MassVentures

Feon develops new-molecule-based liquid electrolytes for lithium-ion and lithium-metal batteries.

Notch Inc., located in Cambridge, Massachusetts, specializes in developing advanced metamaterial solutions that enhance antenna technology. The company's innovations enable electronically controlled beamforming, which improves communication ranges and performance. Additionally, Notch Inc. incorporates features that bolster cybersecurity, ensuring that their solutions not only optimize connectivity but also protect against potential threats. Through its cutting-edge technology, Notch Inc. aims to address the evolving needs of modern communication systems.

Advanced Silicon Group is a nanotechnology company founded in 2015, focused on commercializing innovative silicon nanotechnology developed by its employees. The company specializes in measuring host cell proteins in biomanufacturing, utilizing its advanced technology to enhance various applications, including photovoltaics, lithium-ion batteries, microfluidics, and micro-electromechanical systems (MEMS). Advanced Silicon Group is also engaged in the development of next-generation biosensors, leveraging silicon to enable multiplexed measurements that allow for the simultaneous detection of multiple protein concentrations. This capability aids clients in improving performance and reducing costs by integrating silicon nanowire arrays into their products.

Feon develops new-molecule-based liquid electrolytes for lithium-ion and lithium-metal batteries.

Active Surfaces, a Massachusetts-based company, specializes in commercializing ultra-thin-film solar technology developed at MIT. Its core business involves creating flexible, lightweight solar panels that can be seamlessly integrated into everyday materials and surfaces, revolutionizing the conventional energy sector. The company's innovative manufacturing approach significantly reduces production costs, making solar power more accessible and affordable. This technology presents a transformational opportunity for semiconductor and electronics manufacturing, driving down costs for both module production and installation. By enabling virtually any surface to generate power, Active Surfaces aims to accelerate the transition to a cleaner, more sustainable future.

Advanced Silicon Group is a nanotechnology company founded in 2015, focused on commercializing innovative silicon nanotechnology developed by its employees. The company specializes in measuring host cell proteins in biomanufacturing, utilizing its advanced technology to enhance various applications, including photovoltaics, lithium-ion batteries, microfluidics, and micro-electromechanical systems (MEMS). Advanced Silicon Group is also engaged in the development of next-generation biosensors, leveraging silicon to enable multiplexed measurements that allow for the simultaneous detection of multiple protein concentrations. This capability aids clients in improving performance and reducing costs by integrating silicon nanowire arrays into their products.

Notch Inc., located in Cambridge, Massachusetts, specializes in developing advanced metamaterial solutions that enhance antenna technology. The company's innovations enable electronically controlled beamforming, which improves communication ranges and performance. Additionally, Notch Inc. incorporates features that bolster cybersecurity, ensuring that their solutions not only optimize connectivity but also protect against potential threats. Through its cutting-edge technology, Notch Inc. aims to address the evolving needs of modern communication systems.

Fourier is a thermal management solutions ranging from high power density electronics to renewable energy to space applications.

Feon develops new-molecule-based liquid electrolytes for lithium-ion and lithium-metal batteries.

Pison Technology, Inc., established in 2016 and headquartered in Boston, Massachusetts, specializes in developing and marketing wearable devices. These devices are designed to capture and filter signals sent to the nervous system, primarily serving individuals with amyotrophic lateral sclerosis (ALS). Pison's innovative, non-invasive electroneurography (ENG) algorithms and sensor array technology aim to optimize cognitive and physiological capabilities through gesture control, with applications in cognitive enhancement, disease diagnosis, management, and improving overall quality of life.

Pison Technology, Inc., established in 2016 and headquartered in Boston, Massachusetts, specializes in developing and marketing wearable devices. These devices are designed to capture and filter signals sent to the nervous system, primarily serving individuals with amyotrophic lateral sclerosis (ALS). Pison's innovative, non-invasive electroneurography (ENG) algorithms and sensor array technology aim to optimize cognitive and physiological capabilities through gesture control, with applications in cognitive enhancement, disease diagnosis, management, and improving overall quality of life.

Pison Technology, Inc., established in 2016 and headquartered in Boston, Massachusetts, specializes in developing and marketing wearable devices. These devices are designed to capture and filter signals sent to the nervous system, primarily serving individuals with amyotrophic lateral sclerosis (ALS). Pison's innovative, non-invasive electroneurography (ENG) algorithms and sensor array technology aim to optimize cognitive and physiological capabilities through gesture control, with applications in cognitive enhancement, disease diagnosis, management, and improving overall quality of life.

Analog Photonics is an electronic company focused on the development of advanced photonics integrated circuits and high-performance silicon products. It specializes in creating LiDAR and optical communications technologies that facilitate high-speed communication. By leveraging a combination of silicon and silicon nitride as core waveguide layers, Analog Photonics produces application-specific integrated circuits tailored for a variety of sectors, including automotive, industrial, and defense. The company aims to provide innovative photonic components that meet the demands of modern technological applications.

Pison Technology, Inc., established in 2016 and headquartered in Boston, Massachusetts, specializes in developing and marketing wearable devices. These devices are designed to capture and filter signals sent to the nervous system, primarily serving individuals with amyotrophic lateral sclerosis (ALS). Pison's innovative, non-invasive electroneurography (ENG) algorithms and sensor array technology aim to optimize cognitive and physiological capabilities through gesture control, with applications in cognitive enhancement, disease diagnosis, management, and improving overall quality of life.

MicroContinuum offers precision micro-and nano-imprinting and patterning using patented roll-to-roll and batch manufacturing technologies. It y serves a range of clients, including Fortune 100 corporations, startups, and government labs, helping test and develop new nanostructured surfaces for the electronics, lighting, solar, energy harvesting, and health industries.

Uniqarta specializes in the development of advanced technologies for the manufacture of flexible electronics, focusing on small, ultra-thin integrated circuits (ICs). The company has developed a proprietary laser-enabled assembly technology that significantly enhances the efficiency of chip placement by replacing traditional pick-and-place methods with a fast, massively parallel approach. This innovative technology allows for the seamless integration of ultra-thin ICs into everyday materials such as paper and plastic, resulting in Smart Materials that eliminate the need for additional RFID labels. By addressing critical integration challenges, Uniqarta empowers electronics manufacturers to create next-generation products that contribute to the evolution of the Internet of Things (IoT).

Metamagnetics specializes in developing radiofrequency (RF) and microwave products designed to enhance the performance of mission-critical radar, communication, and power supply systems. Their offerings include auto-tuning filters, power electronics cores, ferrite circulators and isolators, phase shifters, high-power microwave components, and microwave ferrite filters. These products enable defense and commercial organizations to design and deploy innovative solutions while achieving the required efficiency, performance, size, weight, power, and total cost.

Poly6 Technologies, Inc. is a Boston-based company that specializes in digital manufacturing solutions for the biotechnology, aerospace, and electronics industries. Established in 2016 and emerging from MIT's Langer Lab, Poly6 develops innovative stimuli-responsive materials systems that facilitate the integration of hardware, software, and materials within existing production processes. Utilizing advanced 3D printing technology, the company focuses on creating intelligent materials that enhance engineering design capabilities and improve system efficiency. Poly6's solutions allow for the production of complex components with better tolerance control, significantly reducing costs in established manufacturing sectors by up to 30%. Additionally, the company is committed to environmental sustainability, having developed a novel bioplastic from citrus waste, which aims to mitigate pollution in manufacturing practices.

Metamagnetics specializes in developing radiofrequency (RF) and microwave products designed to enhance the performance of mission-critical radar, communication, and power supply systems. Their offerings include auto-tuning filters, power electronics cores, ferrite circulators and isolators, phase shifters, high-power microwave components, and microwave ferrite filters. These products enable defense and commercial organizations to design and deploy innovative solutions while achieving the required efficiency, performance, size, weight, power, and total cost.

AddiLat is an electronics process technology company specializing in nano-particle printed electronics. It has developed an innovative manufacturing process for touchscreen sensors that offers superior optical performance while being cost-effective. This technology streamlines the production of transparent conducting films by eliminating several processing steps, which helps companies reduce both production costs and development time. By focusing on enhancing manufacturing efficiency, AddiLat positions itself as a key player in the electronics industry, particularly in the sector of touchscreen technology.

Founded in 2010, Persimmon Technologies specializes in developing, manufacturing, and distributing advanced vacuum robotics for various industries including semiconductor, LED, OLED, solar, and flat panel display equipment markets. Headquartered in Wakefield, Massachusetts.

Founded in 2005, Xtalic specializes in developing and manufacturing unique nanostructured metal coatings that offer corrosion resistance, wear resistance, and improved appearance. Its patented electroplating process delivers premium performance across various applications, including decorative and functional metal finishing, electronics, waterproofing, and precious metal reduction. Notably, its products are free of hexavalent chromium, reducing environmental compliance costs and worker safety hazards.

Intrinsix Corp. is a privately held company that specializes in electronics and custom integrated circuit (IC) design engineering solutions. The company serves various industries, including aerospace, automotive, and military sectors. Intrinsix offers a range of services, including metrics-based verification, architectural modeling, silicon realization, and chip drafting. Its expertise encompasses the design of custom digital, analog, and mixed-signal integrated circuits, as well as sensors, system-on-a-chip products, and field-programmable gate array circuits.

SolidEnergy Systems Corp. develops and manufactures rechargeable lithium metal batteries primarily for applications in drones, wearables, smartphones, and electric vehicles. Founded in 2012 and based in Woburn, Massachusetts, the company focuses on producing high-performance lithium metal batteries and supplying essential materials, such as anodes and electrolytes, to major lithium-ion cell manufacturers. These materials can be integrated into existing manufacturing processes, allowing for scalability without significant infrastructure investments. SolidEnergy's pilot-scale production caters to prototype demonstrations and specialized aerospace markets, while its future growth is aimed at mainstream sectors like consumer electronics and electric vehicles. Additionally, the company is involved in developing AI-powered safety algorithms and recycling solutions, positioning itself as an integrated battery manufacturer with a commitment to innovation and sustainability.

Continuum Photonics specializes in the development of optical layer connectivity products designed for managing and switching fiber-based optical networks. The company focuses on providing manufacturers of optical networking equipment with innovative subsystems that facilitate higher bandwidth capabilities and revenue-generating services at reduced costs. Among its key offerings are single-mode and multi-mode optical matrix switches, carrier optical monitor switches, and latching switches. Continuum Photonics is currently advancing a novel photonic switch aimed at addressing various challenges related to the delivery and management of optically-transported bandwidth, highlighting its commitment to enhancing operational efficiency and economic viability in the optical networking industry.

Continuum Photonics specializes in the development of optical layer connectivity products designed for managing and switching fiber-based optical networks. The company focuses on providing manufacturers of optical networking equipment with innovative subsystems that facilitate higher bandwidth capabilities and revenue-generating services at reduced costs. Among its key offerings are single-mode and multi-mode optical matrix switches, carrier optical monitor switches, and latching switches. Continuum Photonics is currently advancing a novel photonic switch aimed at addressing various challenges related to the delivery and management of optically-transported bandwidth, highlighting its commitment to enhancing operational efficiency and economic viability in the optical networking industry.

Global Communication Devices is engaged in the design of fabless RF and mixed-signal ICs (integrated circuits) and RF and mixed-signal.

Continuum Photonics specializes in the development of optical layer connectivity products designed for managing and switching fiber-based optical networks. The company focuses on providing manufacturers of optical networking equipment with innovative subsystems that facilitate higher bandwidth capabilities and revenue-generating services at reduced costs. Among its key offerings are single-mode and multi-mode optical matrix switches, carrier optical monitor switches, and latching switches. Continuum Photonics is currently advancing a novel photonic switch aimed at addressing various challenges related to the delivery and management of optically-transported bandwidth, highlighting its commitment to enhancing operational efficiency and economic viability in the optical networking industry.

Global Communication Devices is engaged in the design of fabless RF and mixed-signal ICs (integrated circuits) and RF and mixed-signal.