Freight Tracking Stops Short of Real-Time ETAs
Standard freight tracking focuses heavily on estimated arrival times. But as global shipping networks face continuous congestion and structural bottlenecks, logistics operators find that simple milestone updates offer little operational value.
A container showing an on-time arrival status might still sit for weeks if a terminal refuses new boxes or if a yard lacks the physical space to process vessel discharges. The financial stakes are massive. According to data from the U.S. Federal Maritime Commission, nine major carriers billed $15.4 billion in detention and demurrage charges between April 2020 and March 2025. These penalties accrue when promised arrivals diverge from physical movement. The core problem is not a lack of tracking data. The issue is that essential data remains isolated across carrier portals, forwarder emails, and disconnected spreadsheets.
Moving beyond simple arrivals
Logistics teams require granular contextual data to manage inventory flows effectively. Knowing a ship's physical location is useless if the onward connection is already broken. Operators are shifting their focus toward predictive metrics that highlight port conditions, terminal capacity, and carrier reliability before cargo actually stalls.
Fraser Robinson, CEO and co-founder of Beacon, a supply chain visibility platform, explained that operators must look deeper into the mechanics of port congestion to understand true lead times.
"Shippers are watching the ETA, but an ETA can't tell you whether a box is stuck at origin, queuing offshore or about to miss its connection. Each needs different data," Robinson said in a written response to the inquiry from The Supply Chainer. "There are three key questions: Is the terminal refusing to accept boxes? Has the sailing been cancelled or allocation reduced? And how often has your cargo been rolled with this carrier on this lane this season? For vessels waiting offshore, look at position, the anchorage queue and how far berthing has drifted from schedule. Yard space matters: a ship can berth into a full yard and take days to discharge. If congestion becomes severe, carriers may skip the port. Missed connections require data from both legs: the connection window at the hub, dwell time and whether the onward vessel is delayed. With services returning to Suez, carriers are changing port calls, so a connection that worked in spring may not work now."
Automating rapid intervention
This operational gap between port gate-out and warehouse check-in is where supply chain visibility historically goes dark. Traditional transportation management systems update in daily batches, treating the port-to-warehouse handoff as a static event. When a receiving window is missed, the resulting fix involves manual emails and a multi-day lag before the container moves again.
Eric Fullerton, VP of Product Marketing at project44, a supply chain visibility provider, noted that fixing these breakdowns requires immediate response capabilities.
"When a receiving window is missed, a modern visibility and orchestration platform enables shippers to take immediate, data-driven action within the first 72 hours," Fullerton as previously told to The Supply Chainer. "Real-time alerts notify teams the moment a delay occurs, whether due to port congestion, chassis shortages, or carrier issues. Unlike traditional TMS or Excel-based systems that rely on static data and manual updates, AI-powered platforms dynamically assess alternative options, such as rescheduling delivery appointments, rerouting shipmen"
Connecting tracking to inventory
When severe delays occur, operators must quickly determine which specific purchase orders are trapped in transit. Linking freight tracking directly to purchase orders allows logistics teams to prioritize exception management. Connecting data streams reveals stock levels and spots deteriorating lanes early enough to redirect shipments.
Instead of relying on raw tracking data, successful supply chain orchestration transforms visibility into forward-looking intervention. By synchronizing discharge events, carrier capacity, and receiving appointments in a single real-time layer, operators can reallocate resources before delays compound into severe financial penalties.
