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The CEO of Embraer, reflects on his company's dramatic ascent to its position as the world's leading regional aircraft manufacturer. Since becoming a private company, Embraer had successfully introduced seven commercial aircraft models to the market, including its latest, the 118-seat EMBRAER 195. Now, he is concerned because Embraer does not know what to expect from Bombardier, Boeing, and Airbus regarding their competitive response to his company's recent attacks on the commercial aircraft market. How would they respond to Embraer's successful launch of its recent family of jets? Would Bombardier really follow through with its launch of the CSeries? Would Airbus and Boeing perceive the latest attacks by Embraer and Bombardier as attacks on its own family of jets? Most importantly, given Embraer's expectations of rivals' future competitive moves, what should it do next to protect its position and influence its competitors' actions?

The spin-off of Iridium, a global telecommunications system, represented a significant business risk for Motorola, as many talented Motorola executives joined the venture in the late 1990s. This bold technology gamble suffered from numerous marketing missteps, which led to Iridium's bankruptcy in August 1999.

The case is designed to be used with the digital business model framework developed by Peter Weill and Stephanie Woerner of Massachusetts Institute of Technology (MIT) (Weill and Woerner, 2015) and is referred to as the W & W framework. This approach provides a useful structure for thinking through the strategic options facing environments ripe for digital transformation.

Research for this case was conducted through face-to-face interviews with the protagonist, as well as through a review of their business planning documents and other data and documentation provided by the founder. Some of the market and industry data were obtained using secondary research and industry reports. Interviews were digitally recorded and transcribed to ensure accuracy.

The case follows the story of Kurt Waltenbaugh, a Minnesota entrepreneur who shared the dream of using data analytics to reduce costs within the US health-care system. In early 2014, Waltenbaugh and a physician colleague founded Carrot Health to bring together their personal experience and expertise in both consumer data analytics and health care. From the beginning, they focused on how to use data analytics to help identify high-risk/high-cost patients who had not yet sought medical treatment. They believed that they could use these insights to encourage early medical interventions and, as a result, lower the long-term cost of care.

Carrot’s initial success found them in a consultative role, working on behalf of insurance companies. Through this work, they honed their capabilities by helping their clients combine existing claims data with external consumer behavioral data to identify new potential customers. These initial consulting contracts gave Carrot the opportunity to develop its analytic tools, business model and, importantly, to earn some much-needed cash flow during the start-up phase. However, they also learned that, while insurance companies were willing to purchase data insights for one-off market expansion projects, it was much more difficult to motivate them to use data proactively to eliminate costs on an ongoing basis. Waltenbaugh believed that Carrot’s greatest potential lay in their ability to develop predictive models of health outcomes, and this case explores Carrot’s journey through strategic decisions and company transformation.

This case is intended for either an undergraduate or graduate course on entrepreneurial strategy. It provides an effective introduction to the unique structure and constraints which apply to an innovative start-up within the health-care industry. The case also serves as a platform to explore the critical criteria to be considered when developing a digital transformation strategy and exposing students to the digital business model developed by Weill and Woerner (2015) at MIT (referred to in this instructor’s manual as the W&W framework). The case was written to be used in an advanced strategy Master of Business Administration (MBA) class, an undergraduate specialty health-care course or as part of a health-care concentration in a regular MBA, Master of Health Care Administration (MHA) or Master of Public Health (MPH). It may be taught toward the end of a course on business strategy when students are building on generic strategy frameworks and adapting their strategic thinking to the characteristics of specific industries or sectors. However, the case can also be taught as part of a course on health-care innovation in which case it also serves well as an introduction to the health-care payments and insurance system in the USA. Finally, the case can be used in a specialized course on digital transformation strategy in which case it serves as an introduction to the MIT W&W framework.

The case is particularly well-suited to students who are familiar with traditional frameworks for business strategy and business models. The analysis builds on this knowledge and introduces students interested in learning about the opportunities and challenges of digital strategy. Equally, the case works well for students with clinical backgrounds, who are interested in how business strategy can influence changes within the health-care sphere. Finally, an important aspect of the case design was to develop students’ analytical confidence by encouraging them to “get their hands dirty” and to carry out some basic exploratory data analytics themselves. As such, the case requires students to combine and correlate data and to experience the potentially powerful combination of clinical and consumer data. Instructors should find that the insights from these activities give students unique insights into the potential for of data analytics to move health care from a reactive/treatment ethos to a proactive/intervention ethos. This experience can be particularly revealing for students with clinical backgrounds who may initially be resistant to the use of clinical data by commercial organizations.

In early 2004, residents of Inglewood, California, a working-class community just outside Los Angeles composed primarily of African- and Hispanic-Americans, were preparing to vote on a referendum that would change the city charter to allow Wal-Mart to build a supercenter on a huge, undeveloped lot in the city. Walmart had put forward the measure after the city council refused to change the zoning of a sixty-acre plot on which it held an option to build. Numerous community and religious groups opposed Wal-Mart's entry and campaigned against the referendum. Walmart promised low-priced merchandise and jobs, but these groups were skeptical about the kinds of jobs and compensation that would be offered, the healthcare that would be provided to employees, and the broader impact Walmart would have on the community. Inglewood was a pro-union community, so there was also opposition based on Walmart's anti-union position. On April 6 Inglewood residents voted to reject the referendum by a margin of 60.6 percent to 39.9 percent. Though smaller, less organized, and with fewer resources than Walmart, this coalition of community and religious leaders had defeated the global retailing behemoth.

After students have analyzed the case they will be able to (a) appreciate the importance of nonmarket factors to execute growth and market entry strategies, (b) understand how the decisions of political institutions depend on the issue context and the alignments of coalitions of interest, (c) formulate and assess strategies to overcome nonmarket barriers to entry.

This is a case of a crisis project management which showcases the unpredictable nature of the project and the role of management in handling the crisis. It is the case of a very severe cyclonic storm hitting the city of Visakhapatnam plant during October, 2014. The whole city was devastated and so was the situation in the Steel plant as it was under zero power conditions for around 10 days. This case gives need for managing an integrated steel plant in case of very severe cyclonic storm and documents the sequence of events and managing unforeseen uncertainty using NTCP concepts.