Data and analytics is the management of data for all uses and the analysis of data to drive business processes and improve business outcomes through more effective decision making and enhanced customer experiences.
Four Types of data analytics:
1.
Predictive data analysis
Predictive analytics may be the
most commonly used category of data analytics. Businesses use predictive
analytics to identify trends, connections between data, and relationship
between data.
2.
Prescriptive data analytics
Prescriptive analytics is where
AI and big data combine to help predict outcomes and identify what actions to
take. Prescriptive analytics can help answer questions such as “What if we try
this?” and “What is the best action?” You can test the correct variables and
even suggest new variables that offer a higher chance of generating a positive
outcome.
3.
Diagnostic data analytics
While not as exciting as
predicting the future, analyzing data from the past can serve an important
purpose in guiding your business. Diagnostic data analytics is the process of
examining data to understand cause and event or why something happened.
Techniques such as drill down, data discovery, data mining, and correlations
are often employed.
Diagnostic data analytics help
answer why something occurred.
Discover and alerts notify of a
potential issue before it occurs.
4.
Descriptive data analytics
Descriptive analytics are the
backbone of reporting—it’s impossible to have business intelligence (BI) tools
and dashboards without it. It addresses basic questions of “how many, when,
where, and what.”
This report sent monthly or
generated and sent based on the business need.
Data analytics used in several
industries like medical care, climate monitoring, research, cyber security,
customer care, market campaigns, market promotions, insurance, and manufacturer
warranty.
Data analysis process:
Data analytics is performed to convert monolithic application to microservices application.
Data consistency and data
integrity are critical challenges for managing data in the microservices architecture,
as microservices manages its own data.
·
Analyzing big data helped a large printer manufacturer
to cut the attrition rate at their call centers by over 20% – a significant and
tangible financial saving.
·
A large local bank by market capitalization in Asia
that operates in 15 countries world wide was able to achieve higher customer
engagement and increase customer satisfaction by 20% compared to a control
group. The bank was able to benefit by responding to the customer actions, personal
lifetime events and demographic profiles.
·
Businesses collect customer data from many
different channels, including physical retail, e-commerce, and social media. By
using data analytics to create comprehensive customer profiles from this data,
businesses can gain insights into customer behavior to provide a more
personalized experience.
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