
Meet the SERG Team

Dr Samuel Wilson
CEO

Diana Darko
COO

Ewan Phillips
CFO

Dr Christos Kapatos
CBO

Dr Thomas Martineau
Lead Machine Learning Engineer

Kostas Dalakas
Lead Hardware Engineer

Dr Panipat Wattanasiri
Machine Learning Engineer

Chuni Wang
UX/UI Designer

Karl Tiemann
Senior Engineer

Norman Madeja
Clinical Research Nurse

Panagiotis Papageorgiou
Machine Learning Engineer

Netaly Gross
Neurological Physiotherapist
Clinically Validated Results
A pilot in collaboration with Boston Scientific tested StimSense inside live DBS programming sessions. The aim: to evaluate its impact on session efficiency, decision making and clinical outcomes.

Significant Time Savings
270 minutes → 70 minutes
Programming session time reduced by 74% on average

Maintained Clinical Outcomes
Therapeutic impact matched standard-of-care
Patients achieved comparable results to traditional tuning — in fewer steps.

Strong Score Alignment
Correlation with clinician judgement: r = 0.74
Symptom severity scores generated by StimSense closely mirrored manual assessments by specialists.
StimSense has already demonstrated its value inside real-world DBS workflows — improving efficiency while preserving precision.
Built to Integrate
Why It Matters
DBS Tuning is the bottleneck
DBS is a proven therapy for people with Parkinson's — but it’s currently held back by slow, subjective tuning. Sessions can take 4+ hours, they're hard to resource, and they depend entirely on clinician interpretation and patient feedback.
StimSense changes that. It brings structured data into the room — so clinicians can move faster and reach more patients using reliable objective data.


How StimSense Works
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Wearable sensors capture tremor, rigidity, and bradykinesia in real time
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Data is processed live into validated clinical scores
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Results feed directly into existing DBS tools — no new interface, no workflow disruption
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Clinicians get the insight they need to adjust parameters quickly and effectively
Already validated in pilot use.
Designed for Integration
StimSense is not a standalone tool. It’s a native upgrade.
It integrates directly into DBS manufacturer environments — with no added burden on clinics or IT teams. It's delivered as an accessory and data layer that fits within the systems already in use.
For DBS Manufacturers, it means:
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Faster tuning
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Greater clinician satisfaction
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A more defensible platform in a competitive market


Built for the Next Era of DBS
StimSense is not just about reducing burden today — it’s about preparing for what comes next:
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Adaptive, closed-loop programming
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AI-assisted optimisation
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Remote DBS tuning
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Scalable, reproducible tuning in regional centres
This is the infrastructure DBS needs to scale — and StimSense is ready to deliver it.
Introducing StimSense
StimSense is a real-time motor symptom assessment system built to transform Deep Brain Stimulation (DBS) programming (What is DBS?).
StimSense captures and scores tremor, rigidity, and bradykinesia using a compact wearable and converts those signals into structured, clinically meaningful data — enabling faster, more consistent, and scalable programming.
It doesn’t replace clinicians. It makes their decisions faster, clearer, and enables DBS at scale.
Designed for seamless integration into DBS manufacturer platforms, StimSense is the foundation for intelligent, next-generation neuromodulation delivery.
For people with Parkinson's, we will enable personalised, adaptive therapies, using data-driven decision making to provide the best possible healthcare.
SERG Technologies
Unlocking the Future of Deep Brain Stimulation


Our Advisory Board

Prof. Francesca Morgante
Professor of Neurology Eleanor Peel Chair
City St. Georges, University of London
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Dr Fahd Baig
Consultant Neurologist
St George’s Hospital

Prof. Ravi Vaidyanathan
Professor in Biomechatronics
Imperial College London

Prof. Dario Farina
Chair in Neurorehabilitation Engineering
Imperial College London

Dr Yen Tai
Consultant Neurologist
Charing Cross Hospital
