IP Group

Oxford Quantum Circuits specializes in quantum computing technology that aims to address significant global challenges, such as climate change and drug discovery. The company has developed a fully functional quantum computer that integrates control systems, hardware, and software, enabling customers to streamline operations and explore innovative solutions. Their unique superconducting circuits are designed to maintain high qubit quality and control, which is essential for achieving commercially viable processing power. By leveraging this advanced technology, Oxford Quantum Circuits supports a range of applications, from pioneering new battery technologies to facilitating life-changing discoveries in medicine.

Intrinsic Semiconductor Technologies focuses on developing silicon-oxide-based resistive random-access memory (RRAM) technologies. The company specializes in creating memristive devices that serve as next-generation non-volatile memory solutions. Their technology is fully air stable and compatible with complementary metal-oxide-semiconductor (CMOS) processes, allowing for integration into standard devices even at advanced process nodes. This capability enables the production of low-power, cost-effective semiconductors that can operate under higher power ratings, including elevated frequencies and temperatures. Intrinsic's offerings can be configured for various applications, such as multilevel memory, hardware acceleration for machine learning, and neuromorphic computing, positioning the company at the forefront of innovation in the semiconductor industry.

Quantum Motion Technologies is focused on developing universal quantum computers utilizing silicon-based, CMOS-compatible processes. The company aims to address key challenges in quantum computing, such as fault tolerance and qubit redundancy, by creating scalable architectural technologies. By leveraging complementary metal-oxide semiconductor processing, Quantum Motion strives to achieve greater qubit density, enabling the construction of large-scale quantum systems. This approach not only enhances the performance of quantum computers but also assists clients in the quantum technology sector in overcoming significant errors and critical challenges in quantum information processing.

GripAble Ltd. designs and develops digital therapy devices aimed at improving rehabilitation for individuals with movement impairments such as stroke, arthritis, cerebral palsy, and trauma. Founded in 2017 and based in London, the company offers a portable, wireless handgrip device that connects to a mobile application. This application allows users to engage with therapy games while providing assessment and training for hand and arm functions. GripAble's innovative approach focuses on making therapy more accessible and engaging for patients, enabling them to practice essential daily tasks in a fun and motivating way. By combining hardware and software, GripAble addresses the needs of over 500 million people worldwide who face challenges with arm mobility, facilitating self-training both in clinical settings and at home.

Ultraleap Limited is a leading developer of mid-air haptic control systems and 3D hand tracking technology. Formerly known as Ultrahaptics, the company specializes in creating solutions that utilize ultrasound to generate tactile sensations, enabling users to feel three-dimensional shapes and textures without physical contact. Its flagship products include the Leap Motion Controller, which captures hand movements, and the VR Developer Mount, designed for enhancing virtual reality experiences on various headsets. The company's innovative technology is applicable across multiple industries such as extended reality, automotive, digital signage, industrial automation, consumer electronics, and location-based entertainment. Established in 2013 and headquartered in Bristol, United Kingdom, Ultraleap also has a subsidiary in Silicon Valley, United States.

Intrinsic Semiconductor Technologies focuses on developing silicon-oxide-based resistive random-access memory (RRAM) technologies. The company specializes in creating memristive devices that serve as next-generation non-volatile memory solutions. Their technology is fully air stable and compatible with complementary metal-oxide-semiconductor (CMOS) processes, allowing for integration into standard devices even at advanced process nodes. This capability enables the production of low-power, cost-effective semiconductors that can operate under higher power ratings, including elevated frequencies and temperatures. Intrinsic's offerings can be configured for various applications, such as multilevel memory, hardware acceleration for machine learning, and neuromorphic computing, positioning the company at the forefront of innovation in the semiconductor industry.

Oxford Ionics is a quantum computing startup focused on advancing the development of reliable quantum computers through its innovative use of trapped-ion technology. By combining high-performance qubits with noiseless electronic qubit control, the company offers solutions that allow for precise manipulation of qubits with minimal noise. This technology supports the creation of scalable quantum chips using standard semiconductor fabrication methods, which enhances efficiency and facilitates significant progress in the quantum computing market. Clients benefit from improved computational capabilities, enabling them to tackle complex problem-solving tasks more effectively.

Quantum Motion Technologies is focused on developing universal quantum computers utilizing silicon-based, CMOS-compatible processes. The company aims to address key challenges in quantum computing, such as fault tolerance and qubit redundancy, by creating scalable architectural technologies. By leveraging complementary metal-oxide semiconductor processing, Quantum Motion strives to achieve greater qubit density, enabling the construction of large-scale quantum systems. This approach not only enhances the performance of quantum computers but also assists clients in the quantum technology sector in overcoming significant errors and critical challenges in quantum information processing.

WaveOptics, Ltd. is a designer and manufacturer of advanced augmented reality display technology, specializing in diffractive waveguides for wearable devices. Founded in 2014 and based in Abingdon-on-Thames, United Kingdom, the company focuses on creating optical components that enhance the augmented reality experience. Their patented technology utilizes waveguide hologram physics and photonic crystals, allowing for lightweight, high field-of-view displays in full RGB color. By employing thin transparent substrates embedded with nanostructures, WaveOptics' devices manipulate light to generate images without the need for bulkier components traditionally used in AR systems. The company has established strategic partnerships with industry leaders such as Compal, Wistron, and Plessey to further its mission in the augmented reality market.

SAM Labs Limited is an education technology company based in London that specializes in providing innovative teaching resources for educators. Founded in 2014, the company offers a range of products, including wireless electronic blocks, buttons, sensors, motors, and sliders, which can be connected and programmed using their SAM Space software application. This platform enables students to visualize and code the blocks in an intuitive manner, fostering an engaging STEAM learning experience. SAM Labs provides curriculum-based lesson plans and hands-on support for educators, making coding and computational skills accessible and interactive. Their offerings include course kits and electronic products available for purchase online, allowing educators to create a dynamic classroom environment where students can design, write, and debug their own programs, while learning essential concepts such as sequencing, selection, and logical reasoning.

WaveOptics, Ltd. is a designer and manufacturer of advanced augmented reality display technology, specializing in diffractive waveguides for wearable devices. Founded in 2014 and based in Abingdon-on-Thames, United Kingdom, the company focuses on creating optical components that enhance the augmented reality experience. Their patented technology utilizes waveguide hologram physics and photonic crystals, allowing for lightweight, high field-of-view displays in full RGB color. By employing thin transparent substrates embedded with nanostructures, WaveOptics' devices manipulate light to generate images without the need for bulkier components traditionally used in AR systems. The company has established strategic partnerships with industry leaders such as Compal, Wistron, and Plessey to further its mission in the augmented reality market.

Ultraleap Limited is a leading developer of mid-air haptic control systems and 3D hand tracking technology. Formerly known as Ultrahaptics, the company specializes in creating solutions that utilize ultrasound to generate tactile sensations, enabling users to feel three-dimensional shapes and textures without physical contact. Its flagship products include the Leap Motion Controller, which captures hand movements, and the VR Developer Mount, designed for enhancing virtual reality experiences on various headsets. The company's innovative technology is applicable across multiple industries such as extended reality, automotive, digital signage, industrial automation, consumer electronics, and location-based entertainment. Established in 2013 and headquartered in Bristol, United Kingdom, Ultraleap also has a subsidiary in Silicon Valley, United States.

Quantum Motion Technologies is focused on developing universal quantum computers utilizing silicon-based, CMOS-compatible processes. The company aims to address key challenges in quantum computing, such as fault tolerance and qubit redundancy, by creating scalable architectural technologies. By leveraging complementary metal-oxide semiconductor processing, Quantum Motion strives to achieve greater qubit density, enabling the construction of large-scale quantum systems. This approach not only enhances the performance of quantum computers but also assists clients in the quantum technology sector in overcoming significant errors and critical challenges in quantum information processing.

Ultraleap Limited is a leading developer of mid-air haptic control systems and 3D hand tracking technology. Formerly known as Ultrahaptics, the company specializes in creating solutions that utilize ultrasound to generate tactile sensations, enabling users to feel three-dimensional shapes and textures without physical contact. Its flagship products include the Leap Motion Controller, which captures hand movements, and the VR Developer Mount, designed for enhancing virtual reality experiences on various headsets. The company's innovative technology is applicable across multiple industries such as extended reality, automotive, digital signage, industrial automation, consumer electronics, and location-based entertainment. Established in 2013 and headquartered in Bristol, United Kingdom, Ultraleap also has a subsidiary in Silicon Valley, United States.

Uniphy is a technology company specializing in the development of innovative optical and hybrid touchscreen solutions. The company focuses on creating free-form touchscreen interfaces that enhance systems automation by offering precise touch detection and integrating mechanical dials and control knobs. Uniphy's technology utilizes a unique light-scattering dopant, allowing original equipment manufacturers to design versatile smart surfaces with extensive human-machine interface capabilities. The company's commitment to continuous innovation in hardware, software, and materials engineering results in products that are not only aesthetically pleasing and robust but also environmentally sustainable and cost-effective. Uniphy's patented approach to smart surfaces distinguishes it from competitors and addresses the limitations of both established and emerging technologies in the touchscreen market.

Ultraleap Limited is a leading developer of mid-air haptic control systems and 3D hand tracking technology. Formerly known as Ultrahaptics, the company specializes in creating solutions that utilize ultrasound to generate tactile sensations, enabling users to feel three-dimensional shapes and textures without physical contact. Its flagship products include the Leap Motion Controller, which captures hand movements, and the VR Developer Mount, designed for enhancing virtual reality experiences on various headsets. The company's innovative technology is applicable across multiple industries such as extended reality, automotive, digital signage, industrial automation, consumer electronics, and location-based entertainment. Established in 2013 and headquartered in Bristol, United Kingdom, Ultraleap also has a subsidiary in Silicon Valley, United States.

Ultraleap Limited is a leading developer of mid-air haptic control systems and 3D hand tracking technology. Formerly known as Ultrahaptics, the company specializes in creating solutions that utilize ultrasound to generate tactile sensations, enabling users to feel three-dimensional shapes and textures without physical contact. Its flagship products include the Leap Motion Controller, which captures hand movements, and the VR Developer Mount, designed for enhancing virtual reality experiences on various headsets. The company's innovative technology is applicable across multiple industries such as extended reality, automotive, digital signage, industrial automation, consumer electronics, and location-based entertainment. Established in 2013 and headquartered in Bristol, United Kingdom, Ultraleap also has a subsidiary in Silicon Valley, United States.

PowerON Ltd. specializes in the development and manufacturing of devices utilizing dielectric elastomer (DE) switch technology. Founded in 2019 and headquartered in Auckland, New Zealand, with an additional facility in Dresden, Germany, the company produces a range of electromechanical and semiconductor products, including customizable switches, actuators, signal processors, sensors, and logic devices. PowerON's innovative components are designed for applications in soft robotics, human-machine interfaces, and automation, offering advantages in size, weight, and durability under harsh environmental conditions. Their technology allows for the creation of multifunctional sensors and actuators that replace complex and heavy electromagnetic systems with more efficient single-component solutions.