CCALS Perspectives:

Building More Resilient Freight Networks

Lessons from Systems Research for Virginia and Beyond

The University of Virginia (UVA), in collaboration with the Virginia Economic Development Partnership (VEDP) and CCALS, recently published  “Enterprise Resilience and Trust in Multiscale Logistics Systems” in Risk Management and Insurance Review‘s special issue, “The Future of Risk Analysis and Management: Technology, AI, Policy, and the Transformation of Risk Transfer.” Below is a summary of the paper; it can also be accessed on the publication website, subscription required.

Executive Summary

Modern supply chains have become extraordinarily efficient, but that efficiency has also increased their vulnerability. Manufacturing facilities, transportation systems, warehouses, communications networks, utilities, and digital technologies now operate as highly interconnected enterprises. When one component fails, the effects rarely remain isolated. Instead, disruptions propagate through the network, affecting production schedules, freight movement, customer deliveries, and ultimately regional economic performance.

This publication translates recent systems research into practical considerations for infrastructure planners, economic developers, transportation professionals, policymakers, and industry leaders. Rather than focusing on the mathematical framework underlying the research, it explores the broader implications for regional planning, economic development, and long-term resilience.

Ultimately, resilient freight systems are not those that avoid disruption—they are the systems that continue operating despite disruption.

Why This Matters Now

Recent events – including the COVID-19 pandemic, severe weather, cyber incidents, and transportation disruptions – have demonstrated that resilient logistics systems are essential to economic security. Modern freight systems behave as interconnected enterprises rather than isolated facilities. A disruption affecting one component frequently propagates across manufacturers, transportation providers, utilities, and customers.

Infrastructure investments should therefore be evaluated not only according to their ability to increase capacity or reduce travel time, but also according to how they improve the resilience of the broader logistics network.

A Different Way to Think About Freight Systems

Traditional planning evaluates roads, rail, ports, warehouses, and utilities individually. Systems thinking recognizes that resilience emerges from the interactions among these assets rather than from the performance of any single component.

Instead of asking where to add another lane or warehouse, systems thinking asks which investments reduce cascading failures, increase routing flexibility, and strengthen the performance of the enterprise.

The Research

The underlying research introduced a hybrid sector-asset framework that links critical infrastructure sectors with major logistics assets. Researchers compared an existing freight network with an alternative network incorporating two Multimodal Logistics Parks (MMLPs), then subjected both configurations to multiple disruption scenarios.

The objective was not simply to measure transportation performance, but to understand how changes in network structure influence overall resilience and the ability of freight systems to adapt under stress.

Figure 1. Network representation of a regional logistics system. Manufacturers within the region (blue) and outside the region (magenta) provide goods to each other, linked through warehousing facilities (green). MMLPs (yellow) provide centralization and shipping mode changes across road and rail links.

Figure 2. Network representation of a logistics system. A logistics system consists of more than just freight flows. It is a combination of interdependent elements – policies, fixed infrastructure, services, controls,& other factors that shape how the systems behaves/ evolves.

Figure 3. The 16 critical infrastructure sectors and how they depend on one another. A disruption in one sector can have ripple effects across the entire system.

Figure 4. How Multi-Modal Logistics Parks (MMLPs) buffer a logistics network against disruption. Following a shock (red window) and the MMLP response period (orange window), MMLP-supported scenarios (solid lines) show reduced impacts and faster recovery than the baseline (without MMLPs)

Figure 5. MMLPs reduce the impact of disruptions in logistics systems. In every scenario tested, networks with MMLPs (green) take less of a hit than those without (blue).

Key Findings

Across the disruption scenarios evaluated, the MMLP-enhanced network consistently demonstrated greater structural resilience than the existing configuration. Additional routing options, intermodal flexibility, and improved connectivity reduced the magnitude of cascading disruptions, particularly during sudden, high-impact events.

Equally important, the research demonstrated that resilience is not achieved through a single investment. It results from complementary infrastructure, operational flexibility, and stronger connections across the logistics ecosystem.

Why Multimodal Logistics Parks Matter

An MMLP is more than a freight terminal. It is a strategic resilience asset that integrates transportation modes, warehousing, technology, and operational coordination into a single logistics platform.

By increasing optionality within the network, MMLPs provide additional pathways for freight movement during disruption while improving efficiency during routine operations. They create value not only through transportation capacity, but through improved coordination, visibility, and adaptability.

Why This Matters for Virginia

Virginia possesses an extraordinary logistics ecosystem that includes deepwater ports, interstate highways, Class I railroads, airports, advanced manufacturing, agriculture, defense installations, research universities, and technology industries. These assets are individually impressive; collectively they form one of the nation’s most strategically important freight networks.

Applying systems thinking to this network creates opportunities to strengthen economic competitiveness, improve emergency preparedness, support industrial recruitment, and guide smarter infrastructure investments. Resilience should become another criterion by which future transportation and economic development investments are evaluated.

Looking Ahead

Emerging technologies—including artificial intelligence, digital twins, advanced sensing, cybersecurity, autonomous systems, and hydrogen-enabled transportation—will continue to reshape freight operations. Combined with systems-based planning, these technologies offer opportunities to improve both operational performance and long-term resilience.

Future work should expand this framework by incorporating operational freight data, additional disruption scenarios, and decision-support tools that help planners evaluate alternative infrastructure investments before construction begins.

Conclusion

Modern logistics systems have evolved into interconnected enterprises whose performance depends upon the relationships among transportation, manufacturing, communications, energy, technology, and people. As these systems become increasingly complex, resilience can no longer be treated as an afterthought.

The research summarized in this publication demonstrates that strategically designed Multimodal Logistics Parks can strengthen regional freight systems by increasing flexibility, improving connectivity, and reducing the structural impacts of disruption. More broadly, it demonstrates the value of systems thinking as a planning philosophy.

For Virginia, the implications extend well beyond freight transportation. Investments that improve resilience also strengthen economic development, national security, workforce opportunity, emergency preparedness, and long-term competitiveness. The Commonwealth is uniquely positioned to lead because it already possesses the diverse transportation assets, industrial base, research institutions, and public-private partnerships needed to implement this vision.

The challenge ahead is not simply to build more infrastructure. It is to build smarter, more connected infrastructure capable of adapting to an increasingly dynamic world. By integrating systems research with practical decision making, Virginia can help define the next generation of resilient freight networks.

CCALS was created to help bridge the gap between research and implementation. By translating technical innovation into actionable strategies for government and industry, the Center seeks to ensure that emerging ideas become practical solutions. This publication represents one step in that continuing conversation.

About the Research

This executive perspective is informed by the peer-reviewed IEEE paper ‘Enterprise Resilience and Trust in Multiscale Logistics Systems.’ It discusses the significance and practical implications of the research without reproducing the published manuscript.

Acknowledgments

Prepared with contributions from researchers at the University of Virginia (UVA), the Commonwealth Center for Advanced Logistics Systems (CCALS), the Virginia Economic Development Partnership (VEDP), the U.S. Army Corps of Engineers, and collaborating partners.

For More Information:

The Hon. Karen R Jackson
Senior Fellow
CCALS