Ultratech Capital Partners

e-Zinc is a company that has pioneered an innovative electrochemical technology for energy storage using zinc metal. This technology enables the conversion of electricity into zinc, which can be stored and used later, providing a cost-effective and flexible solution for long-duration energy storage. The system consists of an electrochemical cell made from recyclable materials, featuring a charging section that absorbs energy and a discharging section where zinc is dissolved to release energy. By facilitating the storage and utilization of electrochemical energy during peak demand periods, e-Zinc aims to support the transition to a fully renewable energy market and contribute to a zero-carbon energy future.

Neurable Inc. is a neurotechnology company based in Cambridge, Massachusetts, established in 2016. The company specializes in developing artificial intelligence software that allows users to control software and devices using their brain activity. By leveraging patented signal processing techniques and a multidisciplinary approach that combines neuroscience, biology, statistics, and machine learning, Neurable creates high-performance brain-computer interfaces. These interfaces enable users to interact with various applications, such as playing games, operating toys, and even driving vehicles, through their brain signals. Neurable's technology is also applicable in virtual and augmented reality environments, offering innovative solutions for enhancing user experience and interaction.

Anthro is a pioneering advanced materials company focused on revolutionizing energy storage for tomorrow's electrified world. They specialize in developing ruggedized battery solutions designed to safely power the future, backed by prominent investors and government grants. Their core innovation lies in patented polymer electrolyte technology, enabling flexible lithium-ion batteries with enhanced capacity and safety, particularly suited for wearable electronics.

Immaterial is a manufacturer and developer of highly porous nanomaterials specifically designed for the storage and separation of gas molecules. The company's super-adsorbent nanomaterials can be integrated into gas tanks to enhance storage capacity while maintaining the same pressure and volume. This innovation significantly reduces the costs associated with the separation, storage, and transportation of gas, presenting a valuable solution for gas companies seeking to optimize their operations.

Lux Semiconductors specializes in the development of crystalline thin-film semiconductors tailored for flexible integrated circuits. The company focuses on addressing limitations in semiconductor chip integration through its innovative system-on-foil platform, which facilitates heterogeneous integration. This patent-pending technology integrates silicon circuitry onto a patterned flexible silicon substrate, allowing for the creation of densely integrated devices. Lux Semiconductors' solutions cater to a diverse range of sectors, including aerospace, defense, clean energy, medical applications, and consumer internet-of-things electronics, providing designers with the capability to fabricate devices that are not only durable but also lightweight and flexible.

Quantum Brilliance develops room-temperature quantum devices based on synthetic diamond, enabling compact, energy-efficient quantum systems suitable for everyday devices and high-performance computing. It designs, fabricates, and manufactures rugged diamond quantum components that operate at room temperature, enabling the mass production of quantum computers and sensors. These devices are intended for edge computing, ubiquitous computing, and integrated applications across consumer electronics and industrial computing environments.

Anthro is a pioneering advanced materials company focused on revolutionizing energy storage for tomorrow's electrified world. They specialize in developing ruggedized battery solutions designed to safely power the future, backed by prominent investors and government grants. Their core innovation lies in patented polymer electrolyte technology, enabling flexible lithium-ion batteries with enhanced capacity and safety, particularly suited for wearable electronics.

Tidal Cyber is a developer of a threat-informed defense platform that assists enterprise organizations in optimizing their cybersecurity defenses, operations, and investments. The company provides validated insights that enhance the ability to defend against significant threats, while also facilitating the assessment, organization, and optimization of security measures. By focusing on the behaviors of adversaries that are most relevant to its clients, Tidal Cyber enables organizations to define, measure, and improve their defense capabilities. This approach helps eliminate redundant mitigations and strengthens the overall security posture of its clients.

Cognitive Space is a company that specializes in developing an artificial intelligence platform aimed at enhancing satellite constellation management. By leveraging machine intelligence, the platform facilitates mission management, collections planning, and communications link coordination for satellite operators. This innovative technology enables organizations to optimize their satellite capacity in response to dynamic market demands, thereby unlocking significant revenue and operational potential. Cognitive Space's solutions contribute to more effective monitoring of Earth, supporting economic, environmental, and national security initiatives within the rapidly evolving space industry.

Quantum Brilliance develops room-temperature quantum devices based on synthetic diamond, enabling compact, energy-efficient quantum systems suitable for everyday devices and high-performance computing. It designs, fabricates, and manufactures rugged diamond quantum components that operate at room temperature, enabling the mass production of quantum computers and sensors. These devices are intended for edge computing, ubiquitous computing, and integrated applications across consumer electronics and industrial computing environments.