Data Analytics

What Is Data Analytics?

Data analytics is the process of exploring, transforming, and analyzing data to identify trends and patterns that reveal meaningful insights and building efficiencies that support decision-making. A modern data analytics strategy empowers systems and organizations to act based on real-time, automated analytics, ensuring impactful, immediate outcomes. 

The Data Analytics Process

The data analytics process is built on multiple steps and phases. Learnings from a later phase might require moving backwards and re-working an earlier phase, making it a more cyclical rather than linear journey. Most importantly, successful data analytics processes are dependent on repeatability and automation between each of these steps.

The analytics process is best broken down into the following steps and phases:

  • Data Input

    Data input: Determine the requirements and collect the data. This involves a bit of investigatory work like talking to stakeholders, finding out who the data keepers are, and gaining access to the data itself. 

  • Data Preparation

    Data preparation: The strategy and tactics of preparing data for its ultimate purpose of producing analytic insights. This includes cleaning and consolidating raw data into well structured, analysis-ready data. This also includes testing the outcomes at each part of the preparation process to ensure the analysis is yielding the desired outcomes.

  • Data Exploration

    Data exploration: Data exploration, or exploratory data analysis, is the process of surveying and investigating a large dataset through sampling, statistical analysis, pattern identification, visual profiling, and more. The methods are not necessarily scientific or conclusive, but rather, they serve to build understanding that leads to more informed data transformation.

  • Data Enrichment

    Data enrichment: Enrich and augment data with additional inputs and datasets to further inform an analysis. This step in the data analytics process is crucial for revealing novel insights by looking at data from a new perspective.

  • Data Science

    Data science: The application of more advanced data methods for deeper, harder-to-extract meaning and insights that are largely unobtainable through more rudimentary modalities of data processing. This includes algorithms, model training, machine learning or ML, artificial intelligence or AI, to name a few.

  • Business Intelligence

    Business intelligence: The combined outcomes of an organization's data, software, infrastructure, business processes, and human intuition. The results deliver actionable insights through reports, dashboards, and visualizations to help inform business decisions.

  • Reporting

    Reporting: The outcomes of data analytics need to be shared in an effective way that preserves the knowledge gained. Reporting is organizing that knowledge and its outcomes in an easy-to-comprehend format.

  • Optimization

    Optimization: As variables change over time, models need to be optimized and improved to continue to fulfill their initial purpose or to evolve from this purpose based on new inputs or changing characteristics.

Types of Data Analytics

Types of Data Analysis

There are several different types of data analytics. They are:

  • Descriptive analytics: Answers the question “What happened?” (What were our sales for the past week?)
  • Diagnostic analytics: Answers the question “Why did this happen?” (Why did our sales increase from the previous week?)
  • Predictive analytics: Answers the question “What will happen?” (What do we think our same store sales will be during the holiday season?)
  • Prescriptive analytics: Answers the question “What should I do?” (Based on our predictions, we recommend shipping more of a certain product to prevent a stockout.)

Descriptive and diagnostic analytics allow data analysts and leaders to level set. These processes are building blocks that pave the way for more sophisticated insights that result from predictive and prescriptive analytics.

Building a Mature Data Analytics Foundation

Data is omnipresent within any system or organization that exists today. Many systems or organizations use analytics to improve their processes or experience impactful outcomes. There’s no questioning if data analytics is important. The focus of modern organizations is on building a mature data analytics strategy — one that ensures real-time insights and future-looking decision-making.

A Modern Analytics Solution Depends on Automation

Within the data analytics practice there are a myriad of point solutions which align to each step or phase mentioned previously in the data analytics process. A core issue of the point solution approach, however, is the inability to easily automate the end-to-end data science and analytic process. Analytic automation enables true real-time analysis as it’s built on a foundation of automation throughout the entire analytics journey in a single analytics solution.

With the introduction of data analytics automation, analytic teams and organizations can automate any and every part of their analytics process — from initial input of data, through data cleansing, enrichment, data science and machine learning, to writing the data into relevant apps, cloud databases, BI platforms, etc. — all contained in one analytics solution.

A Modern Organization Depends on an Analytics Center of Excellence

Additionally, a company’s ability to compete in the emerging digital economy requires faster-paced, forward-looking decisions. Thus, modern systems and organizations looking to digitally transform must consider a modern data analytics strategy a “key accelerant” of their efforts.

Building a Data Analytics Center of Excellence

A center of excellence is a centralized analytics function built to effectively evangelize and implement a data-analytics-first culture throughout the organization, with the goal of improved operational efficiencies and processes, resulting in impactful, organization-wide decision-making and real-time business outcomes. With an effective center of excellence, organizations are enabled with internally led training, consultation, guidance, and support; can promote best practices; implement analytics modelling methodology framework; and maximize ROI on analytics investments.

A successful center of excellence will also be the vehicle to connect data, analytics, processes, and people. The convergence of these four pillars ensures data is democratized throughout the org, empowers analysts to become citizen data scientists, automates the analytic process throughout the analytics journey, and eases the upskilling of the workforce.

The data backs up the investment in a strong center of excellence: A recent survey notes the catalyst effect of a single, common set of tools and methods across the enterprise for accessing and analyzing data, noting that of the 26% who are doing this right, 80% exceeded their business goals. And in companies where all personnel were educated about how to leverage data, 88% exceeded business goals compared to just 61% of those with few trained employees.

Modern Data Analytics Use Cases

The use cases for data analytics in a digital first world are almost endless, from predicting customer behavior based on omnichannel interactions to anticipating changes within a supply chain due to natural disasters. Let’s dig into a few of the most common examples we experience across industries.

Supply Chain 



Public Sector

Financial Services

  • Global financial crimes compliance: MUFG Bank
  • Centralized analytics strategy: UBS
  • Personalized tax advice: Brookson

Office of Finance

  • Reduce fraud, waste, and abuse: Aprio
  • Automating accounting, tax, and finance processes: Capitalize
  • Improved accuracy of complicated entity structures: On-Demand Webinar