AI’s rapid rise in the workplace is opening up new possibilities—some optimistic, others unsettling. Our team of futurists explore how AI could alter job roles, workplace dynamics, and society at large through four distinct scenarios.

Will artificial intelligence bring an end to the traditional labour market? Fears of mass technological unemployment have a powerful impact on economical policies, but modern economic theory suggests that these fears might be misplaced.

Nanobots are small "robots" ranging from 1 to 100 nanometers in size. Scientists are exploring different applications of nanobots in medicine and healthcare, to fight cancer as well as to unblock blood vessels.

In this article, we go through the future of work, through 4 prisms: industry and manufacturing; automation, AI, and robotics; business and value chains; and work and income.

Last month, Sophia, a humanoid robot, was granted Saudi Arabian citizenship. This is a first for robots, and begs the question: should robots have equal rights to human beings?

Much has been said about how industrial and non-industrial robots are changing the world. When we think of robots, most of us think of industrial robotic arms, military robots, or anthropomorphic service robots. In other words, big robots. Few think of those robots that are rarely visible to the naked eye: microrobots.

A group of scientists from the University of California, Riverside, got inspired by Wolverine, a comic character from the X-Men, who has self-healing abilities. As a result, they created transparent, self-repairing and highly stretchable material that can be electrically activated. Therefore, it’s especially suitable for improving the performance of smartphones, robots and other electronic devices.

Festo presents OctopusGribber, a robotic “hand” which mimics the multi suction cup tentacle of the octopus. How Industrial robots grab objects with “pliers” or single suction cups has prevented them from replacing human hands some tasks on production lines. Biomimicry in engineering may bring forward new innovations that enable robots to bypass manual touch.

Exoskeletons exist all around us. Animals such as grasshoppers, cockroaches, and lobsters all have them. For them, exoskeletons provide protection and support, among serving other functions. What if we could allow human beings to experience the same benefits, while at the same time increasing their strength, precision, and power?