News · TNE Platform · Infrastructure · BIM Expertise 7 May 2026
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An open and configurable platform for managing transport network data through its whole lifecycle, from import and validation to storage and supply. Part of Triona's Infra Data Management Solution.
Why
TNE Platform manages transport network data through its whole lifecycle. It holds the network itself and the objects positioned on it, with the history of both. Let TNE Platform manage the data, and integrate it with the other modules that register the data and the ones that use it.
The data model is yours. You define it in your own feature catalogue, and validation checks the data against the rules you set there. Import, validation and export run as configured jobs on a schedule, so the flows in and out are repeatable rather than rebuilt for each delivery.
Features
Where the work is scheduled and monitored. Create and track import, export, and validation jobs through a browser-based interface, and control who can read, write, and execute operations on specific resources.
Define and maintain your transport network data model. Configure the feature types you manage, specify their attributes, and determine how they connect to the network so the model can evolve together with your information needs.
Run quality checks against the rules you have defined across the entire dataset or only the changed data, ensuring that errors are identified and resolved before they affect downstream users and systems.
Automatically divide long roads into sections with consistent characteristics, creating reliable segments that support analysis, planning, maintenance, and procurement activities.
Connect TNE with the rest of your ecosystem through documented REST APIs, map services, synchronization capabilities between TNE systems, and support for custom plugins and job services when standard functionality is not enough.
Store and manage data in open, documented databases such as Oracle, SQL Server, and PostGIS, with optional ArcGIS geodatabase support. Standard GIS tools including ArcGIS, FME, and QGIS can access the data directly.
Exchange transport network data through OpenTNF, an open format based on a single OGC GeoPackage file. This enables straightforward sharing of transport network and related data using an openly licensed standard.
Challenge
Transport network data comes in from field registration, from project deliveries, from other registries and from other organizations. Each source has its own data model, its own level of quality, and its own way of saying where on the network something sits.
Without one platform to take all of it in, the merging is manual, the checking happens late or not at all, and what the registry held last year is gone. A decision taken two years ago was taken against a network that has since changed, which is exactly what audits and contract follow-up ask about.
Challenge
A master database earns its name by being read. If the only way in is a proprietary interface and the only way out is a support ticket, every new consumer turns into a project, and the store you paid for turns into a dependency. An open platform works the other way around: it is configured to how your organization describes the network, and the tools you already run keep reading it, so taking it on does not mean changing the rest of your stack.
Solution
The platform covers the data lifecycle in four stages. Each is configured to your data model and your rules, which is why the same platform can carry a national registry and a single municipality's network.
The feature catalogue defines how your organization describes and structures the transport network. Maintained by your own team, it provides the foundation for the entire information lifecycle, from import and validation to storage and data delivery.
Bring data into TNE from field surveys, construction projects, external registries, and partner organizations. Before becoming part of the network record, incoming data is automatically validated against your defined rules and quality requirements.
Network objects are stored together with their attributes, geometry, network location, and temporal validity. Historical versions are preserved rather than overwritten, making it possible to understand exactly how the network looked at any point in time.
Deliver data to the people and systems that need it, with the appropriate level of detail and without creating custom solutions for every use case. Information can be shared through REST APIs, map services, segmented datasets, database replication, or GeoPackage exports.
Who is it for?
The platform is used by organizations that own, manage, or use transport network data and need a single store for it over the whole of its lifecycle.
National
Running a national registry at national volume, where import, validation, and delivery have to work without anyone watching them
LOCAL
Maintaining a local network, and delivering updates into a national registry without a separate export exercise
FORESTRY
Managing large private networks, where centralized data replaces local knowledge that walks out the door when someone retires
PARTNERS
Building their own product on a transport network platform, embedded as an OEM component, rather than spending years building one
News · TNE Platform · Infrastructure · BIM Expertise • 7 May 2026
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Contact
Tell us what your data has to describe, and how it has to get in and out. We will tell you whether the platform is the right answer, and what it would take to run it where you want it.
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