We’re supporting the next generation of PhD founders building solutions to problems that will become apparent a few years from now.
Myriad Wind is developing multi-rotor wind turbine systems that can reduce costs by 20% and increase energy capture. Reduced size and a modular design make it possible to harvest wind power in places where traditional turbines could not generate any, and use recyclable materials such as thermoplastics in turbine blades.
Milbotix develops wearables and smart socks that can predict agitation in people living with dementia. The socks incorporate sensors to collect data on electrodermal activity, cardiac activity and motion, and the data is transmitted wirelessly to a processing unit where a machine learning algorithm generates a recognition of distress. Stress data is then communicated to carers using a smart device.
NeuroVirt uses VR technologies for gamification and quantification of movement rehabilitation. The startup also supports doctors in the assessment and treatment of upper-limb impairments by providing accurate data oversight of remote and onsite progress, improvement and predictive recovery.
TurinTech has built an artificial intelligence optimisation platform to automate the entire process of creating, deploying and optimising AI. It helps businesses speed up the end-to-end data science process from months to weeks, while optimising model efficiency for quicker inference speed, lower memory and energy consumption.
Myriad Wind is developing multi-rotor wind turbine systems that can reduce costs by 20% and increase energy capture. Reduced size and a modular design make it possible to harvest wind power in places where traditional turbines could not generate any, and use recyclable materials such as thermoplastics in turbine blades.
Milbotix develops wearables and smart socks that can predict agitation in people living with dementia. The socks incorporate sensors to collect data on electrodermal activity, cardiac activity and motion, and the data is transmitted wirelessly to a processing unit where a machine learning algorithm generates a recognition of distress. Stress data is then communicated to carers using a smart device.
NeuroVirt uses VR technologies for gamification and quantification of movement rehabilitation. The startup also supports doctors in the assessment and treatment of upper-limb impairments by providing accurate data oversight of remote and onsite progress, improvement and predictive recovery.
NeuroVirt uses VR technologies for gamification and quantification of movement rehabilitation. The startup also supports doctors in the assessment and treatment of upper-limb impairments by providing accurate data oversight of remote and onsite progress, improvement and predictive recovery.
Milbotix develops wearables and smart socks that can predict agitation in people living with dementia. The socks incorporate sensors to collect data on electrodermal activity, cardiac activity and motion, and the data is transmitted wirelessly to a processing unit where a machine learning algorithm generates a recognition of distress. Stress data is then communicated to carers using a smart device.