The future of driverless cars depends on whether the industry can create reliable systems that make drivers feel safe. That is why an EU-funded project has been applying a human-centric approach to develop software that will reassure people using automated vehicles.
Climate change has big and long-term impacts on cities. EU-funded research aims to increase resilience, improving cities' capacity to anticipate, prepare for, respond to and recover from related events such as droughts and heavy rain - protecting key infrastructure and lives.
An EU-funded project is developing user-centric, smart solutions that will help Europe's expanding urban areas boost their citizens' quality of life and improve the environment as they grow.
How can we reduce the amount of domestic refuse that is landfilled or burned? An EU-funded project is running pilot schemes in four European towns to promote a circular economy in the processing of municipal waste.
No timetables. No fixed stops. No waiting ages in the rain. EU-funded researchers are running world-first trials of a public transport concept involving autonomous electric buses that may soon collect users on demand. Such fleets could be a less costly, greener option for areas where conventional services might not be viable.
No more traffic jams. Safer roads. Less pollution. These are just some of the benefits promised as automated and connected vehicles take to the streets - but only if they can effectively communicate and cooperate. An EU-funded project is developing key network infrastructure technology to lead this revolution in transport automation.
Cities need to develop inclusive, smart and sustainable solutions to climate and water-related challenges. Using nature to solve these challenges can bring multiple benefits. The EU-funded Urban Nature Labs (UNALAB) project is taking a citizen-driven approach to developing innovative, nature-based solutions in different urban environments.
An EU-funded project is helping European cities to run district heating and cooling systems with waste heat. Solutions provided through the project capture and use this affordable and plentiful resource to help households, factories and offices save energy.
An EU-funded project has developed a virtual research environment to help the earth sciences community manage its research life cycles and to share knowledge. The new e-infrastructure platform provides easy access to vast amounts of data and tools, boosting researchers’ productivity and creativity.
Novel solutions for monitoring air quality and ultraviolet radiation are set to emerge from an EU-funded project that will harness unprecedentedly detailed data from new Earth-observation satellites.
