STARTUP PROFILE

NeuroHarmonics

COUNTRY
United Kingdom
FOUNDED
2024
CATEGORY
Neuromodulation
Developing a wearable, non-invasive focused-ultrasound device for precision deep-brain neuromodulation, targeting neurological and psychiatric conditions.
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Neurofounders Insights
$   Funding   -
Seed
MODALITY
Ultrasound
FORM FACTOR
Wearable (body)
INTERFACE DEPTH
Non-invasive
INDICATION
Multi-indication
TARGET USER
Patients
REGULATORY STAGE
Investigational
NeuroHarmonics is a UCL spinout targeting deep brain structures with wearable, mask-free focused ultrasound, pitching itself as a route to DBS-level precision without surgery or implants, similar in ambition to Insightec's incisionless approach but aimed at continuous, at-home therapy rather than single-session procedures. Founding team expertise in ultrasound engineering (rather than pure neuroscience) reflects the core technical bet: making transcranial ultrasound targeting accurate and scalable enough for outpatient use, with first-in-human validation already underway.
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Mentioned in Market Notes
MOST RECENT COVERAGE
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9
BCI Shows its Value
1 September – 15 September 2026

NeuroHarmonics launched its first clinical trial, evaluating its non-invasive deep-brain ultrasound platform in essential tremor. The study follows regulatory clearance from the UK's MHRA and a favorable ethics opinion, and will enroll adults whose tremor is inadequately controlled by medication. Focused ultrasound can reach deep brain structures that surface stimulation cannot. NeuroHarmonics is designing for accessibility, removing the MRI guidance and fitted mask that focused ultrasound normally requires.

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8
FDA Supports the BCI Mission
18 August – 1 September 2026

NeuroHarmonics revealed the first public details of the neuromodulation platform it has been developing. The team develops a device that uses transcranial ultrasound to reach deep brain circuits without surgery. The London company, a spin-out of University College London, positions the system on accessibility, requiring no hair preparation, no mask, and no scanner, in contrast to the setup focused ultrasound normally demands. Focused ultrasound can target millimeter-scale regions in the deeper structures that surface stimulation cannot reach.

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