International Journal For Multidisciplinary Research

E-ISSN: 2582-2160   •   Impact Factor: 9.24

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The Future of Supply Chain Automation: How AI and Cloud Integration Are Transforming Logistics

Author(s) Mrinmoy Aich, Diganta Sengupta, Venkata Reddy Pasam
Country United States
Abstract The development of artificial intelligence production and cloud computing triggered a transformative change, leading to modern supply chain patterns suitable for digital-era management. International trading systems with advanced supply chain technology must satisfy operational effectiveness requirements, speed, and reliability expectations. By using AI automation and cloud infrastructure, companies improve supply chain decision quality, gain better control of resources, and generate risk protection capabilities.
Artificial intelligence automation enhances operations through its ability to deliver real-time observation predictions and wise automated decision processes. Contemporary machine learning methods accomplish simultaneous inventory prediction and detection of future delivery concerns through various processing operations, monitoring the market dynamics. These systems offer predictive analytics, leading to cost reductions and satisfied customers through fast deliveries and efficient supply chain clearing procedures. RPA operates as an AI automation service that executes complete sequences of activities, from order handling through warehouse management to delivery path setting, to enhance accuracy rates alongside performance evaluation capabilities.
Cloud integration is an essential supply chain development mechanism because it enhances scalability and connectivity and offers increased flexibility. Instant data exchange operates through supply chain network convergence within cloud platforms, allowing corporate suppliers to connect with producers, distribution segments, and retail outlets. Cloud computing also creates a secure and protected business environment by linking protected data storage to strong access control capabilities.
The pace of implementing Self-Managed supply chains accelerates when Cloud computer systems merge with Artificial Intelligence technology. Artificial intelligence-created digital twins enable public and private organizations to simulate business operations using artificial scenarios that generate real-time evolutionary results for strategic decision-making. Strategic business decisions benefit from strategic predictions and prescriptions from digital models linked to cloud-based computing systems. Organizations have achieved secure, maintained data systems and worldwide business transaction trackability through the fusion of artificial intelligence and blockchain technology.
The present success exists because several unaddressed challenges stop organizations from implementing AI integration with cloud-based automation. High implementation costs, concerns over data privacy, and the need for skilled personnel pose significant barriers to adoption. Organizations must create detailed strategic approaches before building new infrastructure to address potential communication issues between traditional systems and contemporary cloud infrastructure. Organizations' competitive advantage emerges from their acceptance of AI-based automation and cloud integration solutions, which allowed them to boost operational supply chain efficiency and develop better agility and sustainability.
The paper investigates how AI collaboration with cloud systems affects the automation of supply chains, specifically by assessing logistics advancements and operational advantages as well as anticipated industry obstacles for businesses working in evolving logistics environments.
Keywords Wireless Integration, Warehouse Intelligence, Wide-area Inventory, Workflow Innovation, Warehouse IoT, Workforce Integration, Wireless Infrastructure, Wide-scale Implementation, Workflow Improvement, Warehouse Information Systems, Wireless Inventory Tracking, Wide-area Logistics, Warehouse Innovation, Workforce Intelligence, Wireless Industrial Automation, Wide-ranging Insights, Workflow Intelligence, Warehouse Interconnectivity, Wireless Inventory Management, Wide-area Network Solutions, Workforce Interaction, Warehouse IT Systems, Wireless IoT Sensors, Wide-area Cloud Integration, Workflow Integration, Warehouse Insight Solutions, Wireless Infrastructure Development, Wide-scale AI Implementation, Warehouse Internet Systems, Wireless Intelligent Logistics.
Field Computer Applications
Published In Volume 7, Issue 2, March-April 2025
Published On 2025-03-08
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E-ISSN 2582-2160
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