Gartner Says Nearly Half of Finance Executives See Self-Service Data and Analytics as a Driver of Employee Productivity

In December 2021, Gartner surveyed 400 finance executives and found the most selected combination of value and technology was self-service data and analytics as a driver of employee productivity with 49% of respondents indicating this perception of the technology. At least one in four respondents also saw it as being a driver of increased organizational speed and agility.

“Two out of three CFOs have raised prices in response to inflation,” said Alex Bant, chief of research in the Gartner Finance practice. “However, finding ways to improve business productivity and efficiency rather than simply passing on inflationary costs to customers will be a long-term driver of competitive advantage.”

The advanced data and analytics and AI technologies that are driving (or are expected to deliver) high value, and where investment is expected to increase, include: self-service data analytics, automated machine learning (ML) and ML, cloud analytics, big data analytics, and predictive analytics (see Figure 1).

Big data analytics and predictive analytics were the top technology categories for driving higher revenue through improving products or services, with one in three finance executives seeing clear value there. ML and cloud analytics technologies were seen as the best bets to improve cost efficiency with approximately one in five respondents indicating this.

The technology definitions used in the survey were as follows:

• Self-service data analytics refers to technology and processes that finance users leverage with minimal involvement from IT departments. Enabled via low-code/no-code tools in areas, such as analytics and business intelligence, data preparation, and data catalogs, self-service is now moving into other areas of data and analytics. This is because automation and augmentation impact all aspects of data and analytics.
• Automated ML is the auto generation of ML models based on raw training data supplied. Automated ML is intended to increase the speed of development while minimizing the need for the model development skills of a data scientist.
• Cloud analytics delivers analytics capabilities as a service and includes a combination of database, data integration and analytics tools. As cloud deployments continue, the ability to connect to cloud-based and on-premises data sources in a hybrid model is increasingly important.
• Big data analytics uses high-volume, high-velocity and/or high-variety information assets that demand cost-effective, innovative forms of information processing that enable enhanced insight, decision making and process automation.
• Predictive analytics are used to predict a series of outcomes over time and/or the distribution of outcomes that could occur for a specific event, using techniques such as driver-based forecasting, time-series forecasting and simulation. Predictive analytics is one of the most popular use cases for finance executives who are automating their forecasting processes.