Chapter 11: Sustaining Supply Chain With Automation and Robotics

The study explores how autonomous robotics revolutionizes supply chain management (SCM), particularly in warehousing and manufacturing. It assesses the impact of automated supply chain and logistics on efficiency and cost reduction and addresses challenges like labor shortages and demand spikes. Understanding these implications helps businesses stay competitive and make informed decisions about adopting autonomous robotics.

The rise of autonomous robotics in SCM necessitates a thorough understanding of its impacts and benefits for businesses. Technology advancements, especially in automation and robotics, address pressing challenges like labor shortages and demand spikes. With a focus on efficiency and automation, autonomous robots offer transformative potential, impacting traditional operations, enhancing efficiency, mitigating risks, and reducing costs while boosting revenue.

The study uses thorough methods, including literature review, case studies, surveys, and interviews with industry professionals. It analyzes qualitative and quantitative data, examining autonomous robotics' historical background and growth trajectory in supply chains. This comprehensive approach aims to provide insights for strategic decision-making, enhancing operational efficiency and ensuring long-term success for organizations.

The study reveals that incorporating autonomous robotics in SCM dramatically improves efficiency. Artificial Intelligence (AI) and Internet of Things (IoT)-powered robots reduce human involvement, enhancing precision, especially in warehousing and manufacturing. Collaboration with humans mitigates injury risks in hazardous areas. Automating warehouse roles is vital for e-commerce fulfillment, cuts operational costs, and boosts revenue. Projected findings indicate a significant increase in use of robot over the next five years in warehouse and for logistics support, particularly in high-risk tasks.