What is a data analytics framework?


Today, data is central to almost every business in the world. Members of this level produced a large amount of 79 zettabytes, or 79 trillion gigabytes, of the big data that Statista estimated to have been released in 2021, so it is responsible for the lion’s share of its use, processing, and storage.

Data analysis techniques are an important part of all big data management and optimization efforts. They combine quality systems with cost-effective data technology to create information-rich strategies for business operations. Older models fail to consider the needs of the organization as a whole, distorting data and creating barriers to performance.

What is a data analytics framework?

Understanding today’s data collection systems and implementing them effectively will be essential for any business looking to stay ahead of the game. So what is a frame?

A method is a fact or concept intended to be a support or guide for building something that expands the structure into something useful. Example In a computer system, a sequence is usually a sequence of steps that indicate the types of programs that can be performed and how they are related.

Why do we need a system for data analysis?

In data analysis, the system allows you to go through data analysis in a structured way. It gives you a process to follow as you analyze your data with your team to identify and solve problems. Imagine that you and your team have a data-driven project and start working on it. If you don’t use a method, chances are different people are using different methods to solve the same problem. Having different methods will make it difficult to make decisions at different stages of your work and be able to document them.

The process will allow you to focus first on business results and the actions and decisions that drive results. This helps you focus on the value proposition before looking at all the available or non-available data that is worth buying.

Technologies and tools that support the data analysis process

To get the best results from a data analysis process, back it up with industry-leading technology:

  • Since cloud systems affect modern enterprise data management, your infrastructure should be ready for the cloud, but without sacrificing your in-house data infrastructure.
  • A multi-machine cloud hybrid will give you the most flexibility in this regard, especially if your organization’s analysis includes a stream schedule.
  • Additionally, integrating data from all relevant sources is essential, and the solutions and tools you use as part of your process should support it.
  • A research system that has storage capabilities, for example, can provide a strong foundation for integration.
  • Using object storage infrastructure to create a data pool that works alongside a data warehouse ensures that all structured, unstructured and semi-structured data can be organized and organized for organization and storage.

Data analysis model

As a data scientist or data analyst, you may be wondering “what analysis methods can I use and what tools can help me analyze my data”?. There are four types of data analysis and tools used to develop the analysis: descriptive analysis, exploratory analysis, predictive analysis, and exploratory analysis.

Choosing an analysis method depends on what you want to get or know from the data. This comes from if you want to diagnose a problem, provide solutions to solve a problem or give advice or actions that should be taken in the future.


It helps you understand the current situation in the organization. It allows you to watch what is happening today and what happened in the past. This type of research usually provides aggregate information to understand market trends or customer behavior, customer value, competitors’ past behavior, etc.

Specific criteria may include simple box plots, and histograms with means, minimum and maximum. Display data in quartiles or deciles on several variables. Or calculate statistical parameters such as mean, mode, standard deviation, etc. The analytical analysis is very powerful in understanding the current situation and in developing an anticipatory view of business problems and opportunities.

2. Diagnostics research

This gives reasons for what happened in the past. This type of research usually tries to get into a particular cause or hypothesis based on descriptive analysis.

While descriptive analysis casts a wider net to understand the breadth of the data, exploratory analysis delves deeper into the value of the problem.

3. Forecasting

Unlike descriptive or exploratory research, predictive research is more prospective. This type of research can help a client answer questions such as: what are my future clients likely to do? What can my competitors do? What will the market be like? How will the future affect my product or service? Forecasting generally predicts what might happen based on the evidence we have seen.

Benefits of cloud-based advanced analytics systems

If you support a data analysis process well based on good data science principles and supported by agile and reliable technology, your business can realize many benefits. Here are some famous ones:

Fast data integration and use

Cloud-based analytics allows multiple types of data to be unified and supports multiple analytics methods. Together, this makes the integration and use of data more efficient, shortens analysis time, and reduces operational barriers. Therefore, less time is spent on processing, preparing, and organizing data, which means more time can be spent on applying data in new ways.

Speed ​​of input and use allows immediate data processing. This can improve customer service, make internal collaboration and innovation more effective, and improve operational efficiency.

Reduce data movement and compression

Embracing enterprise-based data analytics, the cloud gives your business the ability to store, access, and use all of your data without reorganizing, manipulating, or moving it. Instead of having data scattered and in many inconsistent formats, you can jump straight to research, applications and innovations. This, ultimately, will support the end-to-end business and create a single source of truth (SSOT).

Unlimited scalability

In an unpredictable business environment where organizational needs and customer requirements can change instantly, a data collection system that allows you to scale up or down is useful. That’s exactly what you get with cloud computing. This scalability can also lead to savings. The tools used in traditional analytics systems can be expensive or involve complex pricing models, but cloud analytics solutions allow you to pay only for what you use.


By using Big Data and analytics to identify emerging trends, organizations will be able to create new service offerings for their customers. And new business models are killing them. The use of data and analytics is not limited to high-tech companies only.

Whatever industry you work in, be it finance, health, education, insurance, travel, sports, energy, media, manufacturing, marketing, or anything else, big data and collection can play an important role. Therefore, organizations using big data solutions should continue to adapt, while those who are still hesitant to invest should reconsider their organizational policies.

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