IP Group

Intrinsic Semiconductor Technologies specializes in the development of silicon-oxide based resistive random-access memory (RRAM) technologies. The company focuses on creating non-volatile memory solutions that are fully air stable and compatible with complementary metal-oxide-semiconductor (CMOS) processes. Intrinsic's innovative technology can be adapted for various applications, including multilevel memory, hardware acceleration for machine learning, and neuromorphic devices. By utilizing low-power, cost-effective semiconductors and gallium nitride materials, the company enables the integration of its devices into standard CMOS architectures, even at advanced process nodes. This capability allows clients to achieve higher performance under demanding conditions, such as elevated temperatures and frequencies.

Somalytics is a Seattle-based company that specializes in the development and commercialization of innovative miniature sensors for applications such as eye tracking, human-machine interfaces, wearables, and industrial safety. Founded in 2021, the company has created the world's first paper-composite capacitive sensor, which is ultra-thin, energy-efficient, and potentially disposable. These carbon nanotube-based sensors enhance sensitivity and aim to replace traditional cameras and sensors in various devices, thereby improving the overall human experience through advanced technology.

Intrinsic Semiconductor Technologies specializes in the development of silicon-oxide based resistive random-access memory (RRAM) technologies. The company focuses on creating non-volatile memory solutions that are fully air stable and compatible with complementary metal-oxide-semiconductor (CMOS) processes. Intrinsic's innovative technology can be adapted for various applications, including multilevel memory, hardware acceleration for machine learning, and neuromorphic devices. By utilizing low-power, cost-effective semiconductors and gallium nitride materials, the company enables the integration of its devices into standard CMOS architectures, even at advanced process nodes. This capability allows clients to achieve higher performance under demanding conditions, such as elevated temperatures and frequencies.

Instrumems Inc. is a technology company based in Los Altos, California, specializing in the development of innovative nano-wire sensors. Founded in 2016, the company focuses on creating a versatile sensing platform capable of measuring temperature, flow velocity, and humidity. Instrumems' sensors are designed to be faster, more cost-effective, and smaller in size compared to traditional measurement techniques. Their technology is increasingly relevant in various sectors, including aerospace, automotive, and environmental monitoring, facilitating applications such as real-time weather tracking and distributed climate monitoring. The company's multi-sensor solutions leverage high-resolution and high-frequency measurement capabilities, providing clients with industry-leading response times, accuracy, and ultra-low power consumption.

Instrumems Inc. is a technology company based in Los Altos, California, specializing in the development of innovative nano-wire sensors. Founded in 2016, the company focuses on creating a versatile sensing platform capable of measuring temperature, flow velocity, and humidity. Instrumems' sensors are designed to be faster, more cost-effective, and smaller in size compared to traditional measurement techniques. Their technology is increasingly relevant in various sectors, including aerospace, automotive, and environmental monitoring, facilitating applications such as real-time weather tracking and distributed climate monitoring. The company's multi-sensor solutions leverage high-resolution and high-frequency measurement capabilities, providing clients with industry-leading response times, accuracy, and ultra-low power consumption.

DGS is an R&D company that specialises in the synthesis of Graphene. The company uses a unique and scalable 'bottom-up' approach to prepare Graphene that is protected by a patent application. The company was founded by Dr. Karl Coleman (Durham University) who has over 12 years experience working in the field of nanocarbons where he has published extensively.

Surrey NanoSystems Limited is a manufacturer of nanoscale materials, specializing in advanced super-black coatings, most notably Vantablack. This unique coating is applied using vacuum-deposition technology and is designed for a variety of applications, including stray light suppression, sensors, telescopes, and architectural lighting. Vantablack enhances the performance of electro-optical imaging systems in sectors such as space and defense, automotive safety, and luxury goods. The company also provides solutions for calibration sources and aesthetic applications in cinematography and architecture. Founded in 2006 and headquartered in Newhaven, United Kingdom, Surrey NanoSystems was originally known as CEVP Limited before rebranding in December 2006.

DGS is an R&D company that specialises in the synthesis of Graphene. The company uses a unique and scalable 'bottom-up' approach to prepare Graphene that is protected by a patent application. The company was founded by Dr. Karl Coleman (Durham University) who has over 12 years experience working in the field of nanocarbons where he has published extensively.

DGS is an R&D company that specialises in the synthesis of Graphene. The company uses a unique and scalable 'bottom-up' approach to prepare Graphene that is protected by a patent application. The company was founded by Dr. Karl Coleman (Durham University) who has over 12 years experience working in the field of nanocarbons where he has published extensively.

Crysalin Limited is a research and development company based in London, United Kingdom, founded in June 2007. It specializes in crysalin lattice technology, which has been developed from patented research conducted at the Oxford University Laboratory of Molecular Biophysics since 2002. The company's primary focus is on crysalins, a protein-based nanotechnology that significantly enhances protein structure determination, particularly for challenging macromolecular targets such as membrane proteins and flexible soluble proteins. By imposing order on these complex structures, crysalins enable advanced imaging techniques like X-ray and electron microscopy to accurately resolve three-dimensional molecular structures. In addition to protein structure determination, Crysalin's technology holds potential applications in biosensor development and optoelectronics, expanding its impact in the field of molecular research.

Surrey NanoSystems Limited is a manufacturer of nanoscale materials, specializing in advanced super-black coatings, most notably Vantablack. This unique coating is applied using vacuum-deposition technology and is designed for a variety of applications, including stray light suppression, sensors, telescopes, and architectural lighting. Vantablack enhances the performance of electro-optical imaging systems in sectors such as space and defense, automotive safety, and luxury goods. The company also provides solutions for calibration sources and aesthetic applications in cinematography and architecture. Founded in 2006 and headquartered in Newhaven, United Kingdom, Surrey NanoSystems was originally known as CEVP Limited before rebranding in December 2006.

Surrey NanoSystems Limited is a manufacturer of nanoscale materials, specializing in advanced super-black coatings, most notably Vantablack. This unique coating is applied using vacuum-deposition technology and is designed for a variety of applications, including stray light suppression, sensors, telescopes, and architectural lighting. Vantablack enhances the performance of electro-optical imaging systems in sectors such as space and defense, automotive safety, and luxury goods. The company also provides solutions for calibration sources and aesthetic applications in cinematography and architecture. Founded in 2006 and headquartered in Newhaven, United Kingdom, Surrey NanoSystems was originally known as CEVP Limited before rebranding in December 2006.