The concept of a “digital twin”—a live, virtual model of physical systems—has gained significant traction across manufacturing, energy and most recently, logistics. In freight forwarding, digital twins enable providers to simulate shipment flows, asset performance and network risk before cargo even leaves the yard. When combined with smart port infrastructure—IoT sensors, AI monitoring, automated cranes—companies can avoid costly diversions, reduce dwell time and improve on-time performance dramatically. Reports highlight the growing popularity of smart port projects, noting that digitalisation and IoT are among 2025’s top logistics trends.
For OVO Logistics, freight forwarding isn’t just about moving containers—it’s about orchestrating connected assets and insights across air, ocean and land. By integrating digital twin models, OVO can visualise container throughput, track loading bay bottlenecks and anticipate disruptions in real time. Meanwhile, at major ports like LA/LB or Savannah, connected systems monitor crane cycles, yard capacity and transport hand-offs, enabling more accurate scheduling and fewer idle days.
One practical example: a shipment bound for the East Coast clears customs at a smart port, where yard sensors signal availability of a truck and container stack. OVO’s system then assigns that truck dynamically, optimising route and timing. The result: faster hand-off, less yard dwell and reduced demurrage charges. Over time, these capabilities yield measurable improvements: shorter transit, lower cost and fewer unexpected delays.
In an industry where margins tighten and disruption is frequent, OVO’s strength is its ability to combine operational expertise with digital innovation. The company’s mission—“Smarter. From beginning to end.”—will increasingly depend on connected systems, simulation models and real-time feedback loops. Whether forwarding by sea or air, leveraging smart port connectivity helps OVO stay ahead of the curve—and deliver predictable outcomes for clients.
