Lloyd’s Register (LR), a British classification society, has spearheaded the creation of a new industry consortium to address the fragmented sharing of container stowage and lashing data across the shipping sector.
The Lashing Exchange Format (LXF) Consortium unites classification societies and software developers to establish a common digital standard for transferring data related to container securing arrangements and lashing calculations.
Currently, stowage plans and lashing software operate as separate workflows due to the absence of a standardized method for data exchange. Container securing designers, lashing software providers, and class societies rely on their own datasets to approve securing arrangements, leading to duplicated efforts, inconsistent inputs, and delays in the approval process.
This issue has become more pronounced as container stacks grow taller and the data supporting their securing arrangements becomes increasingly complex.
The LXF initiative aims to resolve these challenges by introducing a unified digital format for data exchange. This will enable classification societies and industry partners to work from a consistent dataset throughout the approval cycle. Drawing on LR’s expertise with its LashRight software, LXF is being developed as an open, cross-industry standard designed for widespread adoption rather than being tied to any single organization.
The consortium has already garnered support from most major classification societies and developers of lashing-calculation systems, collectively representing over half the market for container vessels, lashing systems, and stowage arrangement development. This strong backing positions the LXF standard for broader industry adoption.
Nick Gross, LR’s global containerships segment director, stated: “The launch of the LXF consortium reflects growing pressure across the containership sector for smoother and faster approval processes, with shipyards, software suppliers, and class all grappling with larger ships, tighter schedules, and more demanding operational requirements. Standardizing data is seen as a critical step in reducing friction and ensuring container-securing systems keep pace with the scale of modern fleets.”