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We have some flowers down here — edible flowers. some strawberries. there's 25 trays high here, growing a number of species. and all of this is being monitored by the gardin sensors here, which are mounted on the mobile platform. so our sensors are able to monitor this whole environment — they move around. and what they're looking at is particular leaves. we're able to use optoelectronics, which is smart physics, to understand how the leaf is performing. it works by combining the images it collects with machine learning, which has been trained on lots of pictures of plants at various stage...

So our sensors are able to monitor this whole environment — they move around. and what they're looking at is particular leaves. we're able to use optoelectronics, which is smart physics, to understand how the leaf is performing. it works by combining the images it collects with machine learning, which has been trained on lots of pictures of plants at various stages of growth. this allows the system to monitor how well the process of photosynthesis is working in each plant, and this tells them how efficiently they're growing. so we're really talking to the plants, and they're telling us how h...

Chillies on this side. got chillies here. we have some flowers down here — edible flowers. some strawberries. there's 25 trays high here, growing a number of species. and all of this is being monitored by the gardin sensors here, which are mounted on the mobile platform. so our sensors are able to monitor this whole environment — they move around. and what they're looking at is particular leaves. we're able to use optoelectronics, which is smart physics, to understand how the leaf is performing. it works by combining the images it collects with machine learning, which has been trained on l...

Number of species and all of this is being monitored by the garden sensors here which is mounted on the mobile platform. our sensors are able to monitor this whole environment and they move around and what they are looking at is particular leaves. we are able to use electronics which is smart physics, to understand how the leaf is performing. it physics, to understand how the leaf is performing.— leaf is performing. it works by combining _ leaf is performing. it works by combining the _ leaf is performing. it works by combining the images - leaf is performing. it works by combining the image...

And all of this is being monitored by the gardin sensors here, which are mounted on the mobile platform. so our sensors are able to monitor this whole environment — they move around. and what they're looking at is particular leaves. we're able to use optoelectronics, which is smart physics, to understand how the leaf is performing. it works by combining the images it collects with machine learning, which has been trained on lots of pictures of plants at various stages of growth. this allows the system to monitor how well the process of photosynthesis is working in each plant, and this tells ...