EMV Capital

Wanda Health provides remote patient monitoring solutions. They offer services that include chronic disease management, mobile applications, big data analytics, health informatics, mobile health, COVID-19 telehealth, predictive healthcare, and virtual care.

Wanda Health provides remote patient monitoring solutions. They offer services that include chronic disease management, mobile applications, big data analytics, health informatics, mobile health, COVID-19 telehealth, predictive healthcare, and virtual care.

EpiBone, Inc. is a biotechnology company based in Brooklyn, New York, that specializes in developing advanced bone and cartilage reconstruction solutions. Founded in 2013, EpiBone leverages innovative techniques involving patient-specific bone scans and the use of the patient's own stem cells to create autologous-like bone grafts. These grafts are cultivated in custom bioreactors, promoting efficient bone formation and regeneration. EpiBone's lead product, an anatomically precise living 3D bone graft, successfully completed its Phase I/IIa clinical trial in August 2023, while the company is also developing a cartilage repair portfolio that includes an allogeneic osteochondral plug and an injectable cartilage filler. This pioneering work positions EpiBone at the forefront of regenerative medicine, aiming to transform orthopedic repair and improve patient outcomes through a streamlined surgical approach and reduced recovery times.

Sofant Technologies Ltd, established in 2011 and headquartered in Edinburgh, UK, specializes in designing and licensing fabless smart antenna and tunable RF solutions for smartphone and tablet manufacturers. The company's core expertise lies in antenna and RF micro-electro-mechanical systems (MEMS) solutions, offering products such as compact smart antenna solutions, tunable impedance matching modules, and RF MEMS capacitors and phase shifters. Sofant's innovative, low-cost RF MEMS technology aims to address power consumption and heat issues in high-frequency phased array antenna systems, making it a key player in the emerging millimeter-wave market for 5G and SatCom applications.

Martlet Capital is a venture capital investment firm based in Cambridge, United Kingdom, established in 2011. The firm specializes in providing early-stage funding to startups in the deep technology and life sciences sectors, focusing on business-to-business applications. Martlet Capital aims to offer more than just financial support; it seeks to assist entrepreneurs in scaling their companies from initial funding rounds through to successful exits. With a commitment to fostering high growth potential, Martlet Capital is dedicated to nurturing innovative companies that can make significant impacts in their respective industries.

Ventive Ltd. is a London-based company that specializes in the design, development, and installation of heat recovery ventilation systems specifically for homes with chimneys. Founded in 2011, Ventive focuses on innovative passive ventilation solutions that utilize heat recovery technology. These systems are applicable to both existing buildings and new construction projects, providing an efficient means of delivering fresh air while minimizing energy costs. By integrating intelligent building services with the building fabric, Ventive optimizes its ventilation systems to meet the unique needs of occupants. The company's approach not only enhances indoor air quality but also contributes to reducing carbon emissions and alleviating fuel poverty.

Q-Bot Limited, established in 2012 and headquartered in London, UK, specializes in the manufacture of robotic tools designed to move beneath floors, applying insulation to floorboards. This innovative solution aims to improve building energy efficiency while minimizing disruption during installation. The company's robotics platform has broader applications across various industries, supported by a combination of government grants, private investments, and sales revenue. Notable backers include Climate-KIC, The Technology Strategy Board, and The Department for Energy and Climate Change.

DName-iT is a company specializing in genetic analysis, focusing on DNA-based barcode labeling technology and software solutions for next-generation sequencing (NGS) specimen identification. The company's innovative products are designed to minimize sample authentication errors, ensuring reliable and cost-effective testing processes. By providing molecular tools that facilitate the control and automation of various tests in genetic laboratories, DName-iT enhances the efficiency of NGS workflows. This technology enables laboratories to confirm patient identities without the need for additional validation steps, such as SNP fingerprint testing, thereby saving time and reducing costs. Ultimately, DName-iT aims to improve the effectiveness of sample testing in genetic labs.

Vortex Biosciences, Inc., established in 2010 and headquartered in Palo Alto, California, specializes in developing liquid biopsy technology for cancer diagnosis and monitoring. The company integrates cancer biology, microfluidic engineering, and informatics to deliver advanced tools for isolating and characterizing circulating tumor cells (CTCs). Vortex's flagship product is the VTX-1 Liquid Biopsy System, which automates the label-free isolation and collection of viable CTCs directly from whole blood, enabling healthcare institutions and professionals to make informed therapeutic decisions efficiently.

Sofant Technologies Ltd, established in 2011 and headquartered in Edinburgh, UK, specializes in designing and licensing fabless smart antenna and tunable RF solutions for smartphone and tablet manufacturers. The company's core expertise lies in antenna and RF micro-electro-mechanical systems (MEMS) solutions, offering products such as compact smart antenna solutions, tunable impedance matching modules, and RF MEMS capacitors and phase shifters. Sofant's innovative, low-cost RF MEMS technology aims to address power consumption and heat issues in high-frequency phased array antenna systems, making it a key player in the emerging millimeter-wave market for 5G and SatCom applications.

Ventive Ltd. is a London-based company that specializes in the design, development, and installation of heat recovery ventilation systems specifically for homes with chimneys. Founded in 2011, Ventive focuses on innovative passive ventilation solutions that utilize heat recovery technology. These systems are applicable to both existing buildings and new construction projects, providing an efficient means of delivering fresh air while minimizing energy costs. By integrating intelligent building services with the building fabric, Ventive optimizes its ventilation systems to meet the unique needs of occupants. The company's approach not only enhances indoor air quality but also contributes to reducing carbon emissions and alleviating fuel poverty.

Q-Bot Limited, established in 2012 and headquartered in London, UK, specializes in the manufacture of robotic tools designed to move beneath floors, applying insulation to floorboards. This innovative solution aims to improve building energy efficiency while minimizing disruption during installation. The company's robotics platform has broader applications across various industries, supported by a combination of government grants, private investments, and sales revenue. Notable backers include Climate-KIC, The Technology Strategy Board, and The Department for Energy and Climate Change.

Martlet Capital is a venture capital investment firm based in Cambridge, United Kingdom, established in 2011. The firm specializes in providing early-stage funding to startups in the deep technology and life sciences sectors, focusing on business-to-business applications. Martlet Capital aims to offer more than just financial support; it seeks to assist entrepreneurs in scaling their companies from initial funding rounds through to successful exits. With a commitment to fostering high growth potential, Martlet Capital is dedicated to nurturing innovative companies that can make significant impacts in their respective industries.

EpiBone, Inc. is a biotechnology company based in Brooklyn, New York, that specializes in developing advanced bone and cartilage reconstruction solutions. Founded in 2013, EpiBone leverages innovative techniques involving patient-specific bone scans and the use of the patient's own stem cells to create autologous-like bone grafts. These grafts are cultivated in custom bioreactors, promoting efficient bone formation and regeneration. EpiBone's lead product, an anatomically precise living 3D bone graft, successfully completed its Phase I/IIa clinical trial in August 2023, while the company is also developing a cartilage repair portfolio that includes an allogeneic osteochondral plug and an injectable cartilage filler. This pioneering work positions EpiBone at the forefront of regenerative medicine, aiming to transform orthopedic repair and improve patient outcomes through a streamlined surgical approach and reduced recovery times.

PointGrab Ltd. is a technology company based in Hod Hasharon, Israel, specializing in machine learning solutions for optical Internet of Things (IoT) devices aimed at home and building automation. Founded in 2008, PointGrab develops advanced optical sensors that integrate with connected lighting fixtures and other building systems to enhance the management of commercial real estate. Its flagship product, PointSwitch, utilizes machine learning algorithms to provide various functionalities, including occupancy sensing, ambient light sensing, and behavior analytics of occupants. This technology allows organizations to optimize their real estate efficiency while ensuring employee privacy and welfare, positioning PointGrab as a leader in smart building solutions.

SageTech Medical Equipment is a company that specializes in developing innovative anesthetic technologies for both human and veterinary healthcare providers. Founded in 2015 and headquartered in Paignton, United Kingdom, the company has created a patent-pending process that captures, extracts, and purifies inhalational anesthetic agents. This technology aims to reduce both the financial and environmental costs associated with anesthesia, promoting a circular economy for anesthetic gases that were previously considered waste. SageTech's solutions include large-scale systems for industrial applications as well as compact, integrated systems designed for use within anesthetic machines, allowing for efficient recycling of volatile anesthetic emissions to meet strict pharmaceutical standards.

Sofant Technologies Ltd, established in 2011 and headquartered in Edinburgh, UK, specializes in designing and licensing fabless smart antenna and tunable RF solutions for smartphone and tablet manufacturers. The company's core expertise lies in antenna and RF micro-electro-mechanical systems (MEMS) solutions, offering products such as compact smart antenna solutions, tunable impedance matching modules, and RF MEMS capacitors and phase shifters. Sofant's innovative, low-cost RF MEMS technology aims to address power consumption and heat issues in high-frequency phased array antenna systems, making it a key player in the emerging millimeter-wave market for 5G and SatCom applications.

SageTech Medical Equipment is a company that specializes in developing innovative anesthetic technologies for both human and veterinary healthcare providers. Founded in 2015 and headquartered in Paignton, United Kingdom, the company has created a patent-pending process that captures, extracts, and purifies inhalational anesthetic agents. This technology aims to reduce both the financial and environmental costs associated with anesthesia, promoting a circular economy for anesthetic gases that were previously considered waste. SageTech's solutions include large-scale systems for industrial applications as well as compact, integrated systems designed for use within anesthetic machines, allowing for efficient recycling of volatile anesthetic emissions to meet strict pharmaceutical standards.

Sofant Technologies Ltd, established in 2011 and headquartered in Edinburgh, UK, specializes in designing and licensing fabless smart antenna and tunable RF solutions for smartphone and tablet manufacturers. The company's core expertise lies in antenna and RF micro-electro-mechanical systems (MEMS) solutions, offering products such as compact smart antenna solutions, tunable impedance matching modules, and RF MEMS capacitors and phase shifters. Sofant's innovative, low-cost RF MEMS technology aims to address power consumption and heat issues in high-frequency phased array antenna systems, making it a key player in the emerging millimeter-wave market for 5G and SatCom applications.

Sofant Technologies Ltd, established in 2011 and headquartered in Edinburgh, UK, specializes in designing and licensing fabless smart antenna and tunable RF solutions for smartphone and tablet manufacturers. The company's core expertise lies in antenna and RF micro-electro-mechanical systems (MEMS) solutions, offering products such as compact smart antenna solutions, tunable impedance matching modules, and RF MEMS capacitors and phase shifters. Sofant's innovative, low-cost RF MEMS technology aims to address power consumption and heat issues in high-frequency phased array antenna systems, making it a key player in the emerging millimeter-wave market for 5G and SatCom applications.

Q-Bot Limited, established in 2012 and headquartered in London, UK, specializes in the manufacture of robotic tools designed to move beneath floors, applying insulation to floorboards. This innovative solution aims to improve building energy efficiency while minimizing disruption during installation. The company's robotics platform has broader applications across various industries, supported by a combination of government grants, private investments, and sales revenue. Notable backers include Climate-KIC, The Technology Strategy Board, and The Department for Energy and Climate Change.

Vortex Biosciences, Inc., established in 2010 and headquartered in Palo Alto, California, specializes in developing liquid biopsy technology for cancer diagnosis and monitoring. The company integrates cancer biology, microfluidic engineering, and informatics to deliver advanced tools for isolating and characterizing circulating tumor cells (CTCs). Vortex's flagship product is the VTX-1 Liquid Biopsy System, which automates the label-free isolation and collection of viable CTCs directly from whole blood, enabling healthcare institutions and professionals to make informed therapeutic decisions efficiently.

Wanda Health provides remote patient monitoring solutions. They offer services that include chronic disease management, mobile applications, big data analytics, health informatics, mobile health, COVID-19 telehealth, predictive healthcare, and virtual care.

Vortex Biosciences, Inc., established in 2010 and headquartered in Palo Alto, California, specializes in developing liquid biopsy technology for cancer diagnosis and monitoring. The company integrates cancer biology, microfluidic engineering, and informatics to deliver advanced tools for isolating and characterizing circulating tumor cells (CTCs). Vortex's flagship product is the VTX-1 Liquid Biopsy System, which automates the label-free isolation and collection of viable CTCs directly from whole blood, enabling healthcare institutions and professionals to make informed therapeutic decisions efficiently.

Wanda Health provides remote patient monitoring solutions. They offer services that include chronic disease management, mobile applications, big data analytics, health informatics, mobile health, COVID-19 telehealth, predictive healthcare, and virtual care.

Insight Photonics specializes in the development of innovative all-semiconductor swept lasers, primarily aimed at enhancing applications in medical imaging and industrial monitoring. The company has created a groundbreaking platform technology that significantly improves performance in various sectors, including resource efficiency and autonomous vehicle safety. Unlike traditional laser imaging methods that rely on Time-Of-Flight measurement and suffer from limitations such as low speed and durability, Insight's akinetic swept laser technology utilizes Optical Coherence Technology (OCT). This design allows for imaging that is faster, higher in resolution, and more sensitive than current alternatives. The absence of moving parts leads to increased reliability and durability while enabling quicker response times and versatility in software-controlled applications. Ultimately, Insight Photonics is committed to advancing laser technology to deliver substantial improvements in efficiency and safety across diverse industries.

SageTech Medical Equipment is a company that specializes in developing innovative anesthetic technologies for both human and veterinary healthcare providers. Founded in 2015 and headquartered in Paignton, United Kingdom, the company has created a patent-pending process that captures, extracts, and purifies inhalational anesthetic agents. This technology aims to reduce both the financial and environmental costs associated with anesthesia, promoting a circular economy for anesthetic gases that were previously considered waste. SageTech's solutions include large-scale systems for industrial applications as well as compact, integrated systems designed for use within anesthetic machines, allowing for efficient recycling of volatile anesthetic emissions to meet strict pharmaceutical standards.

Nanotech Industrial Solutions (NIS) specializes in the production of oil additives, metalworking fluids, industrial oils, and greases. The company utilizes patented technology to create spherical nanoparticles that enhance the performance of these products. NIS's additives significantly improve friction and wear properties while increasing the extreme pressure capacity, which leads to greater resource efficiency for heavy machinery, power plants, and industrial applications. By optimizing lubricants and formulations, NIS helps automotive businesses reduce downtime and improve operational efficiency, making a notable impact in the field of industrial lubrication solutions.

PointGrab Ltd. is a technology company based in Hod Hasharon, Israel, specializing in machine learning solutions for optical Internet of Things (IoT) devices aimed at home and building automation. Founded in 2008, PointGrab develops advanced optical sensors that integrate with connected lighting fixtures and other building systems to enhance the management of commercial real estate. Its flagship product, PointSwitch, utilizes machine learning algorithms to provide various functionalities, including occupancy sensing, ambient light sensing, and behavior analytics of occupants. This technology allows organizations to optimize their real estate efficiency while ensuring employee privacy and welfare, positioning PointGrab as a leader in smart building solutions.

Autorose Ltd is a London-based company established in 2014 that specializes in developing a mobile application aimed at enhancing the relationship between cars, drivers, and mechanics. The application serves as a predictive vehicle maintenance platform, providing users with vital information about their car's health. Key features include car health monitoring, predictive maintenance alerts, fuel economy tracking, remote diagnostics, and engine alerts. By offering these insights, Autorose enables users to anticipate necessary repairs, thereby helping them avoid unexpected maintenance costs and ensuring a safer driving experience.

Recycling Technologies Limited, founded in 2011 and based in Swindon, United Kingdom, specializes in the development and manufacture of advanced recycling systems for mixed plastic waste. The company has created the RT7000, a compact and modular fluidized bed reactor machine that converts residual plastic into Plaxx®, a low-sulphur hydrocarbon feedstock for new plastic production. This innovative technology is designed to be integrated into existing waste processing sites, significantly enhancing recycling capacity and providing a sustainable alternative to landfills and waste incineration. By commercializing its unique plastic recycling techniques, Recycling Technologies aims to transform plastic waste into a valuable resource, promoting a more sustainable circular economy.

Q-Bot Limited, established in 2012 and headquartered in London, UK, specializes in the manufacture of robotic tools designed to move beneath floors, applying insulation to floorboards. This innovative solution aims to improve building energy efficiency while minimizing disruption during installation. The company's robotics platform has broader applications across various industries, supported by a combination of government grants, private investments, and sales revenue. Notable backers include Climate-KIC, The Technology Strategy Board, and The Department for Energy and Climate Change.

Power Drive Efficiency Ltd is a company based in London, United Kingdom, that specializes in the development of energy-efficient equipment for various sectors, including mining, quarrying, production, material handling, transportation, and water management. Established in 2014, the firm designs and manufactures a wide range of products, including smart motors, meters, drives, relays, protection systems, distribution panels, transformers, and PLC/BMS systems. Power Drive Efficiency integrates Internet of Things solutions into its offerings, ensuring compatibility with both new and existing equipment. The company's technology focuses on enhancing the energy efficiency of industrial motors by effectively controlling their power supply, thereby contributing to more sustainable industrial practices.

Rotary EcoMachines Limited specializes in the development and manufacture of rotary piston combustion engines. These engines are designed for a variety of applications, including the automotive industry, pumps, concentrated solar power systems, and unmanned aerial vehicles. The company's innovative approach results in lightweight and efficient engines that eliminate reciprocating parts, thereby reducing mechanical complexity. The large rotating mass of the crankcase and cylinders functions as a flywheel, enhancing airflow for cooling and integrating seamlessly with hybrid electric motors. This design enables users to benefit from engines that offer low fuel consumption while maintaining high performance.