Big Data is an all-encompassing term that refers to the accumulation of data in large pools employed in today’s global corporate world. It is a collection of organised, semi-structured, and unstructured data gathered by businesses.
Big data necessitates data storage and processing solutions. As a result, these systems are an essential component of many data management architectures. In addition, they’re frequently used in conjunction with tools that help with big data analytics and application platforms.
In 2001, Doug Laney, a world-famous analyst, identified the three key elements of big data – the 3 Vs. They are:
Presently, big data has expanded to include the terms’ value’ and integrity.
The quantity of big data that a company requires doesn’t sum up to any specific volume of data. However, they are quantified using petabytes, terabytes, or exabytes. This unit of measurement takes into account a large pool of big data collected over time.
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The Importance of Big Data
Companies depend on big data to improve customer service, marketing, sales, team management, and many other routine operations during their analysis. They rely on big data to innovate pioneering products and solutions. Big data is the key to making informed and data-driven decisions that can deliver tangible results. The brands aim to boost profits and ROI with big data while establishing themselves as a market leader in their respective segments.
Thus, big data gives companies a competitive advantage over competitors who don’t use big data yet.
Some examples of how big data helps companies are:
- Assisting companies to refine their advertising and marketing strategies/campaigns.
- Improve their consumer engagement and lead conversion rates.
- It helps to study the changing behaviour of corporate buyers, customers and the market.
- Become more responsive to the market and customers needs.
Even medical researchers use big data in identifying risk factors and symptoms of diseases. Doctors also majorly depend on big data to improve disease diagnostics and treatment frameworks. They also rely on data from social media sites, surveys, digital health records and other sources from government agencies.
The Primary Sources of Big Data:
A significant part of big data is generated from three primary resources:
- Machine data
- Social data, and
- Transactional data.
In addition to this, companies also generate data internally through direct customer engagement. This data is usually stored in the company’s firewall. It is then imported externally into the management and analytics system.
Another critical factor to consider about Big data sources is whether it is structured or unstructured. Unstructured data doesn’t have any predefined model of storage and management. Therefore, it requires far more resources to extract meaning out of unstructured data and make it business-ready.
Now, we’ll take a look at the three primary sources of big data:
1. Machine Data
Machine data is automatically generated, either as a response to a specific event or a fixed schedule. It means all the information is developed from multiple sources such as smart sensors, SIEM logs, medical devices and wearables, road cameras, IoT devices, satellites, desktops, mobile phones, industrial machinery, etc. These sources enable companies to track consumer behaviour. Data extracted from machine sources grow exponentially along with the changing external environment of the market. The sensors which record this type of data include:
In a more broad context, machine data also encompasses information churned by servers, user applications, websites, cloud programs, and so on.
2. Social Data
It is derived from social media platforms through tweets, retweets, likes, video uploads, and comments shared on Facebook, Instagram, Twitter, YouTube, Linked In etc. The extensive data generated through social media platforms and online channels offer qualitative and quantitative insights on each crucial facet of brand-customer interaction.
Social media data spreads like wildfire and reaches an extensive audience base. It gauges important insights regarding customer behaviour, their sentiment regarding products and services. This is why brands capitalising on social media channels can build a strong connection with their online demographic. Businesses can harness this data to understand their target market and customer base. This inevitably enhances their decision-making process.
3. Transactional Data
As the name suggests, transactional data is information gathered via online and offline transactions during different points of sale. The data includes vital details like transaction time, location, products purchased, product prices, payment methods, discounts/coupons used, and other relevant quantifiable information related to transactions.
The sources of transactional data include:
- Payment orders
- Storage records and
Transactional data is a key source of business intelligence. The unique characteristic of transactional data is its time print. Since all transactional data include a time print, it is time-sensitive and highly volatile. In plain words, transactional data will lose its credibility and importance if not used in due time. Thus, companies using transactional data promptly can gain the upper hand in the market.
However, transactional data demand a separate set of experts to process, analyse, and interpret, manage data. Moreover, such type of data is the most challenging to interpret for most businesses.
How Does Big Data Analytics Work?
Companies need to work around analytics applications, partner with data scientists and engage with other data analysts to extract relevant and valid insights from big data. In addition, they must have an enhanced understanding of all available data. Finally, the analytics team also needs to clarify what they want to extract from the data.
The team needs to take care of :
- Validation of data sets.
These are some of the most important initial steps taken in data analysis.
Once all the big data has been prepared and gathered for interpretation, a combination of advanced data science and analytics disciplines is applied through different machine learning tools. This will help to generate results that lead to businesses growth and development.
Some additional steps ideal to the analysis of big data are:
- Deep learning offshoot of data
- Data mining
- Streaming analytics
- Predictive modelling
- Statistical analysis
- Text mining
moreover, there are different branches of analytics used in extracting insights from big data. These models of analytics are as follows:
1. Marketing Analytics
It gives valuable information for improving a brand’s marketing campaigns, promotional offers and other consumer outreach.
2. Comparative Analysis
It looks into customer behaviour metrics and enables real-time engagement with customers so that enterprises can compare brands, products, services and business performance with their competitors. This analysis requires the following type of data:
- Demographic data
- Transactional data
- Web behaviour data
- Consumer text data from surveys, feedback forms etc.
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3. Sentiment Analysis
It focuses on customer feedback on a specific product or service, customer satisfaction, and pointers to improve in these areas.
4. Social Media Analysis
. This analysis is about people’s responses over social media platforms regarding their choices and preferences over a particular service or product. This analysis helps businesses identify possible problems and target the correct audiences for all their marketing campaigns.
What Should Businesses Do to Extract Valuable Insights from Big Data?
Real business value is extracted from the capacity of big data to generate actionable insights. Companies should aim to develop a cohesive, comprehensive, and sustainable strategy for analysis. They should also focus on differentiating themselves in the industry through decisions that support employees and business development.
Big data analysis is a resource and time-intensive task. Despite having the most advanced technologies, companies often struggle with big data analysis due to skilled and qualified big data experts. And hence need to hire specialists who can provide them with growth-oriented insights. This is where you can make a difference. By gaining competent big data skills and knowledge, you can become a valuable asset for any organisation.
Professional certification courses are an excellent way to upskill. For instance, upGrad’s Executive PG Programme in Software Development – Specialisation in Big Data is specially curated by industry experts to help learners acquire industry-relevant skills. In this 13 month course, students learn data processing with PySpark, data warehousing, real-time processing, big data processing on the cloud. Not just that, they also get to work on industry projects and assignments.
Big data is the backbone of businesses in the modern industry. Big data analysis helps companies to make growth strategies for both the present and future. It is pivotal for studying the market graph and customer needs.
The fundamental dynamics of big data is no longer a consideration of data engagement only. The bigger picture is to identify credible ways to increase the data production in the subsequent years for gaining broader and more reliable insights.
What are the four essential parts of big data?
The four major components of big data are-
What are the three main principles of Big Data usability?
The three main tenets of big data are the 3 Vs:
Who analyses big data?
Data scientists, data analysts, big data engineers, big data architects, and other data experts look into big data analytics and management in a business.
What are some of the best big data tools?
Some of the best big data handling tools are as follows:
2. Apache Hadoop
3. Apache Cassandra Tableau