Technologies

The modern car is a computer on four wheels. Today’s cars are constantly processing and transmitting data about themselves, their surroundings and the people in it – in most of the cases even without the knowledge of the driver. This data is used in navigation, to manage car systems like the engine or to deliver communication and infotainment services to passengers.

Increasingly today, the data generated by the car is shared over the internet with other vehicles, traffic infrastructure and private and public entities. These so-called connected cars belong to the evolving Internet of Things (IoT) - with manifold related risks attached. The growing amount of personal data generated by connected cars raises the interest of insurers, automakers, law enforcement authorities and other third parties.

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Le présent rapport fournit une vue d'ensemble des activités menées par le CEPD de 2015 à 2019. En particulier, il met l'accent sur la manière dont le CEPD a travaillé à la mise en œuvre des objectifs définis dans sa stratégie 2015-2019, qui concernent la numérisation, les partenariats mondiaux et la modernisation de la protection des données. Cela impliquait non seulement de contribuer à des textes législatifs historiques, tels que le règlement général sur la protection des données (RGPD) et le règlement 2018/1725, mais également de porter les concepts d'éthique et de responsabilisation au premier plan du discours et de l'application de la protection des données.

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To tackle climate change, the European Union has set itself a target to ensure that 80% of EU consumers are using smart meters by 2020. This should accelerate the move towards cleaner energy and reduce energy consumption. The European Commission issued a Recommendation on preparations for the roll-out of smart metering systems in 2012. Today, there are an increasing number of smart meters being used across the EU and integrated with other smart home appliances.

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Ever since Alan Turing published his paper Computing Machinery and Intelligence in 1950, computer scientists have tried to get machines to mimic human behaviour and make them as intelligent or as smart as human beings, by having them play imitation games.

Turing raised the question: Can machines think? He suggested that something “resembling thinking” could be achieved if we provide the machine with the best sense organs that money can buy, and then teach it to understand and speak English. This is the main reason why we call modern machines with some imitation capacity smart devices.

Today, a new generation of speaking devices interact with us in human-like ways to execute simple tasks and answer questions, and not only in English. How is this possible?

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