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Today's rapid technological changes have transformed the role of global IT outsourcing in companies'strategies. Traditionally viewed as a cost-saving measure, IT outsourcing is also increasingly being leveraged as a strategic tool for acquiring cutting-edge innovation. This pursuit of emerging technologies and capabilities, however, has elevated the complexity of managing supplier portfolios. In this article, the authors introduce the "long-tail"strategy, an innovative IT outsourcing model that combines a few key partnerships with a dynamically changing number of smaller contracts with other suppliers that can deliver specific value propositions beyond the capabilities of the key partners. Representing a dynamic, diversified, yet disciplined approach toward outsourcing, the long-tail strategy embraces and even fosters a flow of new suppliers, so companies are continually acquiring new capabilities that enable them to prosper in turbulent business environments. The authors'extensive in-depth interviews with major companies in financial services, business services, technology, manufacturing, and energy suggest that the long-tail strategy can help diverse organizations achieve their business goals. For example, the long-tail strategy helped a major global bank establish and maintain technological leadership in the financial-services industry, and allowed Toyota Motor North America to realize rapid innovation. In order to implement the long-tail strategy successfully, companies should institute five key practices: (1) distributing responsibility within the company for scanning for new technologies; (2) nurturing relationships with new "long-tail"suppliers; (3) encouraging sales pitches from suppliers; (4) governing the entire outsourcing portfolio; and (5) designing for integration. When implementing these practices, organizations should seek to create a more proactive, entrepreneurial, and dynamic culture in IT outsourcing.

This is an MIT Sloan Management Review article. Large companies frequently exploit their vastly superior legal resources and capabilities to the disadvantage of smaller competitors. The mere threat of litigation and the prospect of a prolonged lawsuit are often all that is necessary to persuade a smaller business to acquiesce to the larger competitor's legal demands. The author writes about a defensive strategy he calls "lawsourcing"that turns the tables on large companies by gathering public support, typically through social media and public relations. The idea of lawsourcing -which is a variation of what has become known as "crowdsourcing"-isn't completely new. Back in 1984, when Ben & Jerry's Homemade Inc. was a six-year-old upstart in the ice cream business, Pillsbury (then the owner of the Häagen-Dazs ice cream brand) attempted to pressure some of its distributors not to handle Ben & Jerry's products. Ben & Jerry's fought back hard, with a scrappy campaign built around the slogan "What's the Doughboy Afraid Of?" Well-executed lawsourcing campaigns can deliver significant benefits to companies, including greater brand awareness and loyalty and increased sales. The author cites a number of examples, including: Hampton Creek Foods Inc., a small San Francisco-based food producer. In the fall of 2014, Unilever, owner of the Hellmann's brand of mayonnaise, filed suit against Hampton Creek for using the word "mayo"to describe its vegan mayonnaise substitute, called Just Mayo. Hampton Creek fought back by commenting about the lawsuit on Twitter and Facebook and engaging with media sympathetic to its plight. Unilever withdrew its lawsuit. Vermont artist Bo Muller-Moore, who sells T-shirts adorned with the slogan "Eat More Kale."Atlanta-based fast-food chain Chik-fil-A Inc. claimed that Muller-Moore's slogan infringed upon its federal trademark rights to the phrase "Eat Mor Chikin."After a spirited social media campaign, Muller-Moore got his own trademark.

In this article we introduce the Internet of Things to the broad managerial community and explore one of its central tensions: convenience vs. privacy and secrecy. We clarify the ways in which IoT differs from Web 2.0 and then highlight opportunities, challenges, and managerial guidance. In addition, we explore the prominent issue of privacy and secrecy. Due to substantial increases in amounts of consumer-related data and their accessibility as well as potential tradeoffs in benefits associated with IoT and in properties of humanness associated with the consumer experience, the managerial issue of privacy is elevated to a level never before realized-perhaps on par with, or worthy of inclusion as an element of, the classic marketing mix.

Global Thermostat (GT) is a high technology start-up has developed proprietary technology to help stabilize the global climate and close the carbon cycle through direct capture of carbon dioxide from the air. The case provides an opportunity to examine the impact of climate change on society, potential solutions to this complex challenge, and the growth of a start-up high technology company bringing disruptive technology to the marketplace. The case explores issues associated with disruptive technology-driven change in a large, highly successful industry with many powerful vested interests. It concludes with questions surrounding trade-offs between corporate versus social responsibility when addressing climate change. The case discusses challenges associated with growing a start-up high technology company including proof of concept, financing, scaling and globalization are highlighted, as are challenges related to successful navigation of the "technology hype cycle" and commercialization of what promises to be disruptive technology. The case also provides an overview of the energy and the clean technology industries, and their regulatory contexts. It discusses drivers and consequences of environmental degradation attributed to climate change. Motivations and objectives of the prominent co-founders; Graciela Chichilnisky, creator of the carbon market enshrined in the emissions treaty of the United Nations Kyoto Protocol; and Dr. Peter Eisenberger, a distinguished professor of Earth and environmental sciences at Columbia University with deep energy industry experience, and their executive team are explored.

Due to its characteristics, size and impact, e-procurement has a strategic importance for public administration, since its implementation necessarily crosses many institutional barriers and paradigms of many public managers. Many nations around the world are developing or revamping their National Public e-Procurement Systems. E-procurement brings a set of new rules and dynamics that create ways of doing business with the State in a totally different fashion, with a whole new and bigger set of participants, new incentives and a radically different cost structure. This case describes the experience of Costa Rica in implementing two different approaches for national e-procurement and the implications for public policy, e-government strategy and business development. Costa Rica has become an interesting laboratory for the world, since both approaches are coexisting and operating separately. Nevertheless, the country seeks to maintain a single e-procurement platform. The choice of either one of the platforms will bring serious organizational, economic, technological and political consequences for the government. We used multiple data collection methods. The data were collected from 2009 to 2012 from primary sources, studies, consulting work, official documents and the written press. Lessons drawn can be extended to other e-government ventures.

This case, based on data collected in a longitudinal field study, presents Dr. Nathalie MajorCook, a Children's Hospital of Eastern Ontario (CHEO) pediatrician, who in January 2012 was considering what to do about a 2-year grant-funded pilot project, which had provided an innovative patient care coordination service to 23 families of children described as technology-dependent, medically complex and fragile. Convinced that the Complex Care Coordination service is worthwhile, Dr. Major-Cook wants to move it beyond the pilot test phase to a funded, ongoing service. The case situation is a 'cliff hanger,' in that in January 2012, Dr. Major-Cook has not yet learned whether a proposal to fund this as an ongoing service will be approved. If it does not receive approval, she will face the unpleasant task of explaining to parents that this valuable service will end in a few short months. If it does receive approval, several decisions need to be made and actions taken in order to scale the service up, so that it can support about 100 families of technology-dependent, medically complex and fragile children in the region. Dr. Major-Cook also wonders if there is anything else she can do to tip the scales in favor of this decision. The case context is unique and captivating; the young patients under Dr. Major-Cook's care suffer from multiple, and sometimes rare life-threatening diseases. The new Complex Care Coordination model, entailing several new roles and a new way to exchange important information among care providers, was designed to improve the quality of healthcare service delivery, increase parental satisfaction and reduce care costs. Although the project plan specified that an electronic health record would be developed to support coordination among care team members, a fully integrated electronic health record had not yet been implemented.

This case details the setting up and growth of a high technology venture, Shanakt Consulting, in India. The company is founded by skilled academicians who had limited experience in setting up and managing a business. Shanakt's innovative RFID technology can be useful across several industries including mining, healthcare, heavy industries, and aviation, among others. RFID is the precursor to the Internet of Things, which is considered by many to be the next big wave in the field of networks and communication. Being in a promising but niche domain, with few competitors, Shanakt is likely to face a positive scenario for its business. However, the events in the Shanakt story do not unfold as planned, causing its management to arrive at crossroads. Shanakt toys with several business models including refining its products to target a particular industry, providing training kits, and manufacturing and developing prototypes. It has to decide on its future course of action.This case provides a detailed view, through the eyes of a technology startup, of the internal thought processes and strategy, and the external environment in a developing country that influences the growth of a new venture. It also sheds light on interactions of the startup with public sector firms, an important part of the Indian economy. Moreover, it highlights the impact of management team composition, and strategic decision making on the performance of such a firm

In 2011, the CEO of Atos, Thierry Breton, announced an unprecedented move for the company. The global information services giant would become a 'zero' email company with the objective of eradicating internal email use and replacing it with blueKiwi - enterprise social network software. This case serves to teach the challenges and key lessons behind the social collaboration transformation in a large organization where 76,000 employees switched to a new mode of collaboration. The approach of how to become a zero email company is detailed, highlighting the importance of the first-order and second-order change. The case helps to understand what it takes to shift organizational culture and employee mindset, as well as what challenges and barriers need to be overcome to make such an important step on a large organizational scale.

A global manufacturing company needing to upgrade its IT to support rapid growth decided to pilot an enterprise system (ES) implementation in one of its European businesses. This was unsuccessful, but a second attempt in Australia, drawing on the many lessons learnt was regarded as successful. Subsequently, 14 implementations proceeded all over the Asia Pacific region and elsewhere in Europe with excellent outcomes. But the next implementation of the ES into a recently acquired business in New Zealand (NZ) proved problematic. The NZ management team and users were highly critical of the system and appeared to strongly resist its implementation. Cutover was eventually mandated and did occur, but the business almost failed because of problems with the new system. Following months of complaints and lobbying, the CIO in Head Office dispatched a small experienced team to NZ to review the situation. This case raises two fundamental challenges of IT management. It supports discussion of the many issues associated with the implementation of new systems and technologies, deepening appreciation of the challenges (particularly social, cultural and political) of IT implementation. It also supports learning about the phenomenon of resistance to change in the context of IT implementation

The E. Phillip Saunders College of Business (COB) Dean at Rochester Institute of Technology (RIT) discovers that his RIT-issued laptop has been stolen from his home. He notifies Dave Ballard, a member of the College of Business IT staff. Ballard, still acutely aware of two recent incidents in which laptops containing thousands of Social Security numbers were stolen from the RIT campus, hopes the Dean's laptop does not contain personally identifiable information. If so, the incident would need to be reported to the New York Attorney General's Office, and RIT would be required to pay for a credit monitoring service for individuals whose identity may have been compromised. The case provides an opportunity for students to examine processes that should be triggered when an information security incident occurs. The case describes incident response processes that were triggered at RIT and technologies that were used or could have been used by COB IT staff to track the laptop and protect its contents. In discussing the case, students can consider how the theft of a computing device exposes an organization to risks of inadvertent disclosure of information in different categories (such as private, confidential, internal, or public), and students can derive useful guidelines for effective information security incident response.

The Weather Company (TWC) was innovating by leveraging its big data on weather to create new consumer products. Weather was the original big data problem and over the years, TWC has capitalized on this data with its engaging TV coverage on The Weather Channel, as well as its popular website and mobile app. Recently, looking for new uses for its weather data, the company decided to build weather-related apps targeting outdoor enthusiasts. To crowd-source ideas for these apps, TWC invited all employees to a company-wide "hackathon" where they were asked to create a mobile app prototype for a segment of this population. At the end of the three-day event, everyone demonstrated their prototypes and the company executives decided to pursue OutSider, a mobile app for runners. Like most media sites, TWC employed an advertising-based revenue model. While TWC had millions of TV viewers and website visitors, it had limited information about them. However, with the profile information offered up by runners when they registered to use the OutSider app, as well as the data gathered by the smartphone sensors, TWC was poised to charge a premium for the vendor advertisements placed within the app. As well as illustrating the significance of leveraging data assets to create new products and services, the case also provides an example of the intersection of mobile and big data. When asked to name an innovative company, TWC would most likely not be top-of-mind for most individuals, yet the 30-year-old company was very entrepreneurial in its approach to consumer mobile app development. In addition to outlining TWC's ideation process, the case describes the composition of the mobile app development team, the implementation of agile software development methods, and its use of modern big data technologies.

Many software products in the market today handle big data and conduct advanced analytics. One of these is Statistical Analysis System (SAS), a popular software program especially in advanced analytics and data management. Many organizations, both federal and private, organize their databases in SAS format. The main hurdle which limits the number of SAS users, besides the high cost of its one-year only licenses, is a much steeper learning curve than is typical for other software such as STATA and Eviews. Students are often amazed by how simple it is to generate these statistics from raw data in SAS and are further motivated to learn SAS. This teaching material uses an application-oriented approach, with solving practical questions as the main takeaway.

This case discusses the evolving strategies in the mobile chipset industry in 2014, focusing on Qualcomm, the dominant technology company in the mobile industry and the leading chipset manufacturer. The case begins with the evolution of Qualcomm's communication technology, highlighting the company's consistent ability to lead the market in modem performance by deploying the latest, fastest communication technology. The case then details the competitive dynamics of Qualcomm's strategy, including its technology adoption strategy; its "whole product strategy" (products and services); its mobile carrier strategy; and its modem and CPU (central processing unit) integration strategy. The company decided early on not to sell a "modem-only" chipset, but rather to build an entire mobile chipset solution, eliminating the need for handset manufacturers to incorporate a separate CPU chip, which reduced their costs and improved Qualcomm's competitive position. The case also discusses the transition the mobile market was going through in 2014, driven by several technological and marketplace changes. Those changes included slowing radio link improvements (as the technology approached a performance limit), which could potentially give Qualcomm's competitors an opportunity to catch up to its technology. Other industry changes included the eroding power of mobile carriers and the growth of mobile subscribers in India and China, where demand was dramatically increasing for low-cost handsets. This made room for Taiwanese-based MediaTek to emerge as a strong player in the mobile chipset industry. Qualcomm also faced emerging competition from application processing and graphical processing players such as Nvidia. The case concludes with a discussion of a potential path for Intel to become a rising contender in the mobile chipset industry through its new low-power Atom microprocessor.

Citibank reshaped considerably its e-business program after the financial crisis of 2008 focusing on leveraging its geographical reach, rolling out global initiatives to maintain its leadership in treasury and trade services, and becoming even more customer-centric. Citi restructured its R&D centers and its marketing strategy to assist customers in finding solutions rather than selling products. Citi's execution was fast-paced, but the landscape for treasury and trade services was changing rapidly after the financial crisis. Multi-banking became a must and a new solution marketed by SWIFT allowed to multi-bank on the internet at low cost and with greater efficiency than previous solutions. While adoption was slow, the change in the competitive landscape was significant. The data of any bank could now be seen and manipulated through the internet portal of any other bank. Internet portals continued to evolve offering new features and functionalities at product level: Citi updated its CitiDirect BE and TreasuryVision platforms to offer what the market asked for. But seamless bank-corporate integration at technology level was not evolving at the same pace. Corporation and bank data exchanges were inefficient, making a number of treasury tasks labor-intensive. Corporations came to prefer multi-banking platforms after the financial crisis, and were demanding automated integration of bank data into their ERPs. An e-business transformation was on the way. Internet banking portals became multi-banking portals, as did proprietary bank-corporate EDI links like CitiConnect. But it was cloud computing that promised the definitive technological solution for the bank-corporate integration model. The ERP vendor SAP was the first to experiment with a private cloud model and allow direct straight-through processing of each financial transaction sent from the ERP directly to bank middleware. Citi was the first bank to sign up with the project, but its competitors followed.

In 2001, Toshiyuki Inoko founded the Japanese digital artist collaborative, teamLab, with an aim to achieve a balance between art, science, technology and creativity by creating original digital designs. This involves the use of extremely sophisticated digital media work which can be presented via computers, high definition monitors, and/or projections, depending on the space available for installation. From a small group of five friends that set up the company in 2001, teamLab has since grown to over 400 employees working on more than one hundred projects at any point in time. teamLab's business model appeared to have successfully harnessed the creativity and expertise of its people to deliver innovative and imaginative products that were becoming increasingly popular in the market. But how could the company ensure that it did not let the excitement and novelty of their products wear off, as it was this uniqueness that provided them with a strong competitive edge? Moreover, with growth and success came a different set of challenges. The team had grown, which meant that collaboration among the team members would have to be managed far more systematically, and processes would need to be implemented to manage the growing business effectively - but this could also potentially impede an intrinsically disorderly creative process. How best could Inoko successfully manage the spectacular growth of his company and the challenges that came with it, while nurturing the creative spark?

This case explores the rise and fall of Nebula Inc., a company that industry experts had originally predicted would become the market leader in the hybrid cloud computing market. In its early days, Nebula seemed like a guaranteed success-the founding team included Chris Kemp, who helped start OpenStack (an open source cloud computing project) during his time at NASA. Top-tier angel and VC investors, including Ted Schlein (Kleiner Perkins Caufield and Byers), Andy Bechtolsheim, and Ram Shriram, backed the company from its onset, and the private cloud computing space appeared to be a hot early-stage market. Nebula launched the first version of its product in the spring of 2013 to great fanfare. Pent-up excitement about the underlying technology contributed to approximately $1 million in first quarter revenue. Management was thrilled and thought they were the ones who had finally cracked the hybrid cloud market. However, sales soon began to slow, and many chose to go with competing and older solutions they understood. Through the eyes of Chris Kemp and Gordon Stitt, this case examines how such a hot company, led by founders with impressive backgrounds and supported by some of the most noteworthy investors in Silicon Valley, got lost on its path to success.

As Box continued to mature as a company, the firm fought through the ups and downs of being a highly visible hyper-growth Silicon Valley firm. Box struggled to get its IPO completed, having to deal simultaneously with a volatile stock market and increased scrutiny of its SaaS business model. In parallel, the company worked to aggressively expand its business into large enterprises through a key partnership with IBM, all while working to grow its top line, keep costs in line with targets and retain top talent.

Virsto, a storage virtualization company, was founded in 2007 by Mark Davis, Alex Miroshnichenko, and Serge Pashenkov. Davis founded Virsto after managing a series of technology startups, many of which were ultimately acquired by big name players such as Dell and HP. Virsto represented the first venture Davis built from the ground up, and it was intended to do for storage virtualization what VMware had done for server virtualization. At the beginning of Davis' journey, he and his cofounders faced a daunting decision: slow the pace of product development to wait for the market leader, VMware, to develop the functionality whereby Virsto's product could "plug in" to VMware's hypervisor, or go to market immediately with Microsoft Hyper-V, a new entrant with a still uncertain future. Davis gambled on immediate commercialization via a second-tier player vs. waiting around for VMware. While his decision brought Virsto to market more rapidly, the team soon found that Virsto's product far exceeded the needs of Microsoft's audience. Therefore, in 2011, Virsto was poised and ready when VMware announced the capability to integrate with external products, and Virsto quickly saw its market potential explode. VMware, which had been working on its own storage product that had yet to gain traction, saw the tremendous potential of acquiring Virsto to accelerate its storage solution. As VMware's interest to acquire Virsto crystallized into an extremely low-ball offer, Davis faced the difficult decision of whether he could negotiate a price with VMware that would make his investors, employees, and stakeholders happy, find another higher-paying acquirer, or allow the company to continue to build market value as the clear leader in storage virtualization.

Virsto, a storage virtualization company, was founded in 2007 by Mark Davis, Alex Miroshnichenko, and Serge Pashenkov. Davis founded Virsto after managing a series of technology startups, many of which were ultimately acquired by big name players such as Dell and HP. Virsto represented the first venture Davis built from the ground up, and it was intended to do for storage virtualization what VMware had done for server virtualization. At the beginning of Davis' journey, he and his cofounders faced a daunting decision: slow the pace of product development to wait for the market leader, VMware, to develop the functionality whereby Virsto's product could "plug in" to VMware's hypervisor, or go to market immediately with Microsoft Hyper-V, a new entrant with a still uncertain future. Davis gambled on immediate commercialization via a second-tier player vs. waiting around for VMware. While his decision brought Virsto to market more rapidly, the team soon found that Virsto's product far exceeded the needs of Microsoft's audience. Therefore, in 2011, Virsto was poised and ready when VMware announced the capability to integrate with external products, and Virsto quickly saw its market potential explode. VMware, which had been working on its own storage product that had yet to gain traction, saw the tremendous potential of acquiring Virsto to accelerate its storage solution. As VMware's interest to acquire Virsto crystallized into an extremely low-ball offer, Davis faced the difficult decision of whether he could negotiate a price with VMware that would make his investors, employees, and stakeholders happy, find another higher-paying acquirer, or allow the company to continue to build market value as the clear leader in storage virtualization. Part B describes the challenging negotiations that Davis went through with VMware to finally arrive at a price before both sides reached the dreaded "deal fatigue." After presenting the price to his board, one board member

Exponential improvement in computer gear is one of three fundamental forces enabling what the authors call 'The Second Machine Age'. They describe how innovation is being propelled by vast numbers of powerful-but-cheap devices (smartphones), each equipped with an array of processors, sensors and transmitters. They describe how services like Waze only became feasible in the past few years because of accumulated digital power increases and cost declines. Data are the lifeblood of science, they argue, and as a result, the second force powering the Second Machine age is digitization, which increases understanding by making huge amounts of data readily accessible. Thanks to the first two forces, a new style of innovation has emerged that adds social and sensor data to an existing system, greatly increasing its power and usefulness. This approach to innovation is the third and last of the forces shaping the Second Machine Age.