How Customers Influence the Evolution of New Products
ow customers use a technology generates important information about its performance, design, and operational characteristics. As customers began to use the automobile in hilly and wet terrains, for example, they learned about issues with waterproofing and engine power. What customers learn plays an important role in the technological development of the product.
However, customers may use the technology in different ways. Previous research observed that urban customers used the car primarily for transportation, but some farmers used it as a stationary source of power on the farm. Often, these various applications converge to a dominant use of the technology—transportation still is the primary use of automobiles. Nevertheless, variation and dominance in use influence what is learned and expected of the technology, influencing subsequent technological changes.
Prevailing theories on innovation and industry change explain technological development as an evolutionary process in which certain technological designs get selected and retained. Early on in the automobile industry there were several different engine designs, but the combustible engine emerged as the dominant design within the industry. The selection and retention of certain technological designs significantly impacts competition within the industry and influences which companies thrive or fail. However, these theories focus on the technological development within an industry without paying much attention to the learning processes associated with customers applying the technology.
In “Dominant Use, Technology, and Industry Evolution,” University of Chicago Booth School of Business professor Steven J. Kahl considers the role customer learning plays in this evolutionary process, in particular, the effects of variation or dominance in use. Kahl argues that establishing a dominant use during the early introduction of a technology helps establish its agenda and stimulates industry growth. If the dominant use persists, it further reinforces the technological standard. However, extended use of a technology can facilitate customers learning new uses that change how they evaluate it, leading to new market opportunities. Finally, the competitive impact of a radical new technology depends in part on how customers actually use it. If customers use the new technology as they did the old, then established firms have an advantage even if they have difficulties developing the new technology.
To illustrate his point, Kahl extensively analyzes the history of how the manufacturing industry used manufacturing planning software—applications that help these firms plan and manage the production of their products. Through records of meetings of industry professionals and contemporary surveys, as well as data from industry analysts, software firms, and consultants, Kahl makes a case for why competition within industries like software is best explained by looking more broadly at how customers actually use the products.
Dominant Use and Software Industry Growth
The manufacturing industry’s use of planning software can be divided into three evolutionary periods: 1954 to the 1970s, when software was first introduced and culminated with Material Requirements Planning (MRP) becoming the dominant use; the 1980s, when manufacturers expanded their use; and the early 1990s, when a radical technological change occurred and Enterprise Resource Planning (ERP) emerged as a dominant new use.
When the computer was commercially introduced, large manufacturers were some of its earliest adopters. To make these machines useful, they developed many different software applications, including manufacturing-oriented applications. These early adopters were concerned about managers thinking that these programs would replace them, so they purposely focused on automating existing routine tasks. General Electric’s well-publicized implementation at its Major Appliance plant in Louisville, Kentucky, in 1954 exemplified this perspective—it focused on “eliminating the drudgery of office work” and avoided automating managerial decision processes in fear that the manager would “throw his hands up in despair.”
Surveys during this time indicate that manufacturers implemented a wide variety of software applications, ranging from inventory control to machine planning to production planning systems. By the early 1970s, however, this variation started converging toward the dominant use of MRP, largely because of the efforts of the “MRP Crusade” by the American Production and Inventory Control Society. MRP represented a new methodology to manage inventory requirements, and the software systems integrated managerial decision-making with the routine tasks. By 1975, it was estimated that 700 manufacturing firms had implemented an MRP solution.
As a result, contrary to conventional wisdom, IBM’s decision to unbundle software from hardware in 1969 was not the only reason why the software industry began to grow in the 1970s. Establishing a dominant use around MRP proved pivotal for industry growth because it helped establish a more standard practice of use and customer expectations, which software entrepreneurs could leverage in their product offerings.
Learning New Uses and Market Expansion
As manufacturers continued to use the MRP system, they learned about its deficiencies. One survey in 1980 showed that only 10 percent of MRP customers achieved full benefit. Experts identified the core problems as how MRP scheduled material requirements and the lack of integration with other planning systems. Papers presented at industry meetings indicated a growing recognition of the limitations of MRP. Eventually in the early 1980s a new application called Manufacturing Resource Planning (MRP II) was developed that addressed some of these issues.
- Itamar Simonson: Why Do Consumers Ignore Personalized Offers?
- Planning For a Balancing Act
- Medidata Solutions: Using Software to Make Better Drugs
- Podcast: Elections 2014 - The Digital Battlefield
- Basic Principles of Any Job Remain the Same: Rajeev Chopra