Imagine if every truck crossing a border had to stop for hours because the paperwork didn't match the local rules. This project creates a universal digital 'handshake' so that transport companies and police can share necessary info instantly. It's like a common language for shipping data that makes the whole trip smoother and safer.
Transport operators and enforcement authorities struggle with fragmented, non-interoperable data systems. This leads to high compliance costs, inefficient border checks, and safety risks.
A standardized API for data sharing, a Python library 'coding kit' for developers, and a web application for data exchange validated through two pilots.
If you are a haulage firm dealing with slow border crossings and manual compliance checks — this project developed a standardized API and web app that reduces logistics costs through more efficient operations.
If you are an enforcement agency dealing with fragmented data from different carriers — this project developed a federated platform that allows real-time compliance monitoring for goods and passengers.
If you are a software vendor dealing with the high cost of building custom integrations for every client — this project developed a Python library 'coding kit' that allows for plug-and-play API implementation.
Based on available project data, the solution reduces logistics costs by facilitating data sharing and standardization, which leads to more efficient operations.
Yes, the project is specifically designed for European-level replication, ensuring solutions are scalable and adaptable to various regional requirements.
Based on available project data, the project provides a Python library as a 'coding kit' for organizations to implement the API standard in their own products.
The API and web app requirements were refined from legal, regulatory, and ethical perspectives involving high-level enforcement and logistics operators.
The project uses a plug-and-play design and a federated approach with standardized APIs to ensure seamless integration across logistics systems.
The consortium is well-balanced for commercialization, featuring a 44% industry ratio with 7 industrial partners and 6 SMEs. With 16 partners across 6 countries, the project combines academic research from 3 universities and 3 research centers with practical implementation capabilities, ensuring the resulting API is grounded in real-world logistics needs.
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