CHAPTER ONE

GENERAL INTRODUCTION

1.1 Background of the Study

The efficiency of last-mile delivery has become a critical area of focus for businesses operating in urban environments, especially as urban populations grow rapidly, and consumer expectations for timely and personalized services continue to rise. Last-mile delivery involves the final step of the supply chain, where goods are transported from distribution centers to customers’ locations. However, the challenges associated with this stage are multifaceted, particularly in cities where infrastructure is inadequate, traffic congestion is prevalent, and demand is fluctuating. Studies by Chopra and Meindl (2019) emphasize that last-mile delivery accounts for a significant portion of supply chain costs, ranging between 30% and 50% of total delivery expenses, highlighting the importance of optimizing this stage. Furthermore, research by Taniguchi et al. (2021) reveals that inefficient last-mile delivery can lead to customer dissatisfaction, delays, and decreased business competitiveness. Businesses must address these challenges to meet evolving market demands, ensuring that last-mile delivery becomes a seamless, cost-effective, and reliable process.

In urban areas across the globe, companies have been investing in technological advancements to enhance the efficiency of last-mile delivery. According to Lee and Whang (2020), innovations such as route optimization, real-time tracking, and artificial intelligence have proven to reduce delivery times and lower operational costs. However, in developing regions such as Africa, where infrastructure is still developing, the challenges are more pronounced. For instance, in Sub-Saharan Africa, limited access to high-quality roads, poor storage facilities, and lack of advanced logistical solutions create barriers to efficient last-mile delivery. Additionally, high labor costs and the need for local partnerships with small-scale delivery services exacerbate these challenges. Research by Choi and Yoon (2021) reveals that small and medium enterprises (SMEs) in these regions are struggling to keep up with technological advancements due to financial constraints and lack of skilled labor, thus making last-mile delivery a significant operational bottleneck.

Globally, the efficiency of last-mile delivery continues to evolve with the advent of technology-driven solutions and evolving consumer preferences. In developed economies like the United States and European countries, the integration of automation, smart logistics, and digital platforms has resulted in a more streamlined last-mile process. Companies such as Amazon and DHL have invested heavily in artificial intelligence (AI), autonomous vehicles, and predictive analytics to manage complex urban delivery challenges. According to a study by European Journal of Operations Research (2020), these advancements have significantly reduced delivery costs by up to 15% and increased customer satisfaction by providing real-time updates on delivery progress. However, the global landscape still presents challenges in regions with underdeveloped infrastructure and varying degrees of technological adoption. For instance, in Asia and Latin America, urban areas often struggle with inadequate road networks, leading to increased traffic congestion and higher operational costs. Despite these hurdles, efforts are being made to implement hybrid solutions that combine traditional methods with modern technological advancements to meet urban delivery demands efficiently.

On the other hand, in regions such as Africa, the lack of advanced infrastructure and limited access to digital tools continues to impede the efficiency of last-mile delivery. Research by Mensah et al. (2021) highlights that African countries, including Kenya and Nigeria, face difficulties in managing urban delivery systems due to factors such as poor road conditions, high labor costs, and inefficient storage facilities. In countries like South Africa, although larger firms have access to better technological solutions, smaller enterprises encounter difficulties in adopting such advancements due to financial and skill-related constraints. The global shift towards sustainable and efficient last-mile delivery requires a tailored approach in these regions, combining public-private partnerships, investment in infrastructure, and leveraging locally available technologies. These efforts would enable businesses to overcome the challenges and enhance the overall performance of their delivery networks.

In Kenya, last-mile delivery continues to be a significant challenge, primarily due to limited infrastructure and the rapid growth of urban areas. As highlighted by Njoroge and Otieno (2021), urban centers such as Nairobi face severe traffic congestion, poor road networks, and inadequate storage facilities, making efficient delivery operations difficult. In these regions, small and medium-sized enterprises (SMEs) struggle to manage last-mile logistics, as they often lack access to advanced technologies like GPS tracking and route optimization tools. According to Gitonga et al. (2020), labor costs remain high, and many businesses are forced to rely on manual processes, which increases operational expenses and reduces efficiency. Furthermore, informal delivery networks are prevalent in Kenya, where local agents and informal carriers handle the final stages of delivery, leading to inconsistent service quality and delays.

Despite efforts to improve last-mile delivery, challenges persist due to the underdeveloped technological infrastructure. Research by Mwaura and Mwangi (2022) reveals that businesses often adopt piecemeal solutions, such as mobile tracking and small-scale automation, which are insufficient to scale operations across larger urban areas. Additionally, fluctuating demand in rapidly growing urban hubs compounds delivery challenges, making it difficult for businesses to forecast and manage logistics efficiently. While larger firms have started integrating digital solutions into their supply chains, SMEs face a substantial disadvantage due to limited financial resources and a lack of skilled personnel to manage these systems. To address these issues, greater investment is needed in technological infrastructure and public-private collaborations to improve the overall logistics ecosystem.

Moreover, Kenya’s socio-economic landscape influences the management of last-mile delivery. The informal economy plays a significant role in shaping urban logistics, with many micro-enterprises relying on traditional methods of delivery. However, there is a growing recognition that sustainable delivery systems must integrate formal, technology-driven approaches to ensure efficient operations. According to Onyango et al. (2021), businesses in Kenya are increasingly forming partnerships with tech startups and logistics firms to develop hybrid solutions that balance cost-efficiency with service quality. These initiatives are essential in bridging the gap between urban delivery challenges and the rising demand for seamless and fast-paced services in Kenya.

In Cameroon, last-mile delivery faces numerous challenges that are reflective of broader infrastructural and socio-economic issues. Urban areas such as Douala and Yaoundé experience significant traffic congestion, which impacts delivery operations, especially during peak hours. According to Tchatchouang et al. (2022), the inadequacy of urban roads and poorly maintained infrastructure contributes to inefficiencies, where businesses struggle to maintain timely deliveries. Additionally, the lack of adequate warehousing facilities and storage infrastructure complicates the storage and movement of goods, further increasing operational costs. This creates an urgent need for infrastructural development to support the growing demands of e-commerce and urban logistics in Cameroon.

The adoption of technology in last-mile delivery in Cameroon remains limited compared to global standards, primarily due to financial constraints and limited access to advanced systems. Research by Ndoh et al. (2021) highlights that small and medium enterprises (SMEs) in Cameroon often face difficulties in integrating digital solutions, such as automated route optimization or real-time tracking, due to the high costs associated with implementation and maintenance. Moreover, the lack of skilled labor to manage complex logistics processes limits the country’s ability to fully embrace modern delivery systems. As highlighted by Nyamnjoh et al. (2022), the reliance on manual processes and informal networks persists, which affects the efficiency of service delivery, particularly in remote and underdeveloped areas.

Furthermore, Cameroon’s socio-economic challenges pose significant barriers to the development of sustainable last-mile delivery. Regulatory issues, coupled with fluctuating fuel prices and inconsistent electricity supply, impact the reliability and cost-efficiency of delivery operations. These challenges are exacerbated by the growing demand for e-commerce, where businesses struggle to meet customer expectations due to constrained resources. Initiatives such as public-private partnerships are being implemented to address these issues, promoting infrastructural improvements and the adoption of technology in the logistics sector. However, for Cameroon to achieve efficient last-mile delivery, a comprehensive approach that includes investments in technology, infrastructure, and workforce development is necessary to overcome existing barriers.

In the case of Guinness Cameroon, the challenges of last-mile delivery reflect the broader issues faced by businesses operating in urban logistics within the country. The company relies on an extensive network of distributors and local agents to manage the final step of delivery, ensuring that products reach consumers in various urban and rural areas. However, this process is complicated by poor road networks, limited storage facilities, and inconsistent service delivery. According to a case study by Ngoh et al. (2023), traffic congestion in Douala has significantly impacted delivery times, leading to increased costs and delays. Furthermore, labor costs remain high, as businesses need skilled personnel to manage manual delivery processes, which affect overall efficiency. Despite these challenges, Guinness Cameroon has been working to implement technological solutions such as mobile tracking and smart logistics platforms to enhance delivery operations. These efforts reflect a broader industry need to integrate advanced solutions to ensure sustainable and efficient last-mile delivery in urban Cameroon.

1.2 Statement of the Problem

The last-mile delivery process for beer distribution in urban Cameroon presents significant challenges that continue to affect the efficiency of operations for companies like Guinness Cameroon. Despite previous attempts to improve distribution through technological advancements, the integration of sophisticated logistics systems, and the strengthening of partnerships with local distributors, numerous obstacles persist. Urban areas in Cameroon are characterized by complex road networks, traffic congestion, limited infrastructure, and inconsistent consumer demand, all of which contribute to inefficiencies in the last-mile delivery process. These issues result in delayed deliveries, increased transportation costs, poor route optimization, and diminished customer satisfaction. Furthermore, inconsistent supply chains and a lack of real-time data visibility exacerbate the problem, leading to stockouts, overstocking, and missed business opportunities. This inefficiency not only affects the profitability of Guinness Cameroon but also impacts its brand reputation in the competitive market.

As the urban landscape continues to evolve, addressing these challenges becomes increasingly imperative for improving the efficiency of beer distribution. Companies must adopt innovative solutions to streamline last-mile operations, such as implementing advanced tracking technologies, utilizing data analytics to forecast demand, and optimizing delivery routes in real-time. Additionally, fostering stronger collaboration between distributors, retailers, and consumers can create a more cohesive system that addresses logistical hurdles effectively. By exploring these strategies, Guinness Cameroon can enhance its distribution network, reduce costs, and ensure that customers receive their products in a timely and reliable manner, ultimately driving business growth and customer loyalty.

1.3 Research Question

1.3.1 Main Research Question

• What are the effects of last-mile delivery challenges on the efficiency of beer distribution in Cameroon for Guinness Cameroon?

1.3.2 Specific Research Questions

• What is the effect of inadequate infrastructure on the efficiency of last-mile delivery in beer distribution for Guinness Cameroon?
• What is the effect of delivery cost on the efficiency of last-mile delivery in urban Cameroon?
• What is the effect of customer density on the efficiency of last-mile delivery in beer distribution for Guinness Cameroon?

1.4 Research Objectives

1.4.1 Main Research Objective

• To examine the effects of last-mile delivery challenges on the efficiency of beer distribution in Cameroon for Guinness Cameroon.

1.4.2 Specific Research Objectives

• To assess the effect of inadequate infrastructure on the efficiency of last-mile delivery in beer distribution for Guinness Cameroon.
• To evaluate the effect of delivery cost on the efficiency of last-mile delivery in urban Cameroon.
• To analyze the effect of customer density on the efficiency of last-mile delivery in beer distribution for Guinness Cameroon.