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Data from HCL company and their corporate entrepreneurship activities were sourced using interviews and discussions. Secondary data was collected from the company website and other information available in the public domain.

This case narrates activities undertaken by the Enterprise Technology Office (ETO) of HCL Technologies Infrastructure Service Division to build the Corporate Entrepreneurship function. Around 2015–2016, the ETO started engaging with multiple people and organizations associated with the technology ecosystem outside the firm boundary for novel technologies and solutions. These entities included venture capitalists and start-ups. The ETO also began engaging with internal teams and existing customers to promote the identified novel technologies and innovative solutions. The ETO function grew organically by hiring resources from internal and external pools. ETO also undertook specific programs to increase the involvement of internal teams in their initiatives, like the Joint Exploration Program. ETO explored several options to further the ecosystem innovation strategy and institutionalize corporate entrepreneurship activities. The ETO team deliberated on ways to align the stakeholder goals and evaluate if technology could play a role.

This case can be used in any course on “Managing Corporate Entrepreneurship and Innovation,” “Strategic Management of Technology Enterprises” or any course focused on managing technology and innovation for graduate (MBA) or executive participants.

Resource-based view (RBV) theory (Barney, 1991; Barney and Mackey, 2016; Nagano, 2020) states that a firm’s tangible and intangible resources can represent a sustainable competitive advantage (SCA), a long-term competitive advantage that is extremely difficult to duplicate by another firm, when it meets four criteria (i.e. not imitable, are rare, valuable and not substitutable). In the context of this case, we believe there are three sources of SCA to be discussed using RBV – the major league soccer (MLS) team player roster, the use of artificial intelligence (AI) technologies to exploit this roster and the league’s single-entity structure: • MLS players: it has been widely acknowledged that a firm’s human resource talent, which includes professional soccer players (Omondi-Ochieng, 2019), can be a source of SCA. For example, from an RBV perspective, a player on the Los Angeles Galaxy roster: > cannot play for any other team in any other league at the same time (not imitable and are rare), > would already be a competitive player, as he is acquired to play in the highest professional league in the country (valuable) and > it would be almost impossible to find a clone player matching his exact talent characteristic (not substitutable) anywhere else. Of course, the roster mix of players must be managed by a capable coach who is able to exploit these resources and win championships (Szymanski et al., 2019). Therefore, it is the strategic human resource or talent management strategies of the professional soccer team roster that will enable a team to have the potential for an SCA (Maqueira et al., 2019). • Technology: technology can also be considered a source of SCA. However, this has been a source of contention. The argument is that technology is accessible to any firm that can afford to purchase it. Logically, any MLS team (or for that matter any professional soccer team) can acquire or build an AI system. For many observers, the only obvious constraint is financial resources. As we discuss in other parts of the case study, there is a fan-based assumption that what transpired in major league baseball (MLB) may repeat in the MLS. The movie Moneyball promoted the use of sabermetrics in baseball when making talent selection (as opposed to relying exclusively on scouts), which has now evolved into the norm of using technology-centered sports analytics across all MLB teams. In short, where is the advantage when every team uses technology for talent management? However, if that is the case, why are the MLB teams continuing to use AI and now the National Basketball Association (NBA), National Football League (NFL) and National Hockey League are following suit? We believe RBV theorists have already provided early insights: > “the exploitation of physical technology in a firm often involves the use of socially complex firm resources. Several firms may all possess the same physical technology, but only one of these firms may possess the social relations, cultural traditions, etc., to fully exploit this technology to implementing strategies…. and obtain a sustained competitive advantage from exploiting their physical technology more completely than other firms” (Barney, 1991, p. 110). • MLS League Single-Entity Structure: In contrast to other professional soccer leagues, the MLS has one distinct in-built edge – its ownership structure as a single entity, that is as one legal organization. All of the MLS teams are owned by the MLS, but with franchise operators. The centralization of operations provides the MLS with formidable economies of scale such as when investing in AI technologies for teams. Additionally, this ownership structure accords it leverage in negotiations for its inputs such as for player contracts. The MLS is the single employer of all its players, fully paying all salaries except those of the three marquees “designated players.” Collectively, this edge offers the MLS unparalleled fluidity and speed as a league when implementing changes, securing stakeholder buy-ins and adjusting for tailwinds. The “socially complex firm resources” is the unique talent composition of the professional soccer team and most critically its single entity structure. While every team can theoretically purchase an AI technology talent management system, its application entails use across 30 teams with a very different, complex and unique set of player talents. The MLS single-entity structure though is the resource that supplies the stability required for this human-machine (technology) symbioses to be fully accepted by stakeholders such as players and implemented with precision and speed across the entire league. So, there exists the potential for each MLS team (and the MLS as a league) to acquire SCA even when using “generic” AI technology, as long as other complex firm factors come into play.

This case relied on information that was widely reported within media, press interviews by MLS officials, announcements by various organizations, journal articles and publicly available information on MLS. All of the names and positions, in this case, are actual persons.

MLS started as a story of dreaming large and of quixotic adventure. Back in 1990, the founders of the MLS “sold” the league in exchange for the biggest prize in world soccer – the rights to host the 1994 Fédération Internationale de Football Association World Cup before they even wrote up the business plan. Today, the MLS is the highest-level professional men’s soccer league competition in the USA. That is a major achievement in just over 25-years, as the US hosts a large professional sports market. However, MLS has been unable to attract higher broadcasting value for its matches and break into the highest tier of international professional soccer. The key reason is that MLS matches are not deemed high quality content by broadcasters. To achieve higher quality matches requires many inputs such as soccer specific stadiums, growing the fan base, attracting key investors, league integrity and strong governance, all of which MLS has successfully achieved since its inception. However, attracting high quality playing talent is a critical input the MLS does not have because the league has repeatedly cautioned that it cannot afford them yet to ensure long-term financial sustainability. In fact, to guarantee this trade-off, the MLS is one of the only professional soccer leagues with an annual salary cap. So, the question is: how does MLS increase the quality of its matches (content) using relatively low cost (low quality) talent and still be able to demand higher broadcast revenues? One strategy is for the MLS to use AI playing technology to extract higher quality playing performance from its existing talent like other sports leagues have demonstrated, such as the NFL and NBA. To implement such a radical technology-centric strategy with its players requires the MLS to navigate associated issues such as human-machine symbioses, risking fan acceptance and even altering brand valuation.

The case is written and designed for a graduate-level (MBA) class or an upper-level undergraduate class in areas such as contemporary issues in management, human resource management, talent management, strategic management, sports management and sports marketing. The case is suitable for courses that discuss strategy, talent management, human resource management and brand strategy.

New product development (NPD), entrepreneurship and strategic management.

Advanced undergraduate, MBA/MSc in Marketing and Management course that cover the topics on NPD.

This case illustrates that commercialization of a new product requires a proper strategic direction to make it a reality. The case fact is positioned in livestock feed industry centered on commercialization of a newly developed urea-molasses mineral block (UMMB) or called Nutriblock. Dr Wan, a Senior Principal Research Officer of Malaysian Agricultural Research and Development Institute (MARDI), developed food supplement for ruminants which contained urea, molasses, vitamins, minerals and other nutrients. Dr Wan believed that the UMMB was a better quality food supplement compared to products in the markets because it contained 12 raw feed ingredients and an anthelmintic medication. After almost 10 years of research, in 2003, Dr Wan completed his research and, thus, wanted to get a suitable way to commercialize this product. He had two options: commercializing the technology through licensing of intellectual property right (IPR), or to transfer it as a public domain. The Business Development Unit(BDU) was responsible for the former option, whereas Centre for Promotion and Technology Transfer (CPPT) was in charge for the latter. At the beginning of2006, MARDI decided to commercialize the Nutriblock through licensing the IPR to March Avenue Technology Sendirian Berhad (March Avenue), a newly formed company. March Avenue was formed byKarthiir, a lawyer and Ma Irwan, an electrical engineer. The operation was going smoothly for the first two years. However, problem started in 2008 when Karthiir left the company due to some disagreement with Ma Irwan. Since then, March Avenue failed to achieve its sales target that seriously affected its profit level. Moreover, it suffered from internal management problem. The company finally closed down at the end of 2009. By this four year of operation, March Avenue failed to pay any royalty to MARDI. This circumstance forced Dr Wan to think seriously about his next move regarding choosing the right way of commercializing his Nutriblock. MARDI requested him to give his opinion by January 15, 2010 about whether to give another chance to BDU to commercialize this technology through IPR or to go for public domain under CPPT?

Using this case, students can learn that new product development and its commercialization requires proper strategic directions. It illustrates the importance of managing the commercialization of a new product effectively. NPD involves many stages, and it is important to manage every stage properly. This is because a “high-quality product” and/or a “new to the market” product are not enough to succeed in the market. In other words, producing a “product that meets market needs” must be combined with appropriate strategies.

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The paper aims to understand the process of transfer of agricultural technology, which comprises incubation of the technology business, valuation, evaluation, licensing and commercialization, to examine various dimensions of the process of technology transfer and the effectiveness of transfer object use criteria, to explore ways of sustaining incubation and commercialization through an autonomous unit responsible for technology transfer, to peruse the role of agribusiness incubators in creating an effective agri-entrepreneurship eco-system and to study the factors that promote or inhibit the sustainability of business incubators in an academic or research institution setting.

An innovative technology for production of liquid bio-fertilizers was developed and nurtured to market levels by Anand Agricultural University (AAU), a State Agricultural University in Gujarat. The technology for production of liquid bio-fertilizers, developed during 2009-2010 to 2013-2014 was licensed to some of the state public and private sector undertakings under the World Bank-financed National Agricultural Innovation Project (NAIP) implemented through Indian Council of Agricultural Research (ICAR). For commercializing the technologies from the University, a Business Planning and Development (BPD) Unit was set up at AAU along the lines of a technology transfer office, under the aegis of NAIP during later part of 2009. The NAIP funding from World Bank for BPD Units ceased in June 2014 with closure of the project. With funding no more available, Rajababu V. Vyas, a research scientist at the Microbiology and Bio-fertilizer Department of the University and Head of the BPD Unit, had serious concerns about the BPD unit’s sustainability, as well as sustaining the process of technology transfer from the University.

Anand Agricultural University (AAU), a state-run university in Gujarat, developed and incubated a technology to produce liquid biofertilizer, licensed the technology and marketed its product through a few state-run and private fertilizer firms. The technology was developed between 2009/2010 and 2013/2014 as part of the National Agricultural Innovation Project of the Indian Council of Agricultural Research with funds from the World Bank. A unit to incubate agri-businesses, referred to as Business Planning and Development Unit (BPDU), was set up in late 2009 to expedite the process of technology transfer from AAU to agribusiness firms. Rajababu V. Vyas, a research scientist at the Microbiology and Bio-fertilizer Department of the university, was concerned about the unit’s sustainability, because funding from the World Bank had ceased from June 2014, and wondered how to sustain the transfer of technology from the laboratory to the field in the light of the data available to him.

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Entrepreneurship

Entrepreneurship, Strategic Marketing, Innovation, New product development (NPD).

This case is suitable to be used in advanced undergraduate, and MBA/MSc.

This case illustrates the challenges related to commercializing an innovative product, the coconut dehusking machine in the Malaysian market. It revolves around the issues pertaining to the pre and post-lunch activities and bottleneck of the coconut dehusking and defibering (CDD) machine which was developed by Md Akhir in July 2003. Md Akhir, the senior research officer at Mechanization and Automation Research Centre, Malaysian Agricultural Research and Development Institute (MARDI), believed that it was the first coconut dehusker in Malaysia. During 2000, farmers used to dehusk coconut manually, as there was no readily available machine to help them. Thus, Md Akhir felt the necessity to innovate such a machine that could help the farmers to dehusk efficiently in comparatively less effort and time. From 2003 to 2005, he presented his innovation in several national and international exhibitions and received accolades for such innovative product. In 2005, MARDI signed the memorandum of agreement of five years to license the CDD with Phytofolia Sendirian Berhad without having Md Akhir’s consent. Phytofolia was a comparatively new company owned by two entrepreneurs – Azmin Samin and Abd Hamid. During 2007, Phytofolia changed the specification of the CDD without informing to Md Akhir. Furthermore, two machines were sold to a company in Papua New Guinea, but no feedback was sought about the performance of the modified CDD. The price of CDD was set very high and thus the local farmers refused to buy it. In 2009, Hamid left Phytofolia due to disagreement with his business partner. He collaborated with Mr Sigiarno a venture capitalist from Indonesia and offer MARDI RM200,000 up-front to buy the IP of the CDD. At the end of the contract, Phytofolia failed to pay the royalty to MARDI and the contract ended in 2010. By seeing the fall of memorandum of agreement, MARDI asked Md Akhir to decide the next step whether to sign new agreement with Phytofolia, to sign agreement with Hamid’s newly formed company Kelapa Gading, to giving up commercialization and provide this machine to the farmers free of cost or to create a start-up company, fabricate and market the CDD. Md Akhir was really confused about which way to go!

Using this case, students can learn how a small and/or medium scale company can strategize its new product launch. Based on the given industry scenario, students can realize the potential challenges that are related to launching a new product. Furthermore, this case demonstrates that producing a high-quality product is not enough to succeed in the market; right strategy also plays an important role in making it successful. Finally, it can be also learned that proper marketing strategy, good coordination and communication with support companies as well as internal harmony are three important factors that contributes in any business success. Overall, entrepreneurship students will learn how to use the opportunity and manage the innovation. On the other hand, strategic marketing students will learn the importance of adopting proper strategy, while the students who are undertaking the new product development course will be benefited by seeing the practical situation of a new product launch, its rise and its fall.

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CSS 3: Entrepreneurship

The (A) case describes the evolution between 1999 and 2005 of an unusual innovation team within the office of the chief information officer at oil and gas giant BP. This team helped business units conceive, develop, and implement novel, value-added applications for emerging information technologies. The team leader, vice president and chief technology officer Phiroz Darukhanavala (“Daru”), eschewed a large group and venture budget in favor of a small, lean team intimately engaged with BP's business units. The case describes several mechanisms created by the CTO office during its early evolution: “Blue Chalk” events that expanded executives' appreciation of emerging technology capabilities, a network of relationships through which emerging technologies were scouted and vetted, a structured technology transfer process, and annual “game-changer” projects.

The (B) case describes how the CTO office team members in 2011 again solicited advice from their ecosystem of thought leaders and held workshops to significantly enhance their impact. As a result, they began developing solutions for broader, more fundamental business problems that came to be known as Grand Challenges: extremely difficult business problems whose solutions could potentially create hundreds of millions—or billions—of dollars in business value.

After reading and analyzing the case, students will be able to:

• Understand the management challenges associated with realizing the business value of new technologies

• Explore how innovation management evolves as an innovation team learns from its successes and failures and, more importantly, builds a reputation within and outside the company

• Examine a prototypical “advocate” model of corporate entrepreneurial practice

• Explore a leading example of a successful internal innovation program

Understand the management challenges associated with realizing the business value of new technologies

Explore how innovation management evolves as an innovation team learns from its successes and failures and, more importantly, builds a reputation within and outside the company

Examine a prototypical “advocate” model of corporate entrepreneurial practice

Explore a leading example of a successful internal innovation program

Information technology, management science and strategic management.

The case has been developed for use in “e-government Management and Leadership” and “Strategic IT management” courses and is appropriate for MBA and Executive Development Programs, as well as corporate training programs incorporating information system and e-government dilemmas. The case is appropriate for courses that deal with e-government development.

Ajman Digital Government (ADG) was established in 2017. It is a new government entity intended to deliver the Ajman e-Government Project to increase government efficiency and productivity, as well as transforming public services to meet citizen expectations of digital experiences and satisfying the UAE Federal e-government standard. The current UAE federal e-government ranking includes only two emirates, Abu Dhabi and Dubai. ADG intends to be part of the UAE federal e-government ranking and participating in the world digital competitiveness ranking. Many challenges lie ahead for ADG, which intends to add Ajman’s e-government to UAE’s federal e-government, supporting the digital competitiveness of UAE worldwide and participating in increasing the ranking for UAE federal government in IMD’s World Digital Competitiveness Ranking; in addition to this challenging goal, there are significant new obstacles to the implementation of the new digital government in Ajman. ADG requires specific ingredients for the maintenance and support of the UAE e-government standard to position the project toward the success. Study of the strategic positioning of ADG would help support success of the development of e-government and weigh which technology should be used and how the project should proceed strategically. The case also provides a very useful ground for discussing all challenges faced and how the innovative business model of e-government will address these issues and create a sustainable e-government environment.

The case is structured to achieve the following learning objectives: Students can recognise the dilemma faced by the Ajman Government in managing citizen expectations, stakeholder expectations and the wider implications of its actions on developing a coherent communication strategy. Students can recognise and critically evaluate the role of leadership and communication in using e-government strategies in hyper technology market. To bring out the challenges in the digital government and repositioning strategies in a highly competitive and dynamic technology environment. Differentiation and repositioning strategies in a highly competitive technology market. Learn how to effectively communicate the value of a digital government to the targeted citizens. Understand how to strike a balance between short-term objectives and long-term goals in e-government development. Analyse the environment, competition, industry and IT product positioning. List alternative IT strategies and e-government positioning. Understand the primary drivers of interaction in e-government.

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CSS 7: Management Science.

The ‘CSIR-Tech: Facilitating lab to market journeys’ case is designed to teach students the strategic intricacies of an organizational network. The case also throws light on the formation and design of a collaborative inter-organizational network. CSIR, a premier R&D organization in India, was plagued with challenges in the commercialization of technologies developed in its constituent laboratories. CSIR-Tech was established as a private-limited company to catalyse the technology development and commercialization process. The case analyses formation of CSIR-CSIR-Tech alliance and discusses how the alliance can help in overcoming challenges associated with commercialization of technologies being developed at CSIR.

The teaching objectives of the case study will enable the students as follows: to recognise the challenges of information technology (IT) implementation in the health-care sector associated with employee resistance, to apply the technology acceptance model for analysing the degree of employee resistance, to relate the utilisation of Kotter’s 8-step change management approach in successful IT implementation in the health-care sector and maintenance of employee productivity and to classify the leadership traits reflected by the leaders in training the 600 diverse employee population of Al-Ain hospital.

The case highlighted the predicament the government-owned Al-Ain City Hospital, United Arab Emirates, faced following the surge in the incidences of COVID-19 in the country in March 2020. The hospital management decided to initiate the work-from-home arrangement as a non-pharmaceutical intervention of handling the spread of the disease amongst its employees. Fatima Almur, the Information Technology Director in Al-Ain Hospital, asked the Application Support Manager, Aysha Shahwan, to deploy some IT tools significant for remote support to patient care within two weeks. Shahwan faced significant challenges in deploying the IT tools in two weeks given the diverse workforce, with the majority of them having limited knowledge in operating the tools, and hence, their apprehension in the usefulness of the tools. Besides, Shahwan had to deploy some advanced tools for easy and secured access to the electronic health record, telemedicine and telecommuting using mobile phones, tablets or PCs. The deployment of these advanced tools would be jeopardised by employee acceptance and consequent dwindling productivity. Considering the issue of employee acceptance of the change and their limited knowledge, Shahwan had, therefore, to develop training frameworks to boost the former’s perceived usefulness and ease-of-use of the IT tools. Will Shahwan successfully deploy the advanced IT tools to enable the hospital staff, including medical staff and departments, to ensure efficient patient care from a remote location? Will she be able to train the 600 employees across genders, ages and knowledge, use the IT tools and safeguard them from common software threats like email phishing and ransomware? Will the hospital be able to sustain its vision of quality patient care using advanced technologies through this new arrangement of remote support amidst the pandemic when patients are more?

Undergraduate business management.

Teaching Notes are available for educators only.

CSS 10: Public sector management.

Pharmaceutical marketing, brand protection.

It could be used with the pharmaceutical marketing students and MBA students for analysing counterfeit medicines' menace in developing countries and positioning of a disruptive technology. The case could be used for marketing consultants, Brand managers and executive development programmes to explore issues such as protecting brands through technology, pharmaceutical packaging marketing, competitiveness of counterfeit drugs, global harmonisation.

Against the backdrop of rising menace of counterfeit drugs in developing countries, the case talks in particular about an innovative pharmaceutical packaging company. The company has developed a unique security technology called non-ClonableID™ which can enable products to be authenticated throughout the supply chain, thus protecting brands and preventing misuse. Despite a promising technology, it poses challenges regarding its adoption and commercial success.

Counterfeiting as an inevitable result of Globalization has become a global nuisance and has to be dealt at global level. Brand protection could be one of the lowest cost tools for pharmaceutical companies to restore public confidence in their products and themselves. While all methods for anti-counterfeiting are known to have short lives the menace still must be dealt with. For this, companies need to deploy anti-counterfeiting strategies that set up various layers of security.

Teaching note.