Designing the Vertical Urban Supply Chain

The Future of Last-Mile Urban Logistics

Urban logistics infrastructure is rapidly evolving as consumer expectations continue to accelerate.

Same-day and next-day delivery are reshaping supply chain networks and transforming industrial real estate development. Demand is increasing for facilities that support:

• Urban proximity
• Higher throughput
• Automation readiness
• Labor accessibility
• Multi-story logistics operations
• Faster last-mile distribution

Traditional suburban warehouse models are no longer sufficient to support the speed, density, and complexity of today’s e-commerce economy.

At the same time, the movement of goods is creating new pressures within cities. Congestion, limited land availability, aging infrastructure, and environmental concerns are increasingly impacting urban neighborhoods and waterfront districts.

As cities pursue more sustainable and resilient supply chain networks, logistics infrastructure must move closer to the populations it serves—while reducing operational friction and minimizing community impact.

The Design Opportunity

The next generation of urban logistics facilities must operate smarter, faster, and more efficiently.

Modern industrial developments increasingly require:

• Vertical warehouse design
• Automated systems integration
• Fleet electrification infrastructure
• Human-centered workplaces
• Multi-modal transportation access
• Faster product movement
• Greater operational flexibility
• Connectivity to roadway, rail, and marine freight networks

Vertical urban logistics design maximizes every square foot of industrial value while supporting faster product movement and more efficient distribution networks.

Design also plays a critical role in integrating logistics infrastructure into dense urban environments. Workforce experience, circulation, daylight access, and operational comfort are increasingly shaping the future of industrial architecture.

The most successful logistics developments will not only improve supply chain performance—they will strengthen the relationship between infrastructure, neighborhoods, and the public realm.

Why KSS?

Projects such as 2505 Bruckner, The Borden Complex, and the Review Avenue Complex demonstrate KSS Architects’ leadership in last-mile logistics, urban industrial development, and multi-story warehouse design.

Each project responds uniquely to its environment:

• Major transportation intersections serving regional distribution
• Dense urban neighborhoods with constrained land availability
• Sites where fleet parking and operational efficiency are increasingly difficult to achieve

KSS is also exploring adaptive reuse strategies for modern logistics through the transformation of the historic Packard Building at 32-02 Queens Boulevard. There, an eight-story structure is being retrofitted with modern vertical freight highways and a reimagined loading system designed to unlock every cubic foot of value within a constrained urban site.

Our Blue Highways research further explores the future of sustainable waterfront logistics and marine freight infrastructure. Projects like the UPS facility in Red Hook, Brooklyn, demonstrate how marine freight may support more resilient, low-carbon, multi-modal urban distribution networks across the city.

We believe logistics infrastructure must become smarter, denser, more sustainable, and more human-centered.

The future warehouse is vertical, urban, multi-modal, and water-connected.