NEuDAYZ
We are developing an accessible wearable ecosystem that brings together supportive stimulation, intelligent monitoring and personalised insight — designed around the realities of living with neurological conditions.
Built from lived experience
NEuDAYZ began with a simple question: can technology be made more useful, wearable and accessible for people whose movement changes from hour to hour?
That question has grown into a broader neurotechnology platform. Our focus is not a single gadget, but an ecosystem designed to support movement, capture meaningful real-world data and help users understand changes in their day without making the technology itself a burden.
Human first
Designed around dexterity, comfort and everyday usability.
Evidence led
Early testing is being measured, reviewed and refined rather than assumed.
Connected
Wearables and software are being developed as one joined-up system.
Accessible
Affordability and global reach are part of the design brief from the start.
One platform. Three connected layers.
We are deliberately sharing the direction of travel without publishing the engineering and stimulation methods behind it.
Wearable Tech
A complementary wearable system being developed around vibrotactile technology — using carefully controlled tactile stimulation as a form of sensory input — in a format intended to be simple, discreet and practical in daily life.
Movement in context
The platform is being designed to follow meaningful changes in movement and selected wellbeing signals over time, helping build a clearer picture than an occasional clinic snapshot can provide.
Turning signals into something useful
A connected software layer is being developed to help make sense of changing patterns over time — translating wearable data into clear, personalised insight without exposing the intelligence working behind it.
Earlier understanding
As the evidence base grows, our ambition is to identify meaningful patterns earlier and support more timely, personalised responses — while keeping people firmly in control of their data.
Why vibrotactile?
Vibrotactile technology uses controlled vibration to create tactile sensory input through the skin. It is a non-invasive approach that can be incorporated into lightweight wearable devices. NEuDAYZ is exploring how this technology can form part of a broader system combining wearability, movement monitoring and personalised insight. The precise stimulation methods and engineering architecture remain confidential while development and evaluation continue.
Early feasibility signals
Our first three-participant feasibility phase is small by design. The goal at this stage is to test, measure, learn and decide what deserves more rigorous study.
These figures are preliminary observations from a very small early feasibility programme. They are not clinical proof of efficacy, have not been presented as results from a controlled clinical trial, and may change as additional participants and more rigorous analysis are added.
Technology should not stop at the easiest markets
NEuDAYZ is being designed with two ambitions in parallel: to build a sustainable, high-quality neurotechnology company and to make useful technology reachable far beyond wealthy, well-served regions.
One of our long-term mission goals is to help distribute at least one million NEuDAYZ units to people in underserved and isolated communities worldwide, particularly in regions where access to specialist neurological care and emerging technology is limited.
We intend to pursue that goal through responsible partnerships with charities, healthcare organisations, local networks and other mission-aligned organisations. We believe geography or income should not determine who gets the opportunity to benefit from advances in neurological technology.
Leadership & scientific direction
A compact team bringing together lived experience, product vision, neuroscience and engineering.
Jake Furey
Jake founded NEuDAYZ from lived experience with Parkinson’s disease and years spent researching and exploring emerging neurological technologies. He leads the product vision, mission and commercial direction.
Dr Tony Steffert
Dr Steffert brings expertise in neuroscience, EEG, neurofeedback and neurotechnology. He supports the scientific direction of NEuDAYZ and the careful evaluation of its early concepts and evidence programme.
Rob Davis
Rob brings more than 20 years of experience working with vibrotactile technology, electronics and research systems. He supports the engineering development of practical wearable technology designed for reliability, usability and real-world deployment.
Lair Argentin Hanzen
Lair is a third-year Neuroscience student at Imperial College London, contributing to research, testing and the wider development programme.
Ji
Ji recently graduated from Imperial College London with full honours and contributes to research, testing and development work across the project.
Tim Grover
Tim works at the National Hospital for Neurology and Neurosurgery, Queen Square, and provides specialist input on speech, communication and the interpretation of early assessment data.
Start a conversation
We welcome conversations with researchers, clinicians, charities, engineering partners, funders and organisations interested in accessible neurological technology.