I’ll be the first to tell you that the Intermodal Industry needs a digital revolution. At the same time, if you think AI is going to solve slow transit times and poor asset utilization on its own, you’re mistaken. These significant deficiencies aren’t just caused by data issues; they are physical problems. While intermodal transportation is the right choice for cost and carbon footprint on long hauls, the Intermodal Industry is still relying on physical interoperability breakthroughs from the 1960s to solve today’s problems. Without a doubt, we’ve spent decades polishing the software while our physical hand-offs remain stuck in a 20th century “snarl” that no algorithm can unknot alone.

So, digital tools can help the Intermodal Industry, but they won’t fix physical “snarls” where the metal meets the rail. When the physical network is broken, digital-based solutions just give you a clearer view of the failure. In this article, I identify five physical interoperability challenges that are currently holding the industry back. Moreover, these problems desperately require innovation and transportation engineers, not just a bigger IT budget. Lastly, I’ll also share with you resources and solutions, both digital and physical, that can help to move past the status quo. Indeed, what we need to build are seamless Intermodal solutions that are both faster and more reliable.

1. The Infrastructure Gap: A Continuing Lack of Intermodal Transportation Facilities.

First, the lack of sufficient intermodal facilities in strategic locations hinders the efficiency of intermodal transportation. Also, drayage companies that specialize in the transport of shipping containers normally only operate short distances from railyards and port intermodal facilities. For example, there are many U.S. shipping locations that are more than 100 miles from intermodal facilities. As drayage service for transporting containers is not available in these cases, intermodal transportation is not an option for shippers.

2. The Handoff Hurdle: Why Intermodal Transportation Transfers Take Too Long.

Transferring shipping containers between ships, trains, and trucks consumes enormous amounts of time. Manual physical processes—like gate inspections and limited crane availability—frequently plague these “handoffs.” For example, a digital status update may signal that a container is “Ready for Pickup,” yet the drayage driver waits four hours in a physical queue. The root cause of the delay – the terminal’s crane-to-truck ratio cannot keep pace with the vessel’s discharge rate.

3. The Synchronization Struggle: Managing Rigid Cutoff Times and Schedules.

Unlike trucks, which have some flexibility in departure times, rail and ocean shipping have strict cutoff times and scheduled departures. For example, a flat tire delays a drayage truck just five miles from the terminal. Despite the port having “real-time visibility”, the physical cutoff time passes, and the container is “rolled” to a vessel departing seven days later, shattering the original transit promise. As a result, these types of physical issues end up being a reliability issue with shippers because of the Intermodal Industry’s lack of flexibility.

4. Regulatory Gridlock: The Physical Impact of Compliance.

Also, intermodal shipments must comply with a myriad of regulations across different modes and jurisdictions. As a result, especially for international intermodal, this regulatory gridlock routinely stalls shipments because of global trade’s mandatory “checkpoints”, from customs inspections to safety protocols. More specifically, these are legal and physical mandates that require human intervention, physical space for storage, and meticulous physical verification that code cannot bypass. For example, customs flags a container for a random x-ray inspection. While the documentation is digitally perfect, the physical act of moving that container to a specialized inspection site and waiting for a physical officer’s sign-off adds 48 hours to the transit time that no software can “optimize” away.

5. Asset Scarcity: The Volatile Availability of Equipment and Containers.

Ensuring the availability of the right equipment and containers is crucial for smooth intermodal operations. However, equipment “imbalance” is a physical reality where the demand in one region isn’t matched by the physical supply. As a result, when bottlenecks occur, real-time data can only document, not solve. For example, a shipper has the order, the truck, and the data ready to go. However, because the physical chassis are trapped at a different terminal due to a previous week’s congestion, the shipment cannot move.

Final Thoughts.

So, there are five physical interoperability challenges that are currently holding the Intermodal Industry back. The nature of these physical challenges includes intermodal infrastructure, physical connectivity, syncing multi-mode transport schedules, regulatory hurdles, and asset utilization. The bottom line – these problems desperately require innovation and transportation engineers, not just a bigger IT budget. As for digital solutions, they can help, but in many cases information technology can only provide us with a clearer view of the physical shortcomings of intermodal operations. For more resources and solutions, both digital and physical, on what it takes to build a truly seamless Intermodal transportation that is both faster and more reliable, see references below.

“Technology is a fantastic playground, but you can get lost as a company. Focus on actual problems you can solve. Focus on things that matter for your customers and where you expect to see value.”

Cyril Perducat

The Way Of The Physical Internet: Innovative Logistics To Under Cut Costs, CO2 Emissions, And More?

More References.

For more references on intermodal Transportation interoperability to include both physical and digital solutions to resolve long-standing problems, see below.

• Intermodal vs Truckload: See Vizion’s article, A Guide to Intermodal Freight Shipping: Managing Costs & Understanding Rates
• Making Intermodal More Competitive. See Freightwaves’ article, Can intermodal rail increase its market share by 25% by 2030?. This article includes an interview with Andrew Howell
• International Intermodal: See DSL Logistics’ article: Overcoming Challenges in Intermodal Freight Transportation
• Physical and Digital Intermodal Interoperability: See my article, Intermodal Transportation Requires A Breakthrough To Overcome Its Interoperability Problems, that includes an overview of intermodal interoperability and solutions. 
• The Physical Internet Solution for Intermodal: See my article, A Solution The Way Of The Physical Internet: Innovative Logistics To Under Cut Costs, CO2 Emissions, And More?

Intermodal Transportation Requires A Breakthrough To Overcome Its Interoperability Problems

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