Montenegro is moving ahead with a proposed national cargo-scanning and border-control modernisation system that would connect the country’s main trade gateways to an integrated command centre in Podgorica.
The government advanced the first projects under the new Montenegro–United States strategic-project framework on 24 August 2026. The proposed system would cover Montenegro’s borders with Albania, Kosovo, Serbia, Bosnia and Herzegovina and Croatia, as well as the Port of Bar.
Integrated border technology
The project would combine scanning equipment with software, data integration, cybersecurity, communications infrastructure, maintenance, operator training, artificial-intelligence-assisted image analysis and customs risk management.
The system would require continued spending after installation, including scanner calibration, maintenance, replacement parts, upgrades, staff training, secure image storage and integration of customs risk systems with shipment and declaration data. Potential U.S. support mechanisms include the U.S. International Development Finance Corporation, Export-Import Bank of the United States and U.S. Trade and Development Agency, subject to individual project-level approvals. A public-private partnership involving Montenegro’s Revenue and Customs Administration has also been identified as a possible implementation model.
Port of Bar and cargo clearance
The Port of Bar is a central element of the proposed system as Montenegro seeks to increase its role in regional cargo flows toward Serbia, Central Europe and the Western Balkans. Customs-processing times are part of port competitiveness alongside quay capacity, railway infrastructure and road connections. A system combining risk-based inspections with faster processing for compliant cargo could affect total transit times and logistics costs.
The proposed command centre in Podgorica would connect individual border points, allowing customs authorities to combine cargo images, declarations, vehicle histories and other risk indicators.
Technology, cybersecurity and maintenance
The scanners would form only one component of a wider digital architecture linking inspection images with customs declarations, vehicle and container identification, risk-management systems and user permissions. Because the system would handle commercially and security-sensitive information, cybersecurity would be an important component, including access controls, data storage, network segmentation, resilience and incident response.
Artificial intelligence could also assist customs officials by identifying anomalies in cargo images and helping prioritise inspections. Maintenance would be another significant requirement because equipment failures at major border crossings could create congestion. This could create opportunities for Montenegrin companies in civil works, electrical installations, data centres, communications, cybersecurity, software integration, field maintenance and technical support. Training would cover equipment operation as well as image interpretation, risk analysis, digital evidence handling, cybersecurity and system administration.
EU accession and project governance
Montenegro’s customs system will increasingly need to operate within a European environment based on digital declarations, risk-based controls, secure supply chains and extensive data exchange. If implemented through a PPP or another long-term structure, the government will need to establish rules covering equipment ownership, data control, performance measurement and private-sector remuneration. Potential performance indicators include system uptime, inspection times, cargo-clearance times, detection rates and maintenance response times.
The proposed national network would connect Montenegro’s relatively limited number of major gateways through a single digital architecture. Integration with the Port of Bar, road freight corridors and eventually wider EU customs systems would extend the role of the project beyond border enforcement into Montenegro’s logistics infrastructure.
