Container shipping measures performance obsessively at the ocean and the terminal: vessel schedules, berth waiting times, freight indexes, and port throughput. For good reason, those are the stages where the industry has spent decades building standardization, and where a single carrier or terminal operator can move the needle for thousands of shipments at once. Every metric this publication tracks daily, from freight rate indexes to service adjustments to berth congestion updates, exists because the ocean and port side of the supply chain finally became measurable, comparable, and manageable at scale. But for cargo bound for an import-heavy, road-dependent market like India, a container clearing the port gate on schedule is not the same as that cargo reaching its destination on schedule. Increasingly, the gap between those two events is where the hard-won efficiency of the ocean leg quietly disappears, and it’s a gap that gets almost none of the attention the industry pays to the stages before it. The pressure has already shifted inland The statistics are no longer confined to anecdotal evidence. Major ports in India have handled a record 915 million tonnes of cargo in the last financial year. More importantly, in terms of volume of containerized cargo, India’s largest container port, JNPA, has moved a record 7.9 million TEUs in the last fiscal year. Experts tracking the development of the logistics sector say the pressure is moving beyond the port gates and is being felt in terms of driver shortages, congestion on approaches to the port, and delays at container freight stations. In terms of volume, road transport is now moving 20,000 TEUs a day as against 2,000 by the rails at JNPA, and hence trailer and driver are the critical variables that determine whether the cargo is moving or not once it has been unloaded from the ship.This is the same capacity-imbalance problem that shows up whenever one node in a network absorbs pressure that a connected node could