IoT

AgTech: start-up Bactery aims to use soil microbial fuel cells to power IoT

• Can micro-organisms in soil supply sufficient power to charge the batteries of agricultural IoT devices? Launched in June 2024, a start-up based on research led by Dr Jakub Dziegielowski at the University of Bath in the UK has big plans for soil microbial fuel cells.
• Harnessing free electrons in soil, a prototype developed by the start-up can generate 0.2 watts per square metre, enough to provide a sustainable power source for smart agricultural applications.
• A researcher explains that there is virtually no impact on soil quality, which is continually replenished by plants and bacteria.
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Bactery start-up team

IoT and robotics: the need for privacy-preserving cameras

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Photobiomodulation: using light to treat Alzheimer's disease

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GettyImages - Parkinson

Portable IoT device helps Parkinson’s disease patients to manage their symptoms

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Smart vehicles: new technology beams 3D images of obstacles into drivers’ eyes

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A. Lafay: vehicles that are “fully autonomous from the moment they enter the motorway until they leave it”

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Agtech, agricultural IoT and the threat of cyberattacks: how should the risks be modelled?

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