Paper Contents
Abstract
This researchs primary goal is to create a strategic framework for increasing the supply chains resilience by improving its capacity to tolerate shocks, bounce back quickly, and continue operating steadily. Due to their primary focus on cost effectiveness, traditional supply chains frequently fall short in the face of sudden shocks like international crises, unstable economies, and logistical disruptions. The main drivers of resilience are examined in this study, with a focus on flexible sourcing techniques, multi-tier supply chain visibility, strategic supplier partnerships, and thorough risk management frameworks. Businesses can develop flexible supply chains that can anticipate risks, react to disruptions, and continue operations in unpredictable environments by incorporating these resilience-building techniques .Diversification of suppliers is an important component of resilience. Being overly dependent on one source or area makes one more susceptible to natural disaster-related disruptions, geopolitical disputes or trade restrictions. These risks are reduced and operational continuity is guaranteed by building a varied supplier base across several geographies. In addition, technological innovations like blockchain solutions, digital twins, and real-time tracking increase supply network visibility, enabling businesses to identify bottlenecks, streamline logistics, and enhance coordination .Another essential component of resilience is risk management. Conventional supply chains react to disruptions by using historical data. However, businesses can now proactively identify risks and create backup plans thanks to contemporary predictive analytics, AI-driven forecasting, and scenario planning. Managers can respond quickly to emergencies thanks to decentralized decision-making, which minimizes downtime and guarantees smooth operations.
Copyright
Copyright © 2025 , Rithi.A.S, Gangireddy Hruthika, Ashish T , Karishma. S, Kushal.P. This is an open access article distributed under the Creative Commons Attribution License.
