The Future of Freight Forwarding: Insights from CES 2026

A Glimpse into the Warehouse Operations

The warehouse is the heart of a freight forwarder. Its most fervent soul was showcased during CES 2026 at the Hyundai Motor Group booth. Jonathan Lippincott, from Business Development and Marketing at All Borders Inc, had the privilege of getting behind the fence at the Streamlined Logistics demo. As a customs clearance company, All Borders Inc emphasizes that even though customs brokerage professionals may not directly work in a shipping warehouse, it is crucial to understand how a freight forwarder operates at their level. This includes knowing whether the forwarder uses AI-enabled or automated equipment, as it directly affects compliance risk, clearance speed, cost control, and client outcomes.

At the Hyundai Motor Group’s Streamlined Logistics Demo, we see how this relationship is not merely adjacent. It makes for a more efficient interdependent operation. The demo showcased four robots operating as one system, highlighting a piece of the international shipment landscape with Stretch, Cobot, Spot, and AMR.

Stretch: The AI-Driven Solution

Stretch is a purpose-built AI-driven solution designed to quickly and efficiently unload cargo from various containers and trailers. This innovation makes an otherwise dangerous and injury-prone job safer for its human colleagues.

Cobots: Collaborating with Humans

The jobs that humans and robots can work alongside at the (safer) end of a conveyor belt are handled by Cobots. Being internationally safety-certified, they can manipulate cargo to not only place it onto pallets but also have their end-effectors changed to perform inspections, packaging, assembly, and other tasks as assigned.

Spot: The Safety Patrol

Like man’s best friend, Spot patrols the workspace for safety hazards. Powered by Orbit AI, it conducts general inspections, hazard detection, and autonomous patrols. Additionally, it works alongside its human colleagues to inform them of any oversights, allowing for corrective measures whenever needed.

AMR: Autonomous Mobile Robots

Lastly, we have Autonomous Mobile Robots (AMR) that transport pallets of varying weights across the operation floor. Capable of carrying weights up to three tons, these robots use Lidar sensors and a pre-mapped environment (through SLAM) to find the most efficient route.

The Importance of Operational Efficiency

All these components of a logistics line demonstrate that operational efficiency at a warehouse is a prerequisite for compliant, timely, and defensible imports and customs clearance. Inefficiencies can trickle down to brokerage margins too! AI and robotics are evolving in tandem, especially with U.S. Customs and Border Protection (CBP) modernization efforts, which increasingly rely on data consistency and traceability from warehouse to entry transmission.

Conclusion: Embracing Innovation

We are grateful for the opportunity at Hyundai Motor Group and CES 2026 for allowing us to get behind the fence and on the floor. Experiencing first-hand the cutting edge of logistical operations through robotics makes a complex industry safer and more efficient for everyone involved!

For more insights, see the original video on YouTube or LinkedIn: Watch here.