Analytics is the collection and analysis of data to inform strategic and operational decision-making. This capability is powering digital transformation in retail, making operations more efficient, from supply chain and store operations to customer service and engagement. Analytics is expected to play an increasingly important role in the sector as the adoption of data-intense technology progresses and requirements increase for tools to leverage larger amounts of data.'
This report—sponsored by retail commerce optimization and returns reduction company Newmine—details how analytics can be applied in the retail industry to transform operational practices, from supply chain and inventory management to customer management and personalization, pricing and promotion strategies and in-store layout management. We will outline the extent to which retailers consider the adoption of data analysis capabilities to be a priority and what factors are encouraging this.
This report also details how analytics is a key component of retailers’ digital transformation through our CORE framework for AI in retail. Finally, we will see how the adoption of data-intense emerging technologies will likely increase the importance of data analytics in retail.
In retail, information on operations, supply chains and consumer and shopper behaviors comprise the raw material for analytics. According to the focus of the analysis and the data collected, we can distinguish between three types of retail analytics:
These different types may be used for combined applications. For example, behavioral analytics could be used in a predictive manner to anticipate future shoppers’ behavior.
Analytics is useful for multiple applications in retail. Some of the most significant of these are listed below.
[caption id="attachment_98031" align="aligncenter" width="700"] Image source: Unsplash.comThe application of analytics in retail aims to provide better understanding of consumer preferences in order to devise a personalized sales approach. This is intended to create a longer-term rapport with customers, increasing conversion rates and consumer loyalty. In addition, retail analytics can bring greater operational efficiency thanks to the increased visibility over operations.
The adoption of analytics capabilities has become crucial for retailers to maintain a competitive advantage in the current market environment and to prepare for future challenges. For example, almost 80% of retailers in Europe have already adopted advanced data analytics capabilities, according to a survey conducted in August 2019 as part of an omnichannel study by Salesforce and Coresight Research. Of these, some 45% fully implemented data analytics across their operations, while 34% had begun to implement the capability in parts of their operations. Only 6% of retailers questioned did not have plans to adopt analytics, according to the survey.
[caption id="attachment_98032" align="aligncenter" width="700"] Survey conducted in August 2019 among 470 retail executives based in Europe.Several factors are encouraging retailers to adopt retail analytics, including:
Competition is an important driver for the adoption of analytics capabilities by retailers. To remain competitive and gain a larger market share, companies must equip themselves with the instruments that enable them to compete with best-in-class companies—such as Amazon—that are leading the research and development of analytics technologies. Figure 3 shows the number of patent applications among selected leading retail-related companies in the 12-month period ending September 9, 2019.
[caption id="attachment_98034" align="aligncenter" width="700"] Real-time analytics patent applications and grants by selected major retail-related companies in the 12-month period ended September 9, 2019.Analytics is a key component of retailers’ digital transformation as it constitutes a fundamental building block of AI, the technology that is radically changing the way retailers operate and interact with shoppers. AI takes retail analytics beyond the analysis of market conditions and consumer behavior to enable computers to formulate autonomous decision-making based on insight from data. Coresight Research’s proprietary CORE framework shows the value of AI in four critical areas of retail competitiveness:
We expect retail analytics to play an increasingly important role in the future, in conjunction with the growing adoption of data-intense digital technology by retailers, including AI, IoT and 5G.
Retail analytics enables companies to collect and analyze data regarding operations, supply chains and shopper behavior in order to inform strategic and operational decision-making. Three different types of analytics—real-time, behavioral and predictive—can be used to transform retail operations, including inventory and supply chain management, customer engagement, pricing and in-store layout management.
Retailers are increasingly emphasizing the adoption of analytics technologies as a priority. For example, some 80% of retailers in Europe have already adopted advanced data analytics capabilities, according to a recent Coresight Research study. There are a number of factors that are encouraging companies to further leverage analytics: the availability of a large amount of data; the introduction of technology that requires the analysis of large datasets; and competitive pressure in the sector, with major industry players investing extensively in the research and development of analytics technologies.
Retail analytics is a key component of the sector’s digital transformation, as it constitutes the foundation of AI, the technology that enables retailers to enhance communication, adopt price-optimization strategies, rationalize inventory and provide consistent shopping experiences across channels, as laid out in Coresight Research’s CORE framework.
With the growing adoption of data-intense technology—including AI, IoT and 5G—we expect retail analytics to play an increasingly important role for retailers in the future. The implementation of these advancing technologies will require the ability to handle large datasets and continuously upgrade data analytics capabilities.