5 Key Types of Big Data Analytics

You must have heard about ‘data analytics' or ‘data analysis.' Consider this a trending term, which is now a vital component of the digital world.

In the year 2021, most businesses want to recruit employees who are familiar with data analytics. It will be beneficial for companies, as skilled employees will help sort big data and evaluate it effectively.

Without successfully analyzing big data, businesses will drive themselves crazy. Properly analyzed data will help management make informed decisions, but the firm will plan its future accordingly. If you are interested in doing so, try to learn more about ‘Big Data Analytics.'

The majority of firms are interested in Big Data Analytics more than ever. They now understand that it is a golden opportunity, something they should dive into right away. If not, they will waste their time and investment by not using Big Data or analyzing it on time.

Big Data Analytics is a collective term, which undertakes five different types of analysis. All of these types are crucial in achieving business growth. Therefore, one should have enough knowledge about what goes into the Big Data Analytics' world.  So, if you are thinking about upgrading your present skill sets in the Big Data courses then you can sign up for Big Data, Hadoop, Splunk, Python, Apache Spark Certification course that will definitely help you grab your dream job in the coming future.

If you are passionate about digits and want to play with them in a professional setting, get your hands on Big Data Analytics. It would be best to get qualified in it, as it is a rapidly-growing field. Nowadays, educational institutes offer several degrees, like data analytics degree online, which will do you a great favor.

Without further ado, let's dig through the five essential types of Big Data Analytics!


Diagnostic Analytics

Diagnostic Analytics

Over here, businesses explore a particular situation in detail. Diagnostic analytics helps them find the root cause of a current issue and explore a new opportunity. In particular, a cause-effect relationship gets analyzed by a specific set of data.

Some major diagnostic analytics strategies are data mining, drill-down, and data discovery. Another reason for practicing this type of data analytics is to compare current data with past events' data.

It gives businesses the leverage to learn about the data insights and make an understanding out of them. In this manner, companies can forecast a potential issue before it occurs.


Descriptive Analytics

Descriptive Analytics

As the name suggests, descriptive data analytics helps summarize the raw form of information, later converting it into an easily understandable format. Through this analytics technique, one can discuss a specific event in detail and derive which pattern is getting followed.

Descriptive analytics is the essential type of Big Data Analytics, usually because it reveals crucial information about a company. Without conducting proper descriptive analytics, you will be unable to draft ideal intelligence tools and data transcriptions. This type of analytics includes two categories:

  • Canned Reports: This includes data about a specific subject, which is well-designed on previously identified parameters like annual or monthly reports.
  • Ad-hoc Reports: This type of descriptive report is not usually pre-determined but only presented when needed.
  • Predictive Analytics

Another critical type of Big Data Analytics is predictive analytics, where future trends are forecasted based on the current data. Rather than focusing on past information, existing data get predicated for accurate results. Through this type of analytics, you can predict the occurrence of a future event.

Usually, predictive analytics is helpful in the healthcare sector, where a patient's probability of contracting a disease gets recorded. Some ways of predicting this data are assessing patients' lifestyle choices, environment, habits, and genetics.

Consider this type of analytics as a hybrid version of diagnostic and descriptive analytics. With the help of these two analytics, predictions are according to the given conditions.


Augmented Analytics

Augmented Analytics

Businesses can now utilize the essence of Artificial Intelligence and Machine Learning to do an automated data analytics. Thanks to this type of Big Data Analytics, information analysis procedures like gaining data insights and preparing it to become easy to perform.

If you are not well-trained in data sciences, let augmented analytics make your job easier.

If you want instant results for your problems, take help from augmented analytics. Not only it gives quick answers, but it automates the entire process of machine learning and data sciences for your perusal.

You won't have to do trivial tasks through this technique or waste time manually processing data. It will automatically speed up the entire process and convert relevant data into actionable stages.


Prescriptive Analytics

Prescriptive Analytics

When performing prescriptive analytics, you will have to evaluate a large set of data and foresee how you arrived at a particular result. Take a GPS application as an example to understand this, where you look at different routes to arrive at a specific destination.

When you have various options, you will select the ideal one to reach your destination. That is why businesses use prescriptive analytics.

Through prescriptive analytics, companies make effective decisions without wasting their time. Using AI prescriptive analytics and Machine Learning to help find the possible solutions without manually experimenting with them.

The primary objective here is to eliminate any future issues by opting for the next optimal solution.


The Bottom Line

It would help if you were well-aware of the five different types of Big Data Analytics by now. It may sound overwhelming in the beginning, but you will soon get the hang of it.

Why not try to be the next best Data Analytics expert by effectively applying these types in practical situations? If you have the will, you will surely top in the field of Big Data Analytics!

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