DAVER

DAVER deploys automated remote sensing systems in Barcelona, Thessaloniki and Groningen to detect high-emitting vehicles, reduce urban pollution and support new EU roadworthiness regulations.

Project summary

Co-funded by EIT Urban Mobility, the DAVER project tackles a critical disparity in urban air quality: the fact that approximately 2% of vehicles are responsible for over 40% of total traffic emissions. Inspired by upcoming EU roadworthiness regulations (which mandate remote sensing for roadside inspections), DAVER aims to deploy a market-ready, automated solution to identify “high emitters” without disrupting traffic flow. 

The project’s main objective is to validate an integrated, enforcement-ready system that synchronises three sensing technologies, including remote sensing of emissions (RSE) and noise detection, in a single automated unit. This allows cities to perform complete environmental diagnoses of vehicles in real time. 

The project is executed by a pan-European consortium that brings together technology providers OPUS RSE and Vinces, alongside three strategic pilot cities: Barcelona (Spain), Thessaloniki (Greece) and Groningen (Netherlands). Kicked off in February 2026, this 18-month initiative will test fixed and mobile configurations to raise the technology readiness level (TRL). 

Beyond the hardware, DAVER innovates in governance by launching a City Observer Group. This peer-learning mechanism allows external public sector members to follow the pilots and assess the solution for future procurement. By the project’s end, DAVER will provide European cities with a proven, scalable tool to enforce low emission zones (LEZ) and significantly reduce premature deaths caused by urban pollution. 

Project start:

1 January 2026

Project end:

28 February 2027

Budget:

€1,529,056.25

Countries

greece, netherlands, spain

Context

Air pollution causes premature deaths. However, statistics show that just 2% of vehicles on the road are responsible for over 40% of total traffic emissions. 

Challenge

DAVER tackles this by deploying non-intrusive remote sensing technology to instantly identify and flag high-polluting vehicles without disrupting traffic flow. 

Expected outcome

The project will deliver a market-ready, tested enforcement system, validated in three European cities, to assist future procurement and significantly reduce urban air pollution. 

Project partners

Netherlands

SenseData

Spain

VINCES

Spain

OPUS-RSE

Leading Cities
Greece

Major Development Agency Thessaloniki

Gold
Spain

Factual Consulting

Members of the Association, Silver
Greece

CERTH - Centre for Technology and Research-Hellas

Members of the Association, Leading Cities
Spain

Barcelona City Council

Project Lead

 Dr Loha Hashimy

[email protected]