CHAPTER ONE

 INTRODUCTION

1.1 Background to the Study

The growing emphasis on digitalization trends has emerged as a critical concern among scholars regarding port performance (Del-Giudice et al., 2022; Othman et al., 2022), as the maritime sector faces numerous challenges, including limited physical space, extreme weather events, and shifting consumer spending habits, the need for modernization through digital technologies becomes increasingly evident. Digitalisation not only enhances port operational efficiency but also addresses environmental concerns by reducing costs and harmful emissions. According to the United Nations Conference on Trade and Development (UNCTAD), international trade has significantly expanded over the past century, largely driven by industrialisation and the reduction of trade barriers, with digitalisation playing a pivotal role in this transformation (Djanitey, 2018). In this context, scholars argue that ports must adapt to these digital trends to remain competitive and meet the demands of a rapidly evolving global economy.

Digital technologies have become a new frontier for port modernisation, offering solutions that streamline operations and improve service reliability (Almeida, 2023), The transition from paper-based reporting systems to electronic formats has accelerated trade processes, particularly benefiting regions like West Africa, where many countries are landlocked. This shift enhances information interchange, reduces document processing time, and minimises errors, leading to lower transfer costs and increased accuracy (Carlan et al., 2017). Moreover, the World Bank Group (2016) notes that many developing nations have embraced digitalization in their government-to-citizen and government-to-business operations, facilitating customs clearance and licensing. The advantages of digitalization extend beyond mere efficiency; they also play a crucial role in facilitating access to essential resources, thereby supporting economic and social development in both inland and island regions.

Kern (2021), as ports navigate the complexities of increasing interdependence, they must balance various interests, including conservation, economic efficiency, legal compliance, and social justice. The inevitability of digitalisation in port operations presents an opportunity to improve efficiency and work towards sustainable development goals. Kern (2021), addressing these needs, ports can not only improve their operational performance but also contribute to broader societal goals, reinforcing their role as vital gateways for economic and social interaction.

In the world context, ports are increasingly adopting digital technologies to address the growing demands of international trade. For instance, ports like Hamburg and Rotterdam have implemented comprehensive digital transformation strategies that integrate Internet of Things (IoT) devices, big data analytics, and artificial intelligence (AI) to optimize their operations (Luo, 2021). These innovations have enabled ports to automate processes such as cargo handling and vessel scheduling, resulting in reduced turnaround times and enhanced service delivery. The Port of Hamburg exemplifies successful digitalization efforts. By creating a unified big data platform and implementing automated terminals, the port has improved operational efficiency and customer service (Portnews, 2013). This transformation allows for predictive operations based on real-time data insights, facilitating better decision-making and resource allocation. As a result, the port has seen significant improvements in logistics performance and competitiveness on a global scale (Luo, 2021).

In North America, such as the long beach container terminal in California, have embraced automation technologies to enhance productivity while reducing environmental impacts. The terminal utilizes fully electric cranes and advanced control systems that optimize cargo movement and minimize emissions (Spire Global, 2021). Such advancements not only improve operational efficiency but also contribute to sustainability goals within the maritime sector. Digitalization trends have profound implications for port performance. By transitioning from traditional operational models to smart port frameworks, ports can achieve greater efficiency through automation and real-time data sharing. For example, automated cranes can reduce loading and unloading times from hours to mere minutes (Sinay, 2023). Additionally, the integration of digital twins’ virtual replicas of physical assets enables ports to simulate operations and predict potential issues before they arise (Sinay, 2023).

Cartagena Port in Colombia has undergone a modernization plan involving hundreds of millions of dollars to improve its digital capabilities. Ranking 12th in the CPPI, it offers digitized real-time information through a virtual tool, electronic data interchange, and automated authorizations (World Bank, 2024). These enhancements facilitate smoother cargo movement and improve overall port performance. Furthermore, enhanced communication between stakeholders’ fosters collaboration across the supply chain. Ports can share critical information with shipping companies, freight forwarders, and customs authorities in real time, leading to faster clearance processes and improved overall logistics performance (MDPI, 2024). The ability to track shipments electronically also enhances transparency and accountability within the supply chain.

In Singapore, port Authority is recognized as one of the most advanced ports globally due to its extensive use of automation and digital technologies. PSA has implemented a comprehensive Port Community System that connects various stakeholders, allowing for seamless information exchange and operational coordination. The integration of AI and IoT technologies has enabled predictive analytics for vessel scheduling and cargo handling, significantly reducing turnaround times. The Port of Helsinki in Finland has embraced a smart port model that leverages digital twins and data analytics to optimize operations. By simulating port activities digitally, the port can anticipate issues and enhance decision-making processes (Porteconomics Management, 2024). This approach not only improves efficiency but also contributes to sustainability goals by minimizing environmental impacts. The Port of Felixstowe has invested heavily in digital infrastructure to enhance its operational capabilities. It utilizes automated cranes and advanced terminal operating systems that improve cargo handling efficiency. The port’s commitment to digital transformation has positioned it as a leader in the UK maritime sector.

In the African context, the digitalization of ports in Africa is a critical trend that aims to enhance operational efficiency, improve service delivery, and facilitate trade across the continent. As countries strive to modernize their port facilities, the adoption of advanced technologies is becoming increasingly essential to meet the demands of global trade and improve competitiveness. The Nigerian Ports Authority (NPA) has set ambitious goals to create a fully digital ecosystem across all its ports by 2025. This initiative aims to streamline operations, reduce costs, and enhance collaboration among stakeholders through paperless processes and advanced ICT systems (Nigerian Ports Authority, 2025). Similarly, Morocco’s Tangier-Mediterranean Port is implementing a new Port Management and Information System in partnership with Wärtsilä, which integrates machine learning and AI to optimize port calls and reduce congestion (NTU Singapore, 2024).

In Ghana, the level of digital maturity varies significantly across African ports. For example, while ports like Tema in Ghana have made strides in adopting digital tools, others lag behind due to economic constraints and limited investment in technology (Graphic Online, 2024)8. The average digital maturity score for African ports is reported at 2.76, indicating that while some ports are advanced, many others require substantial improvements to reach international standards (Graphic Online, 2024). The integration of emerging technologies such as automated container terminals and real-time tracking systems is becoming more prevalent. For instance, Namport in Namibia is introducing automation technologies to enhance yard management and loading operations (NTU Singapore, 2024). These innovations not only improve efficiency but also contribute to sustainability efforts by reducing emissions associated with port operations.

Angola is making strides in digitalizing its port operations, particularly at the Lobito Port. The country has partnered with Singapore’s Port Authority to implement a Maritime Single Window (MSW) system, which aims to streamline the electronic submission of information required by various government agencies when ships call at the port. This initiative is expected to improve operational efficiency and reduce clearance times (NTU Singapore, 2024). Ethiopia’s Port of Djibouti, which serves as a critical gateway for landlocked Ethiopia, is undergoing modernization efforts that include digital solutions for customs clearance and cargo tracking. The Ethiopian government is focusing on enhancing logistics and trade facilitation processes through improved digital infrastructure (World Bank, 2024).

In Cameroon, the situation at the Douala-Bonabéri Port in Cameroon reflects a critical phase of modernization and digitalization aimed at enhancing port performance and operational efficiency. As the primary maritime gateway for Cameroon and a vital hub for Central and West Africa, the port is undergoing significant transformations to address longstanding challenges and improve service delivery. Since January 2020, all ship call procedures at Douala-Bonabéri have been transitioned to an online platform, allowing for the dematerialization of processes related to vessel arrivals and departures (Business in Cameroon, 2019). This digital shift aims to optimize the port’s information system, requiring shipping agents to submit manifests in XML and PDF formats. The initiative is expected to enhance efficiency by reducing paperwork and expediting processing times. The port is also witnessing significant infrastructure upgrades, including the construction of new mixed bulk terminals. A recent agreement signed with the KTH Group outlines plans for two terminals with a total of 900 meters of quay space (CNCC, 2025). This project represents a substantial investment aimed at increasing the port’s capacity and improving its ability to handle diverse cargo types. The overall modernization effort includes enhancements to existing facilities, which are crucial for accommodating growing trade volumes.

Despite these advancements, Douala-Bonabéri Port faces navigational challenges due to its shallow access channel, which limits the size of vessels that can dock (Logistics Cluster Assessment, 2025). The channel depth ranges from 5.5 meters at low tide to 8.4 meters at high tide, necessitating towing assistance for larger ships. Additionally, periodic congestion remains a concern as aging infrastructure struggles to cope with increasing cargo volumes, leading to longer waiting times for vessels (Logistics Cluster Assessment, 2025).

The port has implemented robust security systems that comply with international standards. This includes a state-of-the-art digital surveillance system designed to monitor cargo and ensure safety within the port area (Logistics Cluster Assessment, 2025). Continuous efforts are made by the Douala Port Security unit to maintain a secure environment for both goods and personnel. Looking ahead, the emergence of the Kribi deep-sea port is expected to complement Douala’s operations by alleviating congestion and attracting larger vessels that cannot currently access Douala-Bonabéri due to draft limitations (Logistics Cluster Assessment, 2025). This development will not only enhance trade capacity but also stimulate industrial growth in surrounding areas. The Douala-Bonabéri Port is at a pivotal juncture characterized by significant digitalization and modernization efforts aimed at improving operational efficiency. While challenges such as navigational limitations and congestion persist, ongoing investments in infrastructure and technology are crucial for positioning Cameroon as a key logistical hub in Central Africa.

1.2 Statement of the Problem

The Douala Bonaberi Seaport is a critical hub for international trade in Cameroon, significantly influencing the national economy. However, as global trade evolves, the port faces mounting pressure to improve its performance and operational efficiency. A major challenge is the urgent need to integrate modern digitalization trends to enhance its overall operations. Currently, the port’s digitalization efforts are insufficient, resulting in substantial inefficiencies and a competitive disadvantage compared to regional ports. This lack of digital capability threatens the port’s ability to meet contemporary trade demands and undermines its potential as a key player in the Central African trade landscape.

Digitalization in port operations involves the adoption of advanced technologies such as electronic data interchange (EDI), automated cargo handling systems, block chain, the Internet of Things (IoT), and artificial intelligence (AI). These technologies have the potential to streamline processes, reduce operational costs, and improve overall efficiency. For example, IoT can facilitate real-time cargo tracking, enhancing inventory management and minimizing delays. Unfortunately, Douala Bonaberi Seaport has not fully embraced these advancements, leading to significant operational challenges. The failure to implement modern technologies not only hampers the port’s efficiency but also limits its competitiveness in a digital global marketplace, where agility and responsiveness are crucial.

Several barriers hinder the successful adoption of digital solutions at Douala Bonaberi and other African ports. Issues such as insufficient policies, unreliable internet access, and outdated infrastructure impede digitalization efforts, as highlighted in a report by the SSATP. Many ports continue to depend on legacy systems that lack interoperability with new technologies, complicating the integration of digital solutions like big data analytics and AI. Furthermore, cyber security threats and data privacy concerns pose additional risks to operational integrity. These challenges prevent the port from optimizing its operations and leveraging data-driven insights that could enhance decision-making and overall performance. As a result, the Douala Bonaberi Seaport’s reluctance to adopt essential digital technologies places it at a significant disadvantage in the competitive global trade environment, prompting this study to explore the impact of digitalization trends on port performance at the facility. It is against this background that the study seeks to investigate the impact of the impact of digitalization trends on port performance at the Douala-Bonabéri Seaport in Cameroon.

1.3 Research Questions

1.3.1 Main Research Question

How does digitalisation trends impact port performance at the Douala-Bonabéri Seaport in Cameroon?

1.3.2 Specific Research Questions

• How does the integration of artificial intelligence technology influence operational efficiency at the Douala-Bonabéri Seaport?
• To what extend does the adoption of internet of thing (LoT) Devices enhances port performance and logistics management at the Douala-Bonabéri Seaport?
• What role does Big Data analytics play in informing decision making and improving port operation at the Douala-Bonabéri Seaport?

1.4 Research Objectives

1.4.1 Main Research Objective

To assess how the digitalisation trends on port performance at the Douala-Bonabéri Seaport in Cameroon.

1.4.2 Specific Research Objectives

• To assess how digitalisation trends impacts port performance at the Douala-Bonabéri Seaport in Cameroon?
• Specific Research Questions
• To find out how the integration of artificial intelligence technology influence operational efficiency at the Douala-Bonabéri Seaport?
• To evaluate the extent to which the adoption of Internet of Things (LoT) Devices enhances port performance and logistics management at the Douala-Bonabéri Seaport?
• To find out the role played by Big Data analytics in informing decision making and improving port operation at the Douala-Bonabéri Seaport?