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Agriculture knowledge, market intelligence, emerging business model.

It is best suited to teach undergraduates and graduates in the areas of rural marketing, agri-business management, service management and information and communication technology for development.

India is changing with great pace by inclusive growth on espousal of technology into the mainstream. Indian farmers are wholly depending even now on traditional methods for decision making on entire agriculture supply chain. The constant decision making provides middle men with a chance to exploit and empower themselves on the returns produced by farmers. Technology is creating waves providing an opportunity for farmers to benefit by adopting information and technology to solve their basic livelihood problems. The Thomson Reuter group launched a SMS-based mobile information service to support India's 250-million-strong agricultural community. The service, named Reuters Market Light (RML), is trying to provide a missing link by providing required information in the quickest possible time to farmers; user need-based services are critical to this. How far RML services are delivering in this context is quizzed by some analysts. Thomson Reuter's service started with the global climb down in commodity prices, coupled with increased risk of natural disasters as per experts. The competitors providing similar services at price which differ with RML wondered about the success, scalability and sustainability of its venture.

This is a practical view of how these interventions can be better looked at and can get into policy for a framework for rural areas' socio-economic development.

Teaching notes.

As a “unicorn” devoted to the rural market, Huitongda has gone through a major evolution since its establish-ment in 2010 from a rural home appliance distributor, a supply chain platform, an O2O service platform to an industry Internet platform of the rural e-commerce ecosystem, based on its deep understanding of the pain points in the rural market and operational experiences. After 2017, as the platform scaled with more vendors, Huitongda was no longer satisfied with selling a single product from urban to rural areas, but was committed to promoting the two-way flow of diverse commodities between urban and rural areas. It also set out to promote employment by entering the rural human resource market, expanding the single-industry O2O service platform to a complete multi-industry ecosystem. In 2018, with a service network covering over 17,000 townships across 20 Chinese provinces, Huitongda's sales reached RMB 35 billion yuan, enabling over 500,000 rural dwellers to start their own businesses or to find employment.

However, the depth, breadth and complexity of the rural industry Internet gradually multiplied, as more member stores joined the business ecosystem with more valuable commodities and services. As a rural industry Internet network owner, how could Huitongda better tap into digitalization in order to support its industry Internet business model and the huge network? How can it further widen the network boundaries to drive more business innovations and maximize network value?

As China has pressed ahead with rural revitalization in recent years, its rural financial sector has also developed rapidly and the financial environment has been greatly improved. But compared with urban areas, the rural financial sector makes rather limited contributions to rural economic development for a variety of reasons, including single types of service providers, narrow coverage, and lack of services and products. The underdevelopment of the rural financial system is closely related to the characteristics of its target customers and the economic system. The deficient rural financial credit system, the low level of IT application, the difficulty in data collection and integration, and the insufficient collateral of farmers pose high costs and huge risks for financial institutions when providing credit and other financial services.

In the present case, fintech and financial innovation complement each other: The application of fintech makes innovation possible, and the need for financial development fuels the development of fintech. Leveraging fintech and new business models, MYbank has overcome the main obstacles in the development of rural finance to provide convenient financial services for farmers and rural MSEs. Fintech is the abbreviation of “financial technology.” It can be understood as the combination of finance and technology for easier understanding, but it is more than that. Fintech refers to the innovation of traditional financial products and services with various technologies to improve efficiency and reduce operating costs. The emergence and development of fintech have led to the creation of new business models, applications, and processes, which have triggered major changes in financial markets, financial institutions, and the ways financial services are delivered, and are reshaping the financial landscapes of countries and even the world.

There are three major problems in the development of rural finance: difficult access to data, difficult risk management, and difficult market penetration. In order to gradually remove the obstacles and guarantee sustainable business development, MYbank has created three new business models with the power of fintech: digital inclusive finance at the county level, industrial finance, and platform finance. With these models, MYbank is searching for a “Chinese solution” to the worldwide problem of rural inclusive finance.

Management of Innovation and Technology/Management Information Systems.

Information Systems.

SER (Sugar, Energy & Rum) was a company belonging to the Grupo Pellas Corporation. The company operated in four countries, had six subsidiaries, employed more than 25,000 people, had more than 43,500 manzanas of sugarcane crops in Nicaragua alone and had global annual sales of more than US$400m. In 2008, due to the negative effects of the crisis on the company’s business model (increasing costs due to higher prices for fuel and decreasing income because of low international sugar prices), the company decided to implement a business intelligence (BI) system to optimize its processes to reduce costs and increase productivity. At that time, the company had more than 100 years of data, information systems that fed into their main business processes and a culture that appreciated data as the basis for decision-making. However, there were inconsistencies among data systems, users received highly complex reports in Excel or green screens and process monitoring happened long after the tasks had been completed. As a response, SER used extract–transform–load to collect and clean data that would be used in the BI system (the case leaves the questions regarding the systems selection unsolved for discussion). Based on their business model, they selected the most critical processes and defined key performance indicators to measure the impact of changes in those processes. They considered graphic design as a tool to make the system more accepted by users and worked together with users so that reports only offered the most important information. The result was improved costs and productivity. They decreased manual time spent by 14 per cent, automated time spent by 10 per cent, and eliminated 1,556 hours of dead time for equipment in the field, which allowed them to increase productivity by US$1m just in sugar. They saved 20,000 trips from the fields to the factories, which represented more than US$1m in savings by monitoring the weight of wagons loaded with sugarcane in real time. They improved client perceptions about the company both locally and internationally by implementing a sugar traceability system.

The case “Business Intelligence at the Grupo Pellas SER Company” has as its objective to respond to the question: How does a company make its BI system implementation successful? As such, the case: Discusses what a BI system is and what it provides to a business analyses challenges, benefits and context when implementing a BI system; analyses success factors and recommendations in the BI system implementation process; analyses the process of implementing a BI and highlights the importance of the system priority questions and technological alternatives.

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CSS 11: Strategy

Social entrepreneurship/social innovation.

This real case targets license and master’s students as part of an ongoing course on social entrepreneurship, social innovation, in one word, on entrepreneurship.

Mlouma is a platform based on Web, SMS, USSD, mobile application and call center. This social enterprise keeps farmers in contact with food buyers by displaying real-time market prices and localizations. The service will improve the efficiency of the agriculture supply chain, helping farmers to get a better price for their product. By introducing information and communication technology, Mlouma provides innovative solutions to the market failure by creating more value for producers and consumers.

This case shows the importance of the entrepreneurial orientation of social enterprises to adapt to its context and discuss theory of social entrepreneurship.

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CSS 3: Entrepreneurship.

CF Industries’ products nitrogen fertilizers are a crucial input to making agriculture productive enough to feed the world. However, its products are undifferentiated commodities. Throughout parts of its history, CF has struggled to be consistently profitable, yet over the last decade it has been very profitable. The case provides an opportunity to examine how CF manages to create value and capture it as profits despite being in a commodity business.

This case deals with the need of a European company to import organic soybean from India. The company's India Operations Manager wants to know the feasibility of such a venture. The case describes the procurement of organic soybean from a city in central India, understanding standards of organic production, and finally the costs and procedures involved in exporting the organic soybean to Europe.

The case illustrates how environmental forces affect an industry’s profitability. PESTEL and five forces analyses can be used to examine the retail agricultural equipment industry.

Single case study.

Jonathan Sullivan has a decision to make. His company is struggling due to difficult industry conditions. He is questioning if the company can continue to survive. MEC is an agricultural equipment dealer. The industry has experienced boom-and-bust periods since the company was founded. But the current downturn seems different. The past five years have been difficult as manufacturers have changed their dealership practices. Jonathan has struggled with some of the new practices the manufacturers have implemented. These new practices could negatively impact the company’s ability to survive. Jonathan wonders, “What is the best path forward for the business?”

The case is designed to be used in an undergraduate strategic management course.

This case study outlines the marketing, strategic and organizational issues facing the ever-expanding agri-inputs market in India, through the perspective of Agroy – an agri-products company. This case can be used to assist in the teaching courses such as marketing management, rural marketing, business strategy, operations and logistics management, among others, for students of MBA or other specialized courses in management. The case has been developed to make students aware and to understand the arduous nature of setting up a company catering to the huge Indian agri-inputs market. This case delves into the complexities of marketing in rural India that is characterized by low technological awareness, low volumes of digital transactions and immense language barriers. The Indian agricultural market is huge and has undergone a considerable amount of change owing to competition among multinational companies and traditional local micro-retailers. This case discusses the various challenges faced by multinational companies in entering India and how they need to strategize to modify their Western model of a distribution channel which faces huge challenges when put to test in India. Specific learning outcomes include: the case study would help students to comprehend the new business strategies that an MNC could adopt in emerging markets. Some companies work on changing traditional and conventional value chains of activities to fit the emerging market customer’s best and hence companies needs to figure out a unique business model to compete in emerging markets. This case study gives readers the opportunity to think about strategy in an uncertain environment. The case illustrates the challenges associated with innovating new business ideas that would help the company serve a greater number of people from a diverse background. It highlights the importance of thinking about real options, a portfolio of projects and the type of organizational structure required to tackle the uncertainties associated with foreign companies aiming to enter the Indian market. It also explores marketing and distribution issues – which are the type of customers to target and which are the suitable geographic areas with suitable linguistic compatibility in which there shall be ease in doing business. Finally, it is an avenue for students to think about the changes necessary throughout the distribution channel to successfully implement and commercialize a project in rural India. The case is intended to work well as a learning tool for strategy implementation where uncertainty is inherent and as an application to lectures on real options and risk or for discussions related to marketing and distribution channels and its challenges.

The Indian agricultural market plays an important role in India’s economy having a staggering 58 per cent of rural households depending on it as the principal means of livelihood. However they have very small landholdings, and hence, they find it difficult to order either large quantities or in bulk, as a result of which the cost of agricultural inputs gets enhanced. Agroy, an MNC, is one of the many companies that have stepped in to bridge this gap by trying to tap into the huge agricultural market. Agroy aspires to be the “UBER of agriculture.” Agroy is a cloud-based buying platform for farmers to buy agri-inputs efficiently at scale and at the best price from around the world. With big data and smart farming, the company aims to enhance farm sustainability and productivity. Agroy’s competitors like Agro Star and Big Heart also have similar business models and hence the competition is stiff. The three debatable questions that the case poses are: Will Agroy be able to shatter the age-old loyalty that Indian farmers have toward local retailers and other Indian companies that have an existing strong foothold in the market? Will similar distribution models as practiced in developed Western countries work in India, given the distribution challenges in deep rural Indian hinterland? Will Agroy be able to create sustainable business models by marketing agri-inputs at low prices in India?

MBA in courses such as entrepreneurial marketing, strategic marketing, agricultural marketing.

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CSS 8: Marketing.

The learning outcomes of this paper are as follows: to understand the context of seaport logistics and supply chain design structure, to apply Monte Carlo simulation in the interface of the supply chain and to analyze the Monte Carlo simulation algorithm and statistical techniques for identifying the key seaport logistics factors.

It was 9:00 p.m. on November 10, 2020, and Nishadh Amonkar, the CEO of OCTO supply chain management (SCM) was glued to the television watching the final cricket match of the Indian Premier League, 2020. Amonkar’s mobile phone rang and it was a call from Vinod Nair, a member Logistics Panel of Ranji Industries Federation. Nair informed Amonkar that it was related to the rejection of several export consignments of agricultural products from Ranji (in the western part of India). The rejection was due to the deterioration in the quality of the exported agricultural products during transit from Ranji to various locations in Europe.

This course is suitable at the MBA level for the following courses: Operations research (Focus/Session: Applications on Monte Carlo Simulation). SCM (Focus/Session: Global SCM, Logistics Planning, Distribution Network). Logistics management (Focus/Session: Transportation Planning). Business statistics (Focus/Session: Application of Hypothesis Testing).

Teaching Notes are available for educators only.

CSS 9: Operations and logistics.