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GaiaHub

This proposal will directly tackle Liepāja’s emissions by providing a technological solution that allows the city to monitor and control emissions in real-time and supports dynamic policy-making and public engagement.

Project summary

GaiaHub is dedicated to delivering high-accuracy licence plate recognition using video data. Our system will utilise cameras equipped with sophisticated image processing capabilities to identify vehicle licence plates upon entry and exit of designated zones in Liepāja. By linking plate data to a vehicle registry, we can extract specific vehicle characteristics (type, model year and fuel type) together with traffic density data from existing urban sensors, which will be used to calculate precise CO2 emission levels using the SUMO emission calculator.
This proposal will directly tackle Liepāja’s emissions by providing a technological solution that allows the city to monitor and control emissions in real-time and supports dynamic policy-making and public engagement. By enabling a shift towards more accurate and proactive environmental management, it will help the city to effectively reduce its carbon footprint, improve air quality and advance toward its goal of becoming a climate-neutral city. The project will establish a benchmark for urban environmental management, demonstrating how integrated technological solutions can address complex sustainability challenges effectively.
GaiaHub’s solution will enable all of Liepāja KPIs to be implemented, directly aligning with RAPTOR project objectives for sustainable urban mobility. The project will also establish a benchmark for urban environmental management, demonstrating how integrated technological solutions can address complex sustainability challenges effectively.

Project start:

1 August 2024

Budget:

€59,500

Countries

latvia

Context

The project will calculate precise CO2 emission levels in Liepāja using licence plate data, thereby improving the city’s ability to monitor emissions in real-time.

Challenge

The project addresses Liepāja’s current lack of effective monitoring of CO2 emissions from vehicles entering and leaving specific urban areas.

Expected outcome

The project will enable automated data capture and real-time emissions monitoring, helping the city to become a climate-neutral city.

Project partners

Gold
Slovakia

Slovak University Of Technology In Bratislava

Leading Cities
Hungary

Municipality of Szombarthely

Leading Cities
Romania

Constanta City Hall

Project Lead

Chahinez Ounoughi

chahinez.ounoughi@taltech.ee