it all worth it!
Data patterns and trends are extremely crucial to companies, as it helps them to evaluate what works best in their interests and help them in devising new methods and work models. Numbers play a huge role in a corporate, and so does its management.
Making the services better increases reliability and, thus, proportionally impacts the ROI. Slowly the companies are taking a turn towards big data cloud storage. This helps them in minimizing the implementation cost.
Let’s see the major areas that will significantly be impacted by the implementation of big data in IoT.
Health care is one of the fields that deal with a wide variety and quantity of data on a day-to-day basis. Also, noticing the patterns and taking adequate actions are extremely crucial for the patient’s well-being.
Companies and Businesses
Wherever there are machines and patterns involved, big data and IoT come to play. IoT detects any sort of failures that might be in the cards for the machines and devices with the help of data from the sensors and feedback data from the actuators.
Thus, helping the companies deal with the problems well in advance.
IoT can only do it with the implementation of various AI algorithms and their umbrella components. And they require structured data, and this structured data comes from the services provided by big data.
Thus, even if it does seem connected directly, it is being influenced indirectly by big data in IoT.
Transportation and Electric Vehicles
Adding IoT devices is one thing and then managing the collected data is another. It gives them an edge and makes them more useful and reliable.
Big data helps them with exactly that!
Implementing big data in IoT and using it in vehicles being used for transportation will allow people to track the vehicles, help them at the time of emergency, etc.
Using the same tech in electric vehicles makes them smart and reliable options. It makes people shift from conventional vehicles to EVs faster. Thus, helping the environment in the longer run.
It can also help EV owners to know about the health of their vehicles and the charging status.
Big data implemented in IoT can also be used for monitoring purposes. The data used for monitoring is mostly videos, pictures, and sounds.
All this requires a lot of storage space and device capacity, and thus, shifting all the operations related to such data to the cloud is a great alternative.
Big data helps in managing and structuring the data that’ll then make it ready to be analyzed and used.
It can also help you in dealing with real-time data and extracting meaningful insights from it. Mostly live streams and data being fetched from them needs instant filtration and monitoring.
This is where big data’s cloud implementation comes into the picture. Not only does it tackle the huge data, but it also reduces the latency created by the devices and their slow performance as well as external parameters.
Hence, it is relevant that the implementation of big data in IoT gives it an edge over conventional IoT.
It makes it better, faster, and more efficient. It also increases its use as it promotes convenience. Big data tools are easy to understand and can be used with very basic knowledge as well. Thus it makes the adaption smooth and desirable.