Ayo Lawanson
Ayooluwa Lawanson is a Chemical Engineer with an undergraduate education from University College London and graduate degree from Yale University. He has almost a decade of experience in Manufacturing and supply Chain spanning project engineering, process improvement, and consulting, and has worked in the industry across several employers and clients including the global logistics and supply chain organization CHEP, and management consulting firm McKinsey & Company
Over the past five to six years, global supply chains have undergone a stress test unlike anything seen in recent decades. The pandemic triggered sudden factory shutdowns and transportation bottlenecks. Geopolitical tensions layered on new restrictions and tariff shocks. Inflation and interest-rate volatility altered the cost structures of logistics and production. These overlapping disruptions revealed a hard truth: global supply chains were optimized for efficiency, not resilience.
Several global indicators highlight just how volatile this period has been. The Global Supply Chain Pressure Index from the New York Fed spiked dramatically in late 2021 before easing through 2023, reflecting both cost surges and prolonged delivery delays. The World Bank’s Supply Chain Stress Index tells a similar story: pandemic-era disruptions created elevated stress levels that, while reduced, remain higher than in the pre-COVID years. Trade flows have rebounded unevenly as well. WTO data shows merchandise trade growing strongly in early 2025, yet forecasts anticipate slower expansion into 2026. Even studies on global trade patterns indicate a subtle but meaningful shift toward shorter, more regional supply networks, suggesting that businesses are recalibrating their global footprints. Across industries, a large majority of organizations report experiencing at least one significant supply disruption over the past year, underscoring how systemic volatility has become.
Against this backdrop, companies are rethinking resilience not just as a defensive posture, but as a strategic capability grounded in visibility, flexibility, and strong governance.
Diagnosing Vulnerabilities and Mapping Risk
The path to resilience begins with a clear understanding of where weaknesses lie. Companies increasingly conduct comprehensive reviews of their end-to-end supply chains, assessing single-source dependencies, geographic exposure, supplier-tier visibility, and critical component choke points. Formal risk maps are becoming foundational tools for leadership teams, allowing them to anticipate failure points and prioritize investments. This diagnostic stage is often the first moment when companies truly see how complex and interdependent their networks have become.
Balancing Efficiency and Resilience Through Network Design
Once risks are understood, companies face the challenge of designing supply chains that balance cost with continuity. For years, cost optimization drove production toward lower-cost markets, especially in Asia. However, organizations are now reconsidering these choices in light of geopolitical volatility and shipping uncertainty.
Nearshoring and regionalization are increasingly part of that conversation. While these strategies may carry higher operating costs, they reduce exposure to long-distance logistics risks and volatile trade policies. At the same time, diversification is becoming essential. Companies that previously depended on a single supplier or region for critical inputs are now building dual- or multi-sourcing strategies. Strategic inventory buffers have also returned as a mainstream resilience tool; expensive in terms of working capital, but invaluable when faced with global shortages. A recent McKinsey survey highlights this shift, with a 78% of companies actively pursuing both regionalization and inventory increases to hedge against future shocks.
Operational Levers That Strengthen Agility
Resilience is not only structural; it is operational. Flexible contracting is becoming a critical tool, giving organizations the ability to adjust order quantities, change delivery schedules, and redistribute risk with suppliers when disruptions arise. Many companies are also deepening their relationships with key suppliers, sharing data, aligning production plans, and in some cases entering co-investment or joint IP arrangements to secure long-term access to essential components. These partnerships help stabilize supply during volatile periods and create shared incentives for innovation and reliability.
Governance, Scenario Testing, and Cross-Functional Response
Resilient supply chains require resilient decision-making. This is prompting organizations to elevate supply chain governance to the board level, ensuring transparency, accountability, and executive alignment. Many companies now conduct regular scenario-planning exercises: simulating port closures, cyberattacks, or geopolitical shocks, and codifying the lessons learned into resilient operating playbooks. Cross functional response teams equipped with real decision authority can then act rapidly when disruptions occur, reducing the lag time between detection and response.
The Increasing Importance of Data, Visibility, and AI
No resilience strategy is viable without strong data. Mature organizations are investing in systems that provide real-time visibility across suppliers, logistics nodes, inventory levels, and transportation networks. Telemetry data from vehicles, warehouses, and production sites feeds machine-learning models that detect anomalies and provide early warnings. Improved demand-sensing models, powered by AI, are helping companies adjust their production plans well before shortages materialize. For organizations with less-developed data systems, building this capability becomes the essential first step; without visibility, even the most thoughtful resilience strategies lose their effectiveness.
A Commodity Case Study: Semiconductors
If one product illustrates the global lessons of supply chain resilience, it is the semiconductor. Between 2020 and 2022, chip shortages cascaded across industries—from consumer electronics to automotive manufacturing—due to factory shutdowns, sudden demand shifts, and bottlenecks in upstream materials like substrates and specialty chemicals. Because semiconductor production requires extraordinarily long lead times and capital-intensive facilities, global capacity could not flex quickly to meet the surge.
The response since then has reshaped the industry. Companies across multiple sectors normalized dual- and multi-sourcing strategies, deepened commercial relationships with suppliers to secure allocation, and redesigned their products to accommodate a broader range of chips. Automakers, for example, re-engineered control systems to qualify multiple chip families, reducing the risk of being tied to a single supplier. Governments also stepped in: the U.S. CHIPS Act and similar initiatives in Europe and Asia have unleashed large-scale efforts to regionalize semiconductor production.
The semiconductor example demonstrates the multi-layered nature of resilience—combining short-term commercial tactics such as safety stock and supplier co-investment with long-term structural moves like nearshoring and capacity development. Industries with similarly critical bottlenecks can adopt this playbook, tailoring it to their risk and cost profiles.
An African Perspective: Building Resilience Amid Structural Constraints
African economies face a unique resilience challenge. Many countries depend heavily on imported raw materials such as crude oil, wheat, sugar, and key metals, along with intermediate goods like machinery and refined petroleum. Much of this originates from China, India, the EU, and the United States, meaning global disruptions are quickly transmitted through pricing, availability, and foreign-exchange pressures.
Unlike other regions, Africa’s relatively low intra-continental trade share (roughly 16 percent) limits the feasibility of regionalization or nearshoring in the short term. Although policy initiatives like the African Continental Free Trade Area (AfCFTA) will gradually expand local capabilities, the effects will take time.
In the interim, African supply chain resilience will depend on several strategic priorities. Upgrading port, road, and inland logistics infrastructure is essential to reduce bottlenecks and improve supply continuity. Parallel improvements in payment and financial systems can reduce delays caused by FX constraints and documentation requirements, allowing companies to shift suppliers more easily during disruptions. Targeted import substitution strategies also hold promise; industries such as the cement industry in Nigeria demonstrate how focused local investment can reduce dependency on distant suppliers and even create new regional export opportunities, as evidenced by Nigeria, formerly a net importer of cement, becoming a net exporter of the product and now serving at least 5 other African Countries.
From a policy perspective, adaptive rules of origin and trade facilitation corridors should be established within the continent to create reliable supply options. Coordinated capacity grants between Countries and regional hubs to facilitate the movement of material and scale processing will also reduce lead times and FX exposure.
Finally, low cost digital visibility and scenario stress testing can be utilized to map dependencies as well as run what-if scenarios like port outages and currency shocks to develop supplier strategy playbooks within the continental framework, helping agility in supply chain responsiveness.
Together, these measures can help African supply chains evolve from reactive to strategically prepared: not self-sufficient, but resilient through smarter regional choices and better infrastructure, finance, and data systems.
Conclusion
Resilience is no longer a temporary response to crisis; it is becoming a defining competitive advantage. Ultimately, it is nota one-off project but a capability that must be continuously strengthened. Organizations that invest in visibility, diversified networks, and disciplined stress-testing will be better positioned to absorb shocks and outmaneuver competitors. Building a resilient supply chain is less about predicting every disruption and more about creating the flexibility to respond to any of them, turning volatility into a source of strength rather than vulnerability.
