Port of Rosario

The Port of Rosario operates as a maritime terminal on the Paraná River in the city of Rosario, Argentina. It provides berthing, loading and unloading, warehousing, and customs services for a variety of cargo types, including containerized goods, bulk commodities, and general freight. The port facilitates the transfer of products between ships and inland transport modes such as trucks and trains, supporting both import and export activities. Its infrastructure includes quay walls, storage yards, and gate control systems that manage the flow of containers and bulk materials. By linking riverine shipping with regional logistics networks, the port enables the movement of goods that underpin Argentina's trade flows.

Located in the heart of Argentina's primary agricultural exporting region, the Port of Rosario is considered one of the country's most important gateways for overseas trade. It lies along the Hidrovía Paraguay‑Paraná waterway, which connects interior production zones with the Atlantic Ocean via the Río de la Plata estuary. The terminal handles a significant portion of Argentina's grain and oilseed shipments, as well as manufactured products destined for Mercosur and global markets. Its proximity to major industrial centers and its integration with national rail and highway corridors enhance its role as a multimodal transport hub. The port serves shipping lines, logistics operators, and producers who rely on its ability to move cargo efficiently between river vessels and land‑based distribution networks.

In June 2017 the Port of Rosario was affected by the global Petya ransomware campaign that exploited the EternalBlue vulnerability in Windows systems. The infection disrupted terminal operations, halting deliveries and causing delays in cargo processing across its information technology infrastructure. Attackers demanded a payment of approximately three hundred dollars in cryptocurrency per compromised machine, prompting the port to initiate containment and recovery efforts. The incident illustrated the port's dependence on interconnected IT systems for functions such as gate automation, documentation processing, and container tracking. It also highlighted broader cybersecurity challenges faced by critical infrastructure sectors, where delayed patch deployment can amplify the impact of malware outbreaks. While the attack did not change the port's fundamental mission, it remains a notable example of how cyber threats can intersect with maritime logistics and affect the flow of goods.