NANO-OPTICAL MOLECULAR SENSING
Sensing the Invisible. Delivering Safety. Safeguarding Lives.
Selective molecular sensing. Real-time results. At the point of need.
NanoSense develops patented nano-optical sensing technology designed to detect selected molecular compounds in real time — in compact systems engineered for use outside the laboratory.
From aircraft and autonomous systems to environmental monitoring and healthcare research, one configurable sensing platform is being developed around some of the world’s most demanding detection challenges.
Developed in collaboration with clinicians and researchers in leading universities and hospitals.
ONE SENSING PLATFORM
Molecular sensing engineered for the real world.
Laboratory analytical techniques provide extraordinary insight into molecular composition. But the laboratory isn’t always where the answer is needed.
NanoSense takes a different approach.
Our nano-engineered sensing surfaces are designed to interact with selected molecular targets. Those interactions produce measurable optical changes that can be analysed electronically in real time.
The result is a compact sensing architecture designed for applications where rapid, selective molecular information is needed at the point of use.
SELECTIVE
Sensing surfaces engineered around defined molecular targets.
REAL-TIME
Optical responses analysed as molecular interactions occur.
COMPACT
A sensing architecture designed for deployment outside the laboratory.
CONFIGURABLE
Additional sensing elements can be developed around new target compounds.
TECHNOLOGY & VALIDATION
Evidence before application.
INDEPENDENT VALIDATION
DEMONSTRATED SENSING
The portable platform has demonstrated real-time response to selected target compounds.
COMPOUND DEVELOPMENT
The NanoSense programme includes multiple VOC and SVOC targets across different applications.
GLOBAL IP
TECHNOLOGY & TESTING
Evidence before application.
Controlled TBP Testing | Independent Laboratory Analysis
independent laboratory analysis confirmed the presence of TBP in samples
Real-time sensor response during controlled TBP testing
One platform. Five high-value missions.
CABINSENSE — AVIATION
Know What’s in the Air. Not Just That Something Changed.
CABINSENSE — AVIATION
Know What's In The Air. Not Just That Something Changed.
CHEMSENSE — DEFENCE & SECURITY
Take Chemical Intelligence to the Threat.
ENVIROSENSE — ENVIRONMENTAL & INDUSTRIAL
Know What’s in the Air. As It Happens.
VIRUSENSE — PUBLIC HEALTH
Explore a New Approach to Environmental Viral Sensing.
BREATHINSIGHT — HEALTHCARE
Could Breath Become The First Test?
Primary applications.
NanoSense technology is being developed across applications where rapid molecular information is needed closer to the point of decision.
Development applications.
EnviroSense
Application Opportunity / Development
ChemSense
Application Opportunity / Development
The Technology
The NanoSense sensor replaces a 240kg laboratory instrument with a 164g handheld device — delivering the same compound identification in real time, anywhere.
Takes the Mass out of Mass Spectrometry.
Device Specifications
Weight
164 g
Form factor
Patents
UK · US · EU · Japan
1
Compound-specific coatings
Each nano-coating layer is engineered to bind specifically to target VOC or SVOC molecules. Multiple coatings allow simultaneous multi-compound screening.
2
Optical interference detection
When target compounds bind to the coating, the optical interference pattern of the layer changes in a measurable, compound-specific way — no wet chemistry required.
3
Onboard signal processing
Pattern changes are analysed in real time by embedded software. Compounds are identified within seconds and results displayed directly on the device.
A different approach to molecular detection.
1
MOLECULAR RECOGNITION
Nano-engineered sensing surfaces are developed around selected molecular targets.
2
OPTICAL RESPONSE
Interaction with a target changes the optical properties of the sensing surface, creating a measurable signal.
3
SIGNAL INTERPRETATION
Electronics and software analyse the response to generate molecular sensing information in real time.
We’re not trying to shrink a laboratory. We’re developing selective molecular sensing for places where the laboratory cannot go.
NanoSense's molecular sensing platform combines patented technology with proprietary sensing methods, coatings and accumulated technical know-how developed through years of research and application development.
Detect now. Confirm when required.
COLLABORATE WITH NANOSENSE
We build the sensing technology.
Together, we build the application.
PROPRIETARY SENSING TECHNOLOGY
Build the application together
NanoSense Brings
- Core platform
- IP
- Molecular sensing
- Optical interrogation
- Engineering
Partners Bring
-
- Domain expertise
- Targets
- Samples / data
- Representative
- environments
- Validation
- Integration routes
AVIATION
Airlines · OEMs · MROs · ECS specialists
DEFENCE
Defence primes · UAV manufacturers · CBRN specialists
ENVIRONMENTAL
Industrial operators · sensor companies · systems integrators
HEALTHCARE
Oncology centres · clinical researchers · diagnostics companies
BIOLOGICAL SCIENCES
Virology · aerosol science · molecular biology · public health
Our Team
Who is behind NanoSense?
David Newman
CEO
Background: David Newman, a seasoned entrepreneur with a robust background in electronic, electromechanical, automotive, and heavy engineering, leads the commercial aspects of the company.
Experience: His experience spans over a decade in military service and another decade learning international business realities. He has a proven track record in various industries, including telecoms, advertising, and IT.
Roles and Contributions: David is responsible for the day-to-day management, marketing strategies, commercial due diligence, project creation, and managing the IP portfolios. His leadership is pivotal in steering the company towards commercial success.
John Halinski
Prof. J. Ramsden
Chief Scientist
Background: Honorary Professor of Nanotechnology at Buckingham University, UK, Prof. Ramsden brings a wealth of knowledge in nanotechnology and optical fibre sensors.
Qualifications: With a doctorate in chemical physics and extensive research experience, he has authored over 200 research articles and co-invented three patents.
Roles and Contributions: As the Technical Director, Prof.
Ramsden oversees the scientific and technical development of the company’s products, ensuring they are at the forefront of the industry.
Mark Gilmore
COO
Background: A founding Director of Viridis Navitas Capital Partners Ltd, Mark brings over two decades of experience in senior and executive sales management and operations.
Experience: His diverse experience ranges from IT start-ups, FTSE 500 companies, VCs and PE with an unparalleled track-record in delivery.
Roles and Contributions: Mark’s role encompasses managing sales and operations. He plays a crucial role in driving the company’s growth and ensuring operational excellence.
Steven Strauss
CFO
Steven is a Chartered Accountant and Fellow of the Institute of Chartered Accountants in England and Wales. Steven manages tax and finance for the NanoSense Group of Companies.
Tom Benzie
Head of Product Development
Background: With nearly 36 years in the aerospace industry, Tom Benzie has specialised in engineering systems for both human and equipment conditioning.
Expertise: His passion for ensuring aircraft passenger safety aligns with the company’s goals in the aviation sector.
Roles and Contributions: Tom leads the application development of the technology, particularly in the aviation sector, bringing valuable industry insights and technical expertise.
Adam Bishop
Commercial Director
Background: Adam is a commercial innovator with a strong technical foundation in Physics with Medical Applications (QEC, London University) and early experience in the emerging data communications industry.
Experience: He has held commercial roles at GEC Plessey and British Telecom and later built his own ventures in sub-sea cables, data centres and the water industry, repeatedly using disruptive technology to challenge monopolies in complex global markets.
Roles and Contributions: Adam has developed and led new commercial operations in technically and contractually complex environments worldwide and, for the past decade.
Trevor Stanley
Experience: His career spans brand management at Glaxo, a 20-year tenure at Molnlycke, and leadership roles at Draeger Medical Devices and IDX Systems International, later acquired by GE Healthcare. He has also held senior roles with Quest Diagnostics, Axellis, Milliman, and Hearst Corporation.
Roles and Contributions: Trevor has led startups to revenue generation, secured venture capital investment, and most recently directed international sales and marketing operations for a Nasdaq-listed medical device company.
Humberto Goyen
Strategy & Marketing Director
Expert in strategy and business development at startups, scaleups, and enterprises in over 55 countries. A former consultant with top-tier firms Booz Allen Hamilton and Strategy& (PWC).
David Newman
CEO
David Newman is an experienced entrepreneur with expertise across engineering, international business, and commercial strategy.
John Halinski
Prof. J. Ramsden
Chief Scientist
Prof. J. Ramsden is an expert in nanotechnology and optical fibre sensors, with extensive research experience and over 200 published articles.
Mark Gilmore
COO
Mark Gilmore is an experienced sales and operations leader with over two decades of experience across IT, FTSE 500 companies, venture capital, and private equity.
Steven Strauss
CFO
Tom Benzie
Head of Product Development
Tom Benzie brings nearly 36 years of aerospace engineering experience, specialising in aircraft safety, conditioning systems, and aviation technology development.
Trevor Stanley
Trevor Stanley is a seasoned healthcare executive with extensive pharmaceutical and medical device experience spanning international sales, marketing, operations, and business growth.
Humberto Goyen
Strategy & Marketing Director
Where could you take NanoSense?
We’re looking for organisations with the expertise, environments and ambition to help turn NanoSense technology into mission-specific sensing solutions.