Digital freight management
Digital freight management encompasses the software systems, communication protocols, and legal frameworks that coordinate train path allocation, consignment documentation, and real-time wagon status across European rail freight operations.
International freight train paths are coordinated through RailNetEurope (RNE), a cooperation body of European infrastructure managers.
Path allocation and RNE
The Path Coordination System (PCS) allows freight operators to submit cross-border path requests for timetabled and ad hoc services across multiple infrastructure managers in a single application. RNE allocates paths for trains crossing two or more national networks, with individual infrastructure managers retaining authority over domestic allocation within their assigned capacity.
The Rail Freight Corridors, established under Regulation (EU) No 913/2010, each maintain a One-Stop-Shop for path requests on the corridor, simplifying access for operators who would otherwise need to negotiate with each national infrastructure manager (IM) separately.
Electronic consignment notes
The legal framework for international rail freight documentation is the CIM convention, administered by OTIF (Intergovernmental Organisation for International Carriage by Rail). CIM defines the consignment note as the contract of carriage between shipper and railway undertaking.
Electronic CIM (e-CIM) implementation is ongoing across European operators, replacing the paper-based wagon labels and consignment documents that required physical transfer at border handover points.
TAF TSI mandates pre-departure messages (PDM) and estimated-time-of-arrival (ETA) messages between railway undertakings at each handover, providing the data layer on which e-CIM document transfer depends.
Single wagonload and intermodal
The economics of single wagonload (SWL) freight — collecting individual wagons from multiple sidings, marshalling them into mixed trains, and sorting at intermediate yards — require high network density and volume to cover fixed marshalling costs. Most western European operators have reduced SWL coverage over the past two decades. DB Cargo and Fret SNCF have both restructured their SWL networks toward higher-yield corridors.
Intermodal traffic — containers, swap bodies, and road semitrailers carried on rail — has grown as operators concentrate capacity on high-volume trunk routes between intermodal terminals. The Combined Transport Directive (92/106/EEC), under revision as of 2024, provides the regulatory framework for multimodal freight, including incentives for road-to-rail transfer.
Integration challenges
Digital freight management systems face a data fragmentation problem: wagons change hands between multiple railway undertakings on a single journey, each operating different transport management system (TMS) platforms, and wagon position data from telematics units must be reconciled with network timetable data, path allocation records, and consignment documentation. TAF TSI addresses the interoperability layer; commercial TMS integration across operators remains largely bilateral.
The EU-Rail Joint Undertaking’s FINE1 research programme is developing open data standards for freight management, targeting interoperable last-mile logistics coordination and automated wagon handover processes that reduce the manual verification steps currently required at each border crossing.