Our preliminary screening criteria excluded non-English publications and non-journal research papers, removing 301 records. Readiness, within the context of supply chain resilience, comes after the anticipation stage. Optimisation of supply chain resilience requires the decision-makers and managers to design various risk mitigation practices in the face of varying degrees of uncertainty (Gilani & Sahebi, 2022; Kalhor et al., 2023). In response, organisations began to adopt a more expansive perspective, incorporating environmental, economic, and social responsibilities, captured by the notion of the triple bottom line (Liang et al., 2018). Sustainable supply chain management has broadened over time from a primary concern with cost savings and environmental protection to encompass critical social dimensions (Khan et al., 2023b).
Chinese manufacturing of essential medical goods and equipment has revealed what some regard as a dangerous over-reliance on products critical to national health and economies. The ongoing pandemic has highlighted structural problems in global supply chains. Reduction minimizes exposure through diversified sourcing and localized production, both of which benefit from data-driven planning. While many OSINT tools offer cost-effective solutions, their effectiveness depends on the expertise of those interpreting the data. The ability to act swiftly on real-time intelligence ensures businesses remain competitive and customer-focused, even during times of uncertainty. Companies that can adapt quickly to new challenges are better positioned to thrive in volatile environments.
Long before global supply chains became synonymous with cost minimization and speed, the just-in-time (JIT) philosophy emerged from postwar Japan as a response to scarcity and resource constraints. With the help of supply chain network design, enterprises can build supply chain resilience models that help make the supply chain more flexible and agile. Sudden increases in business costs, changes in currency, and even financial and operational challenges of suppliers can impact an organization’s supply network. The integration of pre-positioning with multiple sourcing can significantly enhance overall supply chain resilience.
Liu et al. introduced a virtual stockpile pooling strategy among multiple warehouses to enhance the supply network’s responsiveness and cost-efficiency. Policies such as the tailored base-surge (TBS) approach leverage nearby emergency facilities quick-response capabilities dynamically, ensuring high service levels during random demand surges , . Zooming in on the strategies for hedging against demand surges, we review the streams of studies on reserved capacity and flexible cooperation contracts that complement and support flexibly the pre-positioning in mitigating the risk of the demand surges. This adaptation underlines the necessity of reserved capacities that allow for dynamic adjustment of production processes in response to fluctuating demands . Utilizing TTR parameters, Gao et al. analyze the risk-exposure index that reflects the cascading effects of disruptions within supply chains, allowing for modeling of optimal recovery operations to minimize total sales loss during disruptions.
- The field of supply chain management also recognises the importance of resilience, and substantial knowledge has been generated on the factors contributing to resilience and its impact on performance (Wieland & Durach, 2021).
- This mechanism eliminates the need for the buyer to pay extra for information on suppliers’ reliability when they know the production costs but not the reliability.
- For example, O2 has used metrics like time-to-recover to evaluate the effectiveness of their resilience strategies and make informed, data-driven decisions to enhance supply chain resilience.
- However, conventional inventory models that account for uncertainty could still be adapted to enhance supply chain resilience , .
- These shifts point to a growing preference for hybrid operating models that balance risk mitigation, agility, and geographic flexibility without sacrificing performance.
- First, most studies rely on subjective, perception-based data and lack large-scale, objective structural analyses.
– how to prepare for supply chain disruptions
1 illustrates the core strategies employed to build supply chain resilience against disruptions from the demand side, which include inventory pre-positioning and its supporting tools–reactive capacity and flexible cooperation contracts. Effective inventory management at different levels of supply chain is an essential strategy to build supply chain resilience. This article presents a comprehensive literature review on inventory management strategies for enhancing supply https://onlinedelhi.info/listing2/19_16_0_0_0_0/Travel-Transportation-Storage-Logistics/index.htm chain resilience, such as stockpiling, multi-sourcing, capacity reservation, and flexible supply contracts. Cluster 1 has 134 publications, whereas Clusters 2 and 3 include 29 and 131 papers, respectively, indicating that researchers emphasise creating supply chain resilience and developing strategies when disruptions occur. In short, supply chain resilience in a post-COVID-19 environment depends on proactive measures that enable rapid response to evolving risks and uncertainties, safeguarding both continuity and competitiveness (Modgil et al., 2022; Ozdemir et al., 2022). To strengthen supply chain resilience, companies can consider a combination of proactive planning, technology adoption and operational flexibility.
- We created this scenario by assuming a world where geopolitical power consolidates into 2 dominant blocs, shaping trade, security, and climate responses.
- Thus, the two publications are considered to be a couple of related papers, and the resulting network is called an RFPN (Su, 2012).
- During a demand surge, swiftly delivering limited pre-positioned inventories is crucial, yet there are significant challenges to achieving this.
- For example, the use of digital twins and edge analytics enabled organisations to simulate “what‐if” scenarios, rapidly adjust production plans, and reallocate resources in response to emerging risks.
- Holguín-Veras et al. and Ni et al. address these by jointly minimizing the logistics and deprivation costs.
- This leads to trade frictions and higher costs as companies need to comply with different rules and standards in different markets.
Set up EDI and non-EDI vendors to exchange order and invoice data in Hybrent, enable punchout compatible vendors, and apply rule-based privileges for controlled access. In today’s fast-paced healthcare environment, managing procurement and inventory manually isn’t just inefficient—it’s costly. And the earlier you build it, the greater your advantage becomes.
Embedding OSINT Into Your Supply Chain Strategy
Further research should continue to explore and refine these strategies, ensuring they evolve in tandem with https://medicalcases.eu/cheap-jerseys-free-shipping-10910_all_/ emerging global challenges and technological advancements. However, strategies requiring longer lead times, such as reactive capacity and coordination supply contracts, need to be employed judiciously to maximize their effectiveness. Investments in flexible supply contracts can elevate resilience levels at a relatively low cost.
Build Resilient Supply Chains
For instance, Mete and Zabinsky model different disaster scenarios based on urban fault lines and time of day, and Balcik and Ak use historical data and expert opinion to determine disaster probabilities. Scenario-based stochastic models are also common, where uncertainties are represented by a finite number of scenarios with known probabilities . However, when faced with uncertain demand locations, robust optimization methods become essential. Davis et al. suggest prioritizing the nearest warehouse to meet demand surges quickly, with reserved capacity transshipped from other locations as needed. During the preparation phase, choosing the optimal warehouse location for handling future demand emergencies is critical. We proceed from summarizing studies that address challenges in the preparation phase to those addressing challenges in the recovery phase, as detailed in Table 1.
- Digital transformation serves as another powerful lever, with advanced analytics, AI-driven forecasting, and real-time visibility tools enabling companies to anticipate disruptions and rapidly reconfigure operations in response.
- The next era of supply chain resilience hinges on intelligent systems that learn, adapt, and evolve.
- Climate change out to 2040 is almost certain to create challenges for supply chains (IPCC, 2021a), but how countries, economies, and societies respond to these challenges and adapt to its effects is much less certain.
- Functional products with long life cycles and relatively small demand variability require cost efficient supply chains that can be offshored.
He emphasizes the importance of the time-to-recover (TTR) metric, which helps companies determine when to rebuild their warehouse capacities. Zhang et al. also propose a myopic inventory sharing policy that uncovers a simple structure for optimal transshipment direction and provides lower and upper bounds on the optimal transshipment quantity. In addition, managing perishable inventory systems involves complex challenges such as the “curse of dimensionality” which complicates inventory management.
The Imperative for Increased Supply Chain Resilience Deloitte UK
Anticipation is deemed essential as it facilitates the ability to forecast potential disruptions and equips the supply chain with the necessary measures to accommodate anticipated or unanticipated changes in the environment. Conceptual framework based on Al-Hakimi and Borade (2020), Ali et al. (2023), Brandon-Jones et al. (2014), Mubarik et al (2022), Purvis et al. (2016), and Singh et al. (2019) However, it soon became clear that this narrower view did not sufficiently address ethical sourcing, fair labour conditions, or the well-being of communities tied to the supply chain (Cao et al., 2024; Govindan et al., 2025).