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Output Sports, based in Dublin, Ireland, develops and markets wearable sensors for athlete performance optimization. It provides an end-to-end solution that uses signal processing and machine learning to assess multiple components of athletic performance and monitor training programs with a single wearable sensor. The company offers an off-field performance measuring tool that evaluates an athlete's readiness to train, provides training biofeedback, and supports injury management, enabling sports practitioners to optimize performance with portability, practicality, and accuracy.

Cambridge Mechatronics is a high-technology design and engineering company based in Cambridge, United Kingdom. It specializes in developing mechatronic platform technology from concept to mass production, offering actuators made from shape memory alloy for applications requiring compact, high-precision motion. Its products include OIS actuators for smartphone cameras, autofocus actuators for high-resolution cameras, and digital sound projectors that steer sound beams for immersive listening. The company also develops Dynasonix 3D audio products. Cambridge Mechatronics pursues technology licensing and partnerships with global manufacturers to bring its innovations to market, supported by an extensive portfolio of granted patents. By integrating smart materials, miniature motors, and advanced control, it enables customers to achieve precise actuation in small form factors. The firm focuses on delivering reliable, high-performance mechatronic solutions across mobile, consumer electronics, and related sectors.

Ubotica develops artificial intelligence-enabled satellite systems that analyze images onboard in real-time, autonomously adjust tasks based on insights, and deliver outputs directly to users.

Syntiant designs neuromorphic semiconductors to enable artificial intelligence and machine learning at the edge. It develops ultra-low-power, high-performance neural network processors for always-on applications in battery-powered devices such as hearing aids, earbuds, smartphones, smart speakers and laptops, enabling on-device AI for sensor, voice, and video processing.

Founded in 2008, Ambisense designs and manufactures field-deployable, solar-powered autonomous monitoring systems for remote environmental parameter tracking. Their IoT-based solutions collect data periodically, analyze it in the cloud, and enable real-time alerts or downstream processes for gas emissions management across various industries like landfills, oil & gas sites, water treatment facilities, and biogas plants.

Axign is a fabless chip supplier that specializes in developing advanced integrated circuits for the audio market, catering to both consumer and professional audio applications. The company's flagship product is an innovative audio controller chip that offers high performance while maintaining a low bill of materials, making it an attractive option for audio system manufacturers. This chip is particularly well-suited for active speaker systems in streaming audio devices, enhancing audio quality across various formats. Additionally, Axign provides modular and programmable circuits that incorporate analog and mixed-signal technology, allowing for improvements in audio amplifier systems. These solutions are designed to elevate sound quality in mid-range and lower-end systems, soundbars, smart speakers, and multi-channel AV receivers, thereby enabling audio system designers to achieve superior sound quality in a wide range of audio setups.

Spectricity is a fabless semiconductor company that specializes in developing spectral sensing solutions tailored for high-volume mobile and consumer devices. Utilizing low-cost CMOS technologies, the company creates patented spectral sensing technology that enhances existing camera sensors by integrating data from various image and 3D sensors. This integration allows for augmented real-time data processing, improved user-environment interaction, and sophisticated big data analysis. Spectricity's product offerings include miniaturized and integrated spectral sensing devices designed for applications in precision agriculture, food analysis, health, and mobile technology, all while maintaining a focus on affordability and efficiency.

Syntiant designs neuromorphic semiconductors to enable artificial intelligence and machine learning at the edge. It develops ultra-low-power, high-performance neural network processors for always-on applications in battery-powered devices such as hearing aids, earbuds, smartphones, smart speakers and laptops, enabling on-device AI for sensor, voice, and video processing.

Founded in 2008, Ambisense designs and manufactures field-deployable, solar-powered autonomous monitoring systems for remote environmental parameter tracking. Their IoT-based solutions collect data periodically, analyze it in the cloud, and enable real-time alerts or downstream processes for gas emissions management across various industries like landfills, oil & gas sites, water treatment facilities, and biogas plants.

Founded in 2008, Ambisense designs and manufactures field-deployable, solar-powered autonomous monitoring systems for remote environmental parameter tracking. Their IoT-based solutions collect data periodically, analyze it in the cloud, and enable real-time alerts or downstream processes for gas emissions management across various industries like landfills, oil & gas sites, water treatment facilities, and biogas plants.

Founded in 2012, HiLight Semiconductor is a fabless chip company specializing in the design and supply of analogue and mixed-signal CMOS ICs for high-speed fiber-optic communications and networking applications. Its product portfolio includes CMOS transimpedance amplifiers, LASER and VCSEL drivers, transceiver ICs with embedded micro-controller and non-volatile memory, and multi-channel chipsets for low power TIAs, CDRs, and VCSEL drivers.

Chirp Microsystems, Inc. is a company specializing in the design, development, and manufacturing of low power ultrasonic three-dimensional sensing solutions. Founded in 2013 and headquartered in Berkeley, California, the company focuses on applications in consumer electronics, smart homes, and industrial automation. Chirp's systems deliver millimeter-accurate range information, utilizing machine learning and neural network algorithms to outperform traditional infrared-based alternatives in various real-world scenarios. Their innovative technology enables always-on sensing capabilities for smart home devices, even when operating on battery power, thus enhancing functionality and user experience across their target markets.

Founded in 2012, HiLight Semiconductor is a fabless chip company specializing in the design and supply of analogue and mixed-signal CMOS ICs for high-speed fiber-optic communications and networking applications. Its product portfolio includes CMOS transimpedance amplifiers, LASER and VCSEL drivers, transceiver ICs with embedded micro-controller and non-volatile memory, and multi-channel chipsets for low power TIAs, CDRs, and VCSEL drivers.

Founded in Luxembourg in 2005, SeeReal Technologies specializes in developing and licensing intellectual property rights for holographic head-mounted displays. Their platform offers high-resolution displays, wide field of view, and low latency, enabling enterprise customers to enhance training, collaboration, and data visualization.

Founded in 2012, HiLight Semiconductor is a fabless chip company specializing in the design and supply of analogue and mixed-signal CMOS ICs for high-speed fiber-optic communications and networking applications. Its product portfolio includes CMOS transimpedance amplifiers, LASER and VCSEL drivers, transceiver ICs with embedded micro-controller and non-volatile memory, and multi-channel chipsets for low power TIAs, CDRs, and VCSEL drivers.

Movidius is a company specializing in designing compact, high-performance, low-power computational imaging and vision processing chips, along with software and development tools. Its products enable intelligent experiences in mobile devices, wearables, and other camera applications.

Movidius is a company specializing in designing compact, high-performance, low-power computational imaging and vision processing chips, along with software and development tools. Its products enable intelligent experiences in mobile devices, wearables, and other camera applications.

Ozmo Devices specializes in developing Wi-Fi compatible communication technologies that facilitate wireless personal area network (WPAN) connectivity for battery-operated devices. The company's innovations focus on providing low-power, highly integrated solutions suitable for various applications, including laptops, mobile phones, and consumer electronic devices. By enabling efficient connectivity with a small form factor and extended battery life, Ozmo Devices delivers a cost-effective wireless networking option that enhances the functionality of peripheral devices.

Biosensia Ltd. is a Dublin-based company specializing in point-of-care in-vitro diagnostics. It has developed RapiPlex, an innovative diagnostic system designed to deliver both quantitative and qualitative laboratory test results. This system features a disposable assay cartridge and a compact tabletop instrument, allowing for the transition of complex immunoassays from centralized laboratories to doctors' offices or patients' bedsides. RapiPlex facilitates near-patient care by providing rapid and practical testing solutions across various applications, including theranostic identification and monitoring, as well as veterinary and food safety testing. The platform is compatible with multiple biological sample types, such as whole blood, plasma, serum, urine, saliva, and milk. Founded in 2000 and previously known as NanoComms Ltd., Biosensia Ltd. rebranded in 2006 and currently operates as a subsidiary of Kypha Inc.

SiliconBlue Technologies specializes in providing programmable logic solutions for battery-powered consumer electronics. Their flagship product, the iCE65™ mobileFPGA™ device, enables designers to implement unique features swiftly and efficiently in products like smartphones, e-readers, portable media players, and medical devices. By merging the flexibility of FPGAs with the cost-effectiveness and low power consumption of ASICs, SiliconBlue's solutions cater specifically to handheld consumer systems.

Ozmo Devices specializes in developing Wi-Fi compatible communication technologies that facilitate wireless personal area network (WPAN) connectivity for battery-operated devices. The company's innovations focus on providing low-power, highly integrated solutions suitable for various applications, including laptops, mobile phones, and consumer electronic devices. By enabling efficient connectivity with a small form factor and extended battery life, Ozmo Devices delivers a cost-effective wireless networking option that enhances the functionality of peripheral devices.

Biosensia Ltd. is a Dublin-based company specializing in point-of-care in-vitro diagnostics. It has developed RapiPlex, an innovative diagnostic system designed to deliver both quantitative and qualitative laboratory test results. This system features a disposable assay cartridge and a compact tabletop instrument, allowing for the transition of complex immunoassays from centralized laboratories to doctors' offices or patients' bedsides. RapiPlex facilitates near-patient care by providing rapid and practical testing solutions across various applications, including theranostic identification and monitoring, as well as veterinary and food safety testing. The platform is compatible with multiple biological sample types, such as whole blood, plasma, serum, urine, saliva, and milk. Founded in 2000 and previously known as NanoComms Ltd., Biosensia Ltd. rebranded in 2006 and currently operates as a subsidiary of Kypha Inc.