To be a truly data-driven enterprise, organizations today must go beyond merely analyzing data. Rather, business experts and IT leaders must transform relevant data into compelling stories that key stakeholders can readily comprehend — and leverage to make better business decisions.

This vital skill is known as data storytelling, and it is a key factor for organizations looking to surface actionable information from their data, without getting lost in the sea of charts and numbers typical of traditional data reporting.

Following is a look at what data storytelling entails and how IT and analytics leaders can put it to work to make good on data’s decision-making potential.

What is data storytelling?

Data storytelling is a method for conveying data-driven insights using narratives and visualizations that engage audiences and help them better understand key conclusions and trends.

But that’s often easier said than done.

“Telling stories with data can be difficult,” says Kathy Rudy, chief data and analytics officer at global technology research and advisory firm ISG.

For Rudy, data storytelling begins with knowing your audience.

“Remember to start with who your main characters are, that is, the audience for your data story. What information is most important to them? Structure your data story so you anticipate the next question the audience will have by thinking like the reader of the story,” says Rudy, adding that, in her 20 years in benchmarking and data analytics, she has had to learn to tell a clear and concise story using data to validate ISG’s recommendations.

The first hurdle most data storytellers face is gaining acceptance for the validity of the data they present, she says. The best way to do this is to hold data validation and understanding sessions to get the question of data validity out of the way.

The goal of the data storyteller is to clear up all questions as to the source of the data, the age of the data, and so on, so that in subsequent views of the data, the storyteller isn’t continually defending the data, Rudy says.

“Don’t get overly technical or you will lose the audience,” she advises. “In the case of IT benchmarking, they don’t want to know about the technology stack, just that the data is relevant, secure, current, comparable, and accurate.”

Elements of data storytelling

Data storytelling consists of data visualization, narrative, and context, says Peter Krensky, a director and analyst on the business analytics and data science team at Gartner.

“With visualization, a picture is worth a thousand words,” he says. “How are you making the story visually engaging? Are you using a graphic or iconography? That doesn’t mean it can’t be a table or very dry information, but you’d better have a visual component.”

The narrative is the story itself — the who, what, where, why. It’s the emotional arc, Krensky says. “If it’s about sales forecasting for the quarter, are we doing great, or are people going to lose their jobs?”

Context is what the people hearing this story need to know. Why one sales representative is always outperforming all the other sales reps is an example of the context for a data story, Krensky says.

Grace Lee, chief data and analytics officer at The Bank of Nova Scotia (known as Scotiabank), says blending context and narrative requires a keen understanding of what makes a story compelling.

“The way that we think about stories, if we remove the data term, it needs a plot that you care about, it needs characters that you root for, and it requires a destination or an outcome that you believe in and aspire to,” she says.

Being able to put the data into context in the form of a narrative allows people to care more and to understand what the action is that comes out of it, Lee says. In addition to focusing on storytelling as a discipline, Lee’s team is also working to create more storytellers across the organization.

“The way we’re educating people around storytelling is really around action orientation, helping people create those narratives, providing more of the context, and allowing people to see the clear line between the data, the insight, and the action to come,” she says.

Lee sees the role of Scotiabank’s data and analytics organization as the storyteller for the enterprise because it’s only in the data that some of the insights about what customers need and want appear.

Key steps in data storytelling

Lars Sudmann, owner of Sudmann & Co., a Belgium-based consulting and management training network, offers insight into the steps that go into data storytelling.

Identify the ‘aha’ insights: One of the greatest pitfalls of data-based presentations is the “data dump.” Rather than overwhelm the audience with data and visualizations, CIOs and data analytics officers should identify one to three key “aha” insights from the data and focus on these. What are the surprising, absolutely key things one needs to know? Identify them and build your presentation around them, Sudmann says. Share the genesis story of the data: To tell a good story with data, a good starting point is the genesis, i.e., the origin of the data. Where does it come from? This is especially important when storytellers present data sets for the first time. Transform surprising turning points into engaging transitions: When storytellers present data and facts, they should share where the data/graphs/trendlines make “surprising” moves. Is there a jump? Is there a turning point? Doing so can provide compelling transitions to deeper analysis, for example: “Normally we would think the data does X, but here we see that it declined. Let’s explore why this happened.”Develop your data: One of the biggest issues in giving presentations today is that people throw heavy data on the screen and then play “catch-up,” with words, such as “This is a crowded slide, but let me explain.” “This might be difficult, but…” Instead, storytellers should develop their data step-by-step. “I am not a fan of fancy animations, but for instance in PowerPoint there is one animation that I recommend: the ‘appear’ animation,” Sudmann says. “With it one can harmonize what one sees and what one says and with that a data story can be built step-by-step.” Emphasize and highlight to bring your story to life: Once storytellers have identified the flow and key aspects of their data stories, it’s important to emphasize and highlight key points with their voices and body language. Show the data, point to it on screen, walk to it, circle it — then it comes to life, Sudmann says. Have a ‘hero’ and a ‘villain’: To make stories more engaging, data storytellers should also consider developing a hero, e.g., the “good tickets,” and a villain, e.g., “the bad tickets raised because of not reading the FAQs,” and then show their development over time, in different departments, as well as the “hero’s journey” to success, Sudmann advises. 

Data storytelling tips for success

Rudy is a firm believer in letting the data unfold by telling a story so that when the storyteller finally gets to the punch line or the “so what, do what” there is full alignment on their message.

As such, storytellers should start at the top and set the stage with the “what.” For example, in the case of an IT benchmark, the storyteller might start off saying that the total IT spend is $X million per year (remember, the data has already been validated, so everyone is nodding).

The storyteller should then break it down into five buckets: people, hardware, software, services, other (more nodding), Rudy says. Then further break it down into these technology areas: cloud, security, data center, network, and so on (more nodding).

Next the storyteller reveals that based on the company’s current volume of usage, the unit cost is $X for each technology area and explains that compared to competitors of similar size and complexity, the storyteller’s organization spends more in certain areas, for example, security (now everyone is really paying attention), Rudy says.

“You have thus led your audience to the ‘so what’ part of the story, namely, that there are areas for improvement,” she says. “The next question in your audience’s mind is mostly likely, ‘Why?’ And finally, ‘So what do we about it?’”

The rest of the story leverages a common understanding of the validity of the data to make recommendations for change and the actions necessary to make those changes, according to Rudy. Data in this story created the credibility necessary to establish a call to arms, a reason to change that is indisputable.

And taking the old adage “if a tree falls in a forest and no one is around to hear it, does it make a sound?” into consideration, it’s crucial for data storytellers to consider the medium various individuals are using to consume information and what times they’re accessing this information.

“The pandemic has definitely helped in the shift of allowing thought workers to work from home,” says Kim Herrington, senior analyst for data leadership, organization, and culture at Forrester Research. “And a lot of times you’re communicating with thought workers that are across the globe. So it’s important to think about the communication software that you’re using and the communication norms that you have with your team.”

Analytics, Data Science, ROI and Metrics

Data visualization definition

Data visualization is the presentation of data in a graphical format such as a plot, graph, or map to make it easier for decision makers to see and understand trends, outliers, and patterns in data.

Maps and charts were among the earliest forms of data visualization. One of the most well-known early examples of data visualization was a flow map created by French civil engineer Charles Joseph Minard in 1869 to help understand what Napoleon’s troops suffered in the disastrous Russian campaign of 1812. The map used two dimensions to depict the number of troops, distance, temperature, latitude and longitude, direction of travel, and location relative to specific dates.

Today, data visualization encompasses all manners of presenting data visually, from dashboards to reports, statistical graphs, heat maps, plots, infographics, and more.

What is the business value of data visualization?

Data visualization helps people analyze data, especially large volumes of data, quickly and efficiently.

By providing easy-to-understand visual representations of data, it helps employees make more informed decisions based on that data. Presenting data in visual form can make it easier to comprehend, enable people to obtain insights more quickly. Visualizations can also make it easier to communicate those insights and to see how independent variables relate to one another. This can help you see trends, understand the frequency of events, and track connections between operations and performance, for example.

Key data visualization benefits include:

Unlocking the value big data by enabling people to absorb vast amounts of data at a glance
Increasing the speed of decision-making by providing access to real-time and on-demand information
Identifying errors and inaccuracies in data quickly

What are the types of data visualization?

There are myriad ways of visualizing data, but data design agency The Datalabs Agency breaks data visualization into two basic categories:

Exploration: Exploration visualizations help you understand what the data is telling you.
Explanation: Explanation visualizations tell a story to an audience using data.

It is essential to understand which of those two ends a given visualization is intended to achieve. The Data Visualisation Catalogue, a project developed by freelance designer Severino Ribecca, is a library of different information visualization types.

Some of the most common specific types of visualizations include:

2D area: These are typically geospatial visualizations. For example, cartograms use distortions of maps to convey information such as population or travel time. Choropleths use shades or patterns on a map to represent a statistical variable, such as population density by state.

Temporal: These are one-dimensional linear visualizations that have a start and finish time. Examples include a time series, which presents data like website visits by day or month, and Gantt charts, which illustrate project schedules.

Multidimensional: These common visualizations present data with two or more dimensions. Examples include pie charts, histograms, and scatter plots.

Hierarchical: These visualizations show how groups relate to one another. Tree diagrams are an example of a hierarchical visualization that shows how larger groups encompass sets of smaller groups.

Network: Network visualizations show how data sets are related to one another in a network. An example is a node-link diagram, also known as a network graph, which uses nodes and link lines to show how things are interconnected.

What are some data visualization examples?

Tableau has collected what it considers to be 10 of the best data visualization examples. Number one on Tableau’s list is Minard’s map of Napoleon’s march to Moscow, mentioned above. Other prominent examples include:

A dot map created by English physician John Snow in 1854 to understand the cholera outbreak in London that year. The map used bar graphs on city blocks to indicate cholera deaths at each household in a London neighborhood. The map showed that the worst-affected households were all drawing water from the same well, which eventually led to the insight that wells contaminated by sewage had caused the outbreak.
An animated age and gender demographic breakdown pyramid created by Pew Research Center as part of its The Next America project, published in 2014. The project is filled with innovative data visualizations. This one shows how population demographics have shifted since the 1950s, with a pyramid of many young people at the bottom and very few older people at the top in the 1950s to a rectangular shape in 2060.
A collection of four visualizations by Hanah Anderson and Matt Daniels of The Pudding that illustrate gender disparity in pop culture by breaking down the scripts of 2,000 movies and tallying spoken lines of dialogue for male and female characters. The visualizations include a breakdown of Disney movies, the overview of 2,000 scripts, a gradient bar with which users can search for specific movies, and a representation of age biases shown toward male and female roles.

Data visualization tools

Data visualization software encompasses many applications, tools, and scripts. They provide designers with the tools they need to create visual representations of large data sets. Some of the most popular include the following:

Domo: Domo is a cloud software company that specializes in business intelligence tools and data visualization. It focuses on business-user deployed dashboards and ease of use, making it a good choice for small businesses seeking to create custom apps.

Dundas BI: Dundas BI is a BI platform for visualizing data, building and sharing dashboards and reports, and embedding analytics.

Infogram: Infogram is a drag-and-drop visualization tool for creating visualizations for marketing reports, infographics, social media posts, dashboards, and more. Its ease-of-use makes it a good option for non-designers as well.

Klipfolio: Klipfolio is designed to enable users to access and combine data from hundreds of services without writing any code. It leverages pre-built, curated instant metrics and a powerful data modeler, making it a good tool for building custom dashboards.

Looker: Now part of Google Cloud, Looker has a plug-in marketplace with a directory of different types of visualizations and pre-made analytical blocks. It also features a drag-and-drop interface.

Microsoft Power BI: Microsoft Power BI is a business intelligence platform integrated with Microsoft Office. It has an easy-to-use interface for making dashboards and reports. It’s very similar to Excel so Excel skills transfer well. It also has a mobile app.

Qlik: Qlik’s Qlik Sense features an “associative” data engine for investigating data and AI-powered recommendations for visualizations. It is continuing to build out its open architecture and multicloud capabilities.

Sisense: Sisense is an end-to-end analytics platform best known for embedded analytics. Many customers use it in an OEM form.

Tableau: One of the most popular data visualization platforms on the market, Tableau is a platform that supports accessing, preparing, analyzing, and presenting data. It’s available in a variety of options, including a desktop app, server, and hosted online versions, and a free, public version. Tableau has a steep learning curve but is excellent for creating interactive charts.

Data visualization certifications

Data visualization skills are in high demand. Individuals with the right mix of experience and skills can demand high salaries. Certifications can help.

Some of the popular certifications include the following:

Data Visualization Nanodegree (Udacity)
Professional Certificate in IBM Data Science (IBM)
Data Visualization with Python (DataCamp)
Data Analysis and Visualization with Power BI (Udacity)
Data Visualization with R (Dataquest)
Visualize Data with Python (Codecademy)
Professional Certificate in Data Analytics and Visualization with Excel and R (IBM)
Data Visualization with Tableau Specialization (UCDavis)
Data Visualization with R (DataCamp)
Excel Skills for Data Analytics and Visualization Specialization (Macquarie University)

Data visualization jobs and salaries

Here are some of the most popular job titles related to data visualization and the average salary for each position, according to data from PayScale.

Data analyst: $64K
Data scientist: $98K
Data visualization specialist: $76K
Senior data analyst: $88K
Senior data scientist: $112K
BI analyst: $65K
Analytics specialist: $71K
Marketing data analyst: $61K
Analytics, Data Visualization