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Artificial intelligence (AI) has been the subject of such strong political and social debate that the question of its suitability for its main original purpose – improving supply chain efficiency – may come as a surprise. What if AI really could help strategic sectors cope with pressure? More specifically, could the agri-food sector benefit from this technology to compensate for the shortages broadly forecast as a result of today's crises?

Biases are commonly considered one of the most detrimental effects of artificial intelligence (AI) use. The EU is therefore committed to reducing their incidence as much as possible. However, the existence of biases pre-dates the creation of AI tools. All human societies are biased – AI only reproduces what we are. Therefore, opposing this technology for this reason would simply hide discrimination and not prevent it. It is up to human supervision to use all available means – which are many – to ...

Supported by the arrival of 5G and, soon 6G, digital technologies are evolving towards an artificial intelligence-driven internet of robotic and bionano things. The merging of artificial intelligence (AI) with other technologies such as the internet of things (IoT) gives rise to acronyms such as 'AIoT', 'IoRT' (IoT and robotics) and 'IoBNT' (IoT and bionano technology). Blockchain, augmented reality and virtual reality add even more technological options to the mix. Smart bodies, smart homes, smart ...

Genome editing is the targeted alteration of a few DNA letters within the existing genetic blueprint of an organism. By far the most widely used genome-editing tool is CRISPR-Cas. CRISPR-Cas genome-editing technology can be applied in a number of different ways. The genetic changes that are introduced by means of the SDN1 and SDN2 types of CRISPR-Cas technology do not differ from changes that can occur naturally or result from conventional breeding. While CRISPR-Cas technology is highly accurate, ...