This case examines the challenges and opportunities of doing business in Argentina. It highlights Argentina's economic and political transformation in the decades leading up to 2024. The case gives an overview of some of the main obstacles faced by businesses operating in the country, contrasting these with the efforts undertaken by the government to improve the country's business climate. This is illustrated through the discussion of a business dilemma in which Latam Airlines considers re-entering the Argentinian market.
This case examines the challenges and opportunities of doing business in Greece. It highlights Greece's economic transformation in the decades leading up to 2023 in the context of its history, culture, and politics. The case gives an overview of some of the main obstacles faced by businesses operating in the country, such as extensive red tape, slow legal proceedings and a large informal sector, contrasting these with the efforts undertaken by the government to improve the country's business climate. This is illustrated through the discussion of a business dilemma in which Microsoft has chosen Greece for the construction of two of its data centers.
Space is becoming a potential source of value for businesses across a range of sectors, including agriculture, pharmaceuticals, consumer goods, and tourism. To understand what the opportunities are for your company, the authors advise you to consider the four ways in which using space could create value: data, capabilities, resources, and markets. For most companies thinking about their space strategy over the next five to 10 years, data will be the dominant focus. For instance, many companies are turning to remote-sensing satellites for data that will inform business decisions. Whether it's tracking the number of cars parked in retail locations, detecting costly and environmentally damaging methane leaks from natural-gas wells, or assessing soil type and moisture content to maximize crop yields, creative uses for data gathered from space abound. Companies looking further ahead will want to explore the value to be gained from conducting activities in space, utilizing space assets, and meeting demand from the new space age. Businesses engaging with commercial space should be willing to experiment and should look for partners.
The supplementary dataset (courseware number 619-702) provides a disguised dataset to students. At the end of the case, summary data from that dataset is mentioned. (Bottom of page 13: Rahematpura, who had been running numbers, interjected: "According to some back-of-the-envelope calculations, by not increasing wait times now, we stand to lose $1.6 million in the six launch cities. That might outweigh the data collection concerns.")
Set in March 2018, the case follows ride-sharing company Uber as it develops and launches a new product called Express POOL. This product offers a reduced price to riders willing to carpool, walk a short distance to/from their pick-up and drop-off points, and wait a few minutes before being matched to a driver. Two weeks after the launch of Express POOL in six U.S. cities, Uber's product managers discover that if riders are made to wait five minutes to be matched to a driver-rather than the standard two minutes-rider cancellation rates increase, but Uber's costs per ride are reduced. Together with data scientists, engineers, and product operations specialists, the product managers must decide whether to keep rider wait times at two minutes or increase wait times to five minutes in the six newly launched cities. The decision is complicated by the fact that Uber's data science team normally places a five-week moratorium on changes to any new product, to allow robust data to be collected on its performance. This case is paired with a supplementary dataset from Uber (HBS No. 619-702). In advance of the class discussion, students can analyze the data and draw their own conclusions about the trade-offs of maintaining the standard wait times or increasing them.
This case describes the operations of a fictitious company that processes Cranberries. The case contains data that allows students to calculate the bottleneck stage in production, and to evaluate alternative investment options for increasing cranberry processing capacity.
Four teams across the world are furiously designing, building, testing, and learning to sail a boat that would be one of a kind, in order to win the 2013 America's Cup. Choosing the best development path was a challenge as the teams had less than three years to prepare, and each decision would affect the performance of the boat as well as the duration of the sailors' training. The case traces the dilemma faced by the favorite, ORACLE TEAM USA (OTUSA), as rumors grew that the challenger was pursuing a revolutionary technology that would enable its six-ton boat to literally fly above waves. With only a year left before the Cup, should OTUSA keep refining its current technology called "skimming", or should it pivot towards "foiling" (flying)? At this stage foiling could be a red herring, and even if it was not, the limits of the performance of a foiling boat would remain a mystery for some time. The case explores the dilemma of managing innovation in an uncertain environment, where the decision would be sanctioned a year later by a win or a loss.
The case describes competition in the market for E-Books, and Barnes & Noble's Strategy in this industry. As a traditional retailer, B&N was challenged by the introduction of digital technologies that allow books to be published, distributed and sold to consumers electronically. New competitors like Amazon and Apple attacked the traditional industry structure, creating many uncertainties over the long term viability of traditional retailers. Amid this uncertainty, B&N must decide how to compete, in terms of both devices that can read E-Books, as well as standards for their distribution. Should they create a separate digital business, centered around their "Nook" E-Book reader, or maintain an integrated strategy? And how should they think about the fragmented standards for distributing E-Books? The case allows students to probe the dynamics of platform based industries, as well as what happens in traditional industries when attacked by new competitors adopting new digital technologies. It is developed using public source material.
The case describes competition in the market for smartphones in the US, and the position of one player, Research in Motion (RIM) who manufacture the popular Blackberry line of products. Early in 2011, RIM is in trouble. Its stock price has plummeted, amidst poor business results, and its future as an independent company is in doubt. A new Chief Executive Officer, Thorsten Heins, must decide how to position the company for the future. The case allows students to understand the strategic dynamics in platform-based industries in general, and to explore more specifically how a firm that led the industry in 2007 could fall to earth so dramatically four years later. The case is based upon data and information from public sources.
Companies that excel in managing partnerships for innovation put a great deal of effort into im-proving their ability to collaborate. Their plans address four critical areas.
Considers whether BYD Co., Ltd., the largest Chinese maker of rechargeable batteries, should enter the Chinese automobile industry by acquiring Qinchuan Auto, a state-owned car manufacturer. Set just after BYD's initial public offering on the Hong Kong Stock Exchange in 2002, it describes the development of BYD's labor-intensive approach to battery manufacturing--an approach decidedly different from its more capital-intensive Japanese competitors and one that took advantage of the abundant supply of low-cost labor in China. Highlights the unique benefits and challenges created by BYD's operations strategy and asks students to determine whether the capabilities developed by the company in battery manufacturing can productively be applied to the automobile sector. Asks students to consider which, if any, aspects of BYD's operations constitute sources of sustainable competitive advantage for the company.
It is 2004 and David Tennenhouse, the director of Intel Research, is reviewing the organization he has built since 2000. Intel Research was charged with exploring new and disruptive technologies that lay off the "silicon roadmap" that drove most of Intel's R&D efforts. This exploratory research was conducted using an approach that Tennenhouse oversaw during his years at the Defense Advanced Research Project Agency. Predicated on the funding of university grants, internal research efforts, joint labs run with universities, and selective corporate venture investments, the idea was to build a network to give advance warning of important new technologies. In 2004, Tennenhouse was reviewing its performance.
In 1628, the royal warship Vasa was launched. It was Sweden's most expensive naval vessel ever built, costing over 5% of GNP. On its maiden voyage, the ship sailed 1,400 yards in its own harbor, heeled over to the side, and then sank. One third of the 150 crew and officers were killed. An inquiry was convened to establish the cause of the disaster, with testimony taken from, among others, the ship's captain, its officers, the ship's designer, and those responsible for its construction. No one was found guilty of negligence. The question is "Why did the Vasa sink?" The answer lies in the state of knowledge about shipbuilding of the time, the continual changes requested by the king, who was fighting in the Baltic, and the resulting experimental nature of the design.
Mike Ward, the producer in charge of developing the Kelly Slater's Pro Surfer game for Activision, must decide whether to launch the game in time for the 2002 Christmas season. Complicating his decision are the lukewarm response from consumers to TV test spots of the game and the need to fund a multimillion dollar marketing campaign. Also describes Activision's approach to game development, which was based on a green-light process adopted by the firm in 2000 to better control new game development better.
NASA's fabled Faster, Better, Cheaper initiative sped up the agency's spacecraft development. But when missions began to fail, it was faulty organizational learning--not hardware--that was to blame.
D-Wave Systems is a start-up seeking to commercialize a quantum computer. Its business model is unique: as of 2003, it had very few technical resources within the firm. Instead, it financed a series of projects undertaken at universities and government labs. In return for partial funding, these organizations gave D-Wave the ownership of--or exclusive rights to--intellectual property developed in the project. Geordie Rose, CEO of D-Wave, wonders how long this model is appropriate in contrast to the alternative of centralizing the research in an in-house facility, with all the costs this would incur.
Dragon's Teeth Vineyards (DTV) is a South African wine producer that is considering whether to use genetically modified organisms (GMOs) in its wine-making process. GMOs promise to lower the costs of wine production significantly through increased yields and reduced processing times as well as significantly improve the quality of the final product via the use of GM yeasts in fermentation. However, the market acceptance of GMOs is unclear, due to perceived health risks and reactions from traditional "old world" producers who believe the beauty of wine lies in its craft, dependence on local soil and climate, and inherent variability.
Describes the history of General Motor's attempts to develop a hydrogen fuel-cell powered car. As of 2003, GM developed several prototypes of such a vehicle to demonstrate the viability of the overall concept. Many uncertainties remained, however, with respect to the issues of cost, safe storage of hydrogen on a vehicle, and the lack of a hydrogen-refueling infrastructure. Aids students in developing a strategy for pushing this initiative forward, including tackling the question of how radical the new design should be and what to do about competitors who have aggressively pushed interim technology-hybrid vehicles--which GM has chosen not to emphasize in its product portfolio. Includes color exhibits.