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Graphibre is an independent, early-stage research and development initiative established to investigate a new approach to vibration isolation for sensors connecting artificial intelligence to the physical world.
The project originated from an interest in the relationship between advanced materials, mechanical behaviour, physical sensing and intelligent control systems.
Its central objective is to investigate whether graphene-enhanced shear-thickening fluids, engineered composite structures and subsequent adaptive-control technologies can provide useful vibration-isolation characteristics for selected industrial applications.
Graphibre is being developed through a staged programme combining invention, intellectual-property protection, experimental engineering, materials research and prospective industrial collaboration.
The project is currently progressing towards laboratory proof-of-concept validation.
Graphibre was founded by Dr P. King-Wilson, whose professional background encompasses technology innovation, patented inventions, enterprise software development, regulatory technology, risk management and international research collaboration.
His academic background includes doctoral research, an MBA and a law degree, complemented by experience in technology consulting, software commercialisation and executive education.
His previous work includes the development of patented technology methods and software systems, together with research publications addressing technology risk, regulatory compliance and complex systems.
Graphibre represents a further application of this multidisciplinary approach, bringing together materials research, experimental engineering, sensing technologies and the potential application of artificial intelligence to physical systems.
The venture is seeking complementary expertise in materials science, mechanical engineering, embedded systems, industrial product development and commercialisation.
The initial Graphibre research programme investigated the potential of advanced carbon-based materials and shear-thickening fluids for managing mechanical vibration.
This led to the development of a proposed isolation architecture combining engineered fluid-based damping arrangements with lightweight composite components.
The research has also considered the potential integration of physical sensing, electronic monitoring and adaptive response mechanisms.
These concepts form the basis of an experimental development programme intended to establish their mechanical behaviour, practical limitations and potential industrial relevance.
The technology remains at an early stage. Its proposed characteristics require measurement and validation before commercial performance claims can be established.
Graphibre’s development programme includes intellectual-property protection for its underlying technical concepts.
Patent applications were filed in the United Kingdom and United States in May 2026, covering complementary aspects of the proposed technology.
The intellectual-property strategy is intended to support continued research, subsequent engineering development and potential commercialisation.
Patent applications do not constitute granted patents, and the scope of any eventual protection remains subject to examination and applicable patent procedures.
Selected technical information is therefore intentionally excluded from public documentation to preserve confidential engineering knowledge and protect future development opportunities.
Further information is available on the Intellectual Property page.
Graphibre has progressed from conceptual development towards the construction of physical experimental assemblies.
The initial programme incorporates a reference configuration and a Graphibre development configuration intended to support comparative vibration measurements.
A subsequent development phase is intended to investigate sensor integration, electronic monitoring and adaptive-control capabilities.
The experimental programme draws upon acquired materials, composite components, measurement sensors, electronic instrumentation and data-acquisition equipment.
Planned investigations include vibration transmissibility, frequency-dependent behaviour, multi-axis response, temperature sensitivity, measurement fidelity and experimental repeatability.
The purpose is to establish evidence of the technology’s actual behaviour, including identifying operating conditions in which the proposed isolation system may not provide an advantage.
Experimental results will be reported progressively as measurements are completed and validated.
Graphibre’s research has identified several prospective application domains in which mechanical vibration may affect sensitive instruments or their supporting structures.
These include UAV and airborne sensing, robotics and autonomous systems, electro-optical and infrared imaging, LiDAR, precision industrial instrumentation, digital twins and Physical AI, and selected spaceborne sensing applications.
These markets differ substantially in their technical requirements, environmental conditions, qualification expectations and commercial characteristics.
Graphibre is therefore pursuing an application-led development strategy in which experimental evidence will help identify the most promising initial opportunities.
The project does not assume that a single isolation configuration will be suitable for every application.
The next stages of Graphibre’s development will focus on experimental validation, performance characterisation, engineering refinement and the assessment of potential manufacturing approaches.
Progression towards industrial applications will require expertise in materials characterisation, precision engineering, component manufacturing, sensor integration and application-specific testing.
Graphibre is interested in establishing relationships with research organisations, technology development centres, industrial manufacturers and prospective commercial partners.
Collaborative development may provide access to specialist facilities, complementary engineering capabilities and the expertise required to progress from experimental prototypes towards manufacturable products.
Graphibre is seeking a committed technical co-founder to participate in the next phase of its development.
The opportunity is intended for an individual with relevant engineering, scientific or technology-commercialisation expertise who is interested in contributing to the development of an early-stage advanced-materials venture.
Areas of particular interest include mechanical engineering, materials science, embedded sensing, experimental testing, manufacturing engineering and industrial product development.
The prospective co-founder would have the opportunity to contribute to technical strategy, experimental validation, research partnerships, funding preparation and the longer-term commercial development of the technology.
Graphibre is particularly interested in establishing a Flemish-based founding partnership capable of engaging with the regional innovation ecosystem, including relevant research institutions, technology accelerators and public innovation programmes.
Any future company structure, founder responsibilities and equity arrangements would be established through mutual agreement.
Graphibre’s planned development pathway encompasses several stages:
The timing and scope of subsequent stages will depend upon experimental results, available resources and potential collaborative development arrangements.
Graphibre is being developed with the objective of translating an original technical concept into an experimentally validated and potentially commercially useful technology.
The project combines an emerging intellectual-property portfolio, a defined experimental programme and a range of prospective industrial applications.
Its next phase offers opportunities for technically capable co-founders, research organisations and industrial partners to participate in the development of a new approach to vibration isolation and physical sensing.
Graphibre welcomes enquiries from individuals and organisations interested in contributing to its technical and commercial development.
Contact: info@graphibre.com