This research strives to explore the impact of technological advancements which have transformed logistics services in Saudi Arabia in line with Vision 2030 goals. It examines key technologies viz. Big Data, Internet of Things (IoT), Blockchain, autonomous vehicles and drones etc. which have enhanced operational efficiency, reduced costs and improved service quality, thereby significant operational improvements to the logistics companies in Saudi Arabia. Case studies have been taken from local companies which demonstrate successful implementation of these technologies. Given the inherent challenges like regulatory requirements, infrastructure developments etc., the research also highlights the potential of autonomous vehicles and drones to further revolutionize transportation and last-mile delivery services. Overall, this study concludes that technological integration is critical for driving efficiency, competitiveness, and sustainability in the logistics sector, aligning with Saudi Arabia's broader economic transformation goals.
Assoc S. for Logistics Robotic process automation in Saudi logistics: A study of efficiency gains. Saudi Journal of Logistics Innovation. 2022;
2.
Ministry of Health IoT applications in cold chain logistics: A case study of Saudi pharmaceutical distribution. Journal of Healthcare Logistics. 2023;
3.
Transport M. Route Optimization Software and Its Impact on Reducing Fuel Costs in Saudi Logistics. 2023.
4.
National Cybersecurity Authority Cybersecurity regulations for IoT and big data in Saudi Arabia. Saudi Cybersecurity Journal. 2023;
5.
Quadri NN, Muhammed A, Sanober S, Qureshi MRN, Shah A. Barriers Effecting Successful Implementation of E-Learning in Saudi Arabian Universities. International Journal of Emerging Technologies in Learning (iJET). 12(06):94.
6.
Rana P, Daultani Y. AI in logistics: Impacts on decision-making and demand forecasting. Journal of Logistics and Supply Chain Innovation. 2022;
7.
Communications and information technology commission. In: The Role of 5G Networks in Enhancing Big Data and IoT Applications in Logistics Saudi Communications Report. 2023.
8.
Sait SM, Al-Tawil KM, Ali S, Hussain A. Use and effect of Internet in Saudi Arabia.
9.
Post S. Big data analytics in route optimization: Case study of Saudi post Saudi Post Annual Report. 2022;
10.
Saudi Post AI chatbots in Saudi logistics: Improving customer service and reducing response times Saudi Post Annual Report. 2023;
11.
Aramco S. Pilot Study on IoT-Based Predictive Maintenance in Logistics Operations. Saudi Aramco Technical Bulletin. 2023;
12.
Ministry of Commerce Blockchain for product authentication: Enhancing Consumer Trust in Saudi Arabia. Saudi Commerce Journal. 2023;
13.
Saudi British Bank Blockchain-based trade finance in Saudi Arabia: Accelerating transaction times. Saudi Financial Technology Journal. 2023;
14.
Saudi Central Bank The economic impact of blockchain on logistics costs in Saudi Arabia by 2030. Saudi Economic Outlook. 2023;
15.
Authority SC. Blockchain Pilot Project: Reducing Customs Processing Times in Saudi Arabia. Saudi Customs Annual Report. 2023;
16.
Data S, Authority AI. The role of AI in enhancing Saudi logistics. Annual Report of SDAIA Saudi E-commerce Report The Role of IoT in Last-Mile Delivery in Saudi E-Commerce Saudi E-Commerce Review. 2023;
17.
Assoc ST. The role of GPS-based fleet management in improving on-time delivery in Saudi Arabia. Saudi Trucking Journal. 2023;
18.
Yemunarane DrK, Chandramowleeswaran DrG, Subramani DrK, ALkhayyat A, Srinivas G. Development and Management of E-Commerce Information Systems Using Edge Computing and Neural Networks. Indian Journal of Information Sources and Services. 2024;14(2):153–9.
19.
SCPA (Saudi Consumer Protection Association). Mobile Applications and Customer Engagement in Saudi Logistics. Saudi Consumer Report. 2023;
20.
SDAIA (Saudi Data and Artificial Intelligence Authority) Data protection and cybersecurity frameworks for IoT in Saudi logistics. Saudi AI and Data Protection Journal. 2023;
21.
Sun L. Industry 4.0 in global logistics: Trends, opportunities, and challenges. International Journal of Logistics and Supply Chain Management. 2021;
22.
Vikaliana T. Big data analytics in logistics: Transforming decision making. Vision. 2016;2030.
23.
Eljazzar M, Madkour GS, M. Blockchain in supply chain management: Enhancing transparency and trust. Journal of Emerging Technologies in Logistics. 2018;
24.
Hub SL. Advancing Saudi Arabia as a Global Logistics Hub: The Role of IoT and Blockchain Saudi Logistics Hub Report. 2022;
25.
S AG. E-commerce adoption by retailers in Saudi Arabia: Insights from a quantitative analysis of factors. Saudi Arabian Journal of Commerce and Economics. 2011;
26.
Alenezi M. Factors Hindering the Adoption of DevOps in the Saudi Software Industry.
27.
Al-Harbi A, Al-Qahtani F. The impact of IoT-based fleet management on reducing fuel costs in Saudi logistics companies. International Journal of Fleet Optimization. 2022;
28.
Al-Harbi A. Predictive maintenance technologies in Saudi logistics fleet management. International Journal of Logistics Research. 2023;
29.
Al-Marai. Blockchain in supply chain: Enhancing traceability in Saudi Arabia’s dairy industry. Journal of Agric-Business Technology. 2023;
30.
Al-Otaibi M, Al-Zahrani S. The impact of big data on inventory management in Saudi warehouses. Journal of Saudi Retail Logistics. 2021;
31.
Al-Saleh M. RFID technology and its role in enhancing inventory accuracy in Saudi logistics. Saudi Journal of Engineering and Logistics. 2023;
32.
Al-Saqqaf M, Al-Othman F. Big data analytics and customer loyalty in Saudi logistics. Saudi Journal of Business Analytics. 2022;
33.
Al-Saud F, Al-Rasheed A. Blockchain adoption in logistics: Regulatory challenges and future trends in Saudi Arabia. Journal of Emerging Technologies. 2022;
34.
T AO, MA M. ICT in logistics: Revolutionizing stock management, warehousing and trucking. Journal of Supply Chain Optimization. 2017;
35.
GACA (General Authority of Civil Aviation) Regulations for commercial drone use in Saudi Arabia’s logistics sector. Saudi Aviation Journal. 2023;
36.
Hasan H, Khairuddin M, Akhir A. The influence of IoT on last-mile delivery in logistics networks. Journal of Logistics Innovation. 2019;
37.
Saber Ismail DrW, Ghareeb MM, Youssry H. Enhancing Customer Experience through Sentiment Analysis and Natural Language Processing in E-commerce. Journal of Wireless Mobile Networks, Ubiquitous Computing, and Dependable Applications. 2024;15(3):60–72.
38.
terminal RS. IoT Adoption in Container Handling: Efficiency Gains at the Red Sea Gateway. Terminal Journal of Maritime Logistics. 2023;
39.
Jarašūnienė A, Čižiūnienė K, Čereška A. Research on Impact of IoT on Warehouse Management. Sensors. 23(4):2213.
40.
KAUST (King Abdullah University of Science and Technology) AI-powered predictive analytics in Saudi logistics: Reducing supply chain disruptions. Journal of Advanced Technologies in Logistics. 2023;
41.
K. K. Autonomous vehicles in freight transportation: Benefits and challenges for Saudi Arabia. Journal of Transportation and Cyber-Physical Systems. 2022;
42.
F. K. Blockchain technology and supply chain transparency: A comprehensive study. International Journal of Blockchain Applications in Logistics. 2024;
43.
Saudi L. Customer Service Improvement Through Big Data Analytics: A Saudi Case StudySaudi Journal of Logistics Technology. 2023;
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