Pyramidal wind turbines, portable desalination units, hydrogen bikes, and exciting V2G projects are some technological innovations that marked the year.
Scientists have developed a roadmap for the contribution of robots to sustainability – and there are already examples in the real world.
Through the combination of sensors and algorithms, smart traffic lights will improve traffic and reduce pollution
Capable of carrying six passengers at a speed of one hundred and fifty-five mph, they are the new generation of urban air mobility vehicles.
A wearable technology prototype will allow wheelchairs and electronic devices to be operated with simple facial gestures.
The future of recycling involves using AI and robots to sort plastic waste or electronic waste in processing plants.
Remote and face-to-face work will coexist as physical and virtual meetings are combined. Meanwhile, workplaces will be dynamic and increasingly focused on improving productivity, cooperation and employee well-being.
The technological transition is accelerating with the advent of AI, the Internet of Things, and now blockchain: the time has come for the smart city.
RT @lydiagabriela_: El proceso de mineralización se completa en dos años y con una eficacia de entre el 95-98% @ACCIONA #Imnovation https:/…
RT @KartarDevi: El proceso de mineralización se completa en dos años y con una eficacia de entre el 95-98% @ACCIONA #Imnovation https://t.c…
RT @Imnovation: E2VENT validates a cost effective, high #energyefficient, low CO2 emissions, replicable, low intrusive, systemic approach f…
El proceso de mineralización se completa en dos años y con una eficacia de entre el 95-98% @ACCIONA #Imnovation https://t.co/594y6PaprW
RT @Imnovation: E2VENT validates a cost effective, high #energyefficient, low CO2 emissions, replicable, low intrusive, systemic approach f…
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