Create a platform to facilitate the development of a larger cooperation/logistics network in the field of road freight transport. We are developing a digital cargo collaboration network to reduce greenhouse gas emissions and improve the overall sustainability of the road transport sector.

Achieving zero emissions in the road transport sector in the European Union by 2050 is an ambitious goal that will require significant efforts and investments. About 70% of EU freight is transported by road, and the EEA report "Monitoring of Greenhouse Gas Emissions in the EU" states that in 2019, heavy-duty vehicles (HDVs) in the EU emitted 147 million tons of CO2 equivalent. Heavy-duty vehicles account for 28% of EU road transport CO2 emissions, despite making up only 2% of vehicles. Since 2014, CO2 emissions from heavy-duty vehicles have increased annually, and only decreased in 2020 due to the COVID-19 pandemic. The average lifespan of a truck is 18 years, which means that, despite new targets, CO2-emitting trucks may still be on the road in 2050, when the EU aims to achieve its net-zero goal. Currently, only about 1% of trucks do not rely on internal combustion engines.

Create a digital cargo passport that contains all the information about the cargo (parameters, related parties, statuses, documents) and its history, as well as integrating the cargo with a 5G modem that monitors various cargo status parameters and transmits them for storage in the cargo passport.

By optimizing route planning and cargo consolidation, we aim to reduce fuel waste and emissions, thereby contributing to the creation of a more sustainable and eco-friendly road freight transport system.

The primary idea is to bridge the gap between the digital systems of various stakeholders, enabling seamless and rapid exchange of electronic data, which would increase efficiency and collaboration.

The project requires 5G connectivity, as the low-latency feature of 5G ensures that data from tracking devices is transmitted in real-time, allowing shippers and carriers to instantly update location and status information. Only 5G technology can handle the high volume and speed of data transmission needed at critical supply chain points such as warehousing, storage, and sorting facilities.

With the advent of 5G connectivity, it is possible to process larger amounts of data in a shorter time, paving the way to create a solution of significantly higher quality than those currently offered in the market.