The National Science Foundation (NSF) is an independent federal agency established in 1950 and based in Alexandria, Virginia. It is dedicated to supporting research and education in science and engineering across a wide range of disciplines. The NSF provides significant non-dilutive funding, up to $1.5 million, to startups and small businesses through its America's Seed Fund initiative, which is part of the Small Business Innovation Research (SBIR) program mandated by Congress. With an operating budget of approximately $7.8 billion, the NSF is committed to advancing fundamental research and education, thus fostering innovation and technological development in the United States.
Lilu Inc. is a women’s health company based in New York, specializing in innovative solutions for new mothers. Founded in 2016, the company develops tech-enabled devices aimed at improving the breastfeeding experience. Its flagship product, the Lilu massage bra, is an FDA Class device that employs patented pneumatic massage technology to mimic natural breastfeeding motions, thereby increasing milk output and reducing discomfort associated with traditional breast pumps. Lilu's products, including the massage bra and pumping cover, are sold online and have received positive feedback from customers, who appreciate their effectiveness and user-friendly design. By addressing common challenges faced by breastfeeding mothers, Lilu seeks to empower women while promoting a more manageable breastfeeding journey.
Dynamac Microwave
Grant in 2022
Dynamac Microwave is a manufacturer based in Addison, Illinois, specializing in electronic components. The company offers a range of products, including electronic countermeasures, reaction capability equipment, filters and networks, switches, semiconductor devices, and amplifiers. With a focus on developing advanced technology, Dynamac Microwave supports various industries by providing essential hardware that enhances electronic functionality and performance.
Xogo
Grant in 2022
Xogo is a hardware and software platform aimed at empowering individuals, particularly those with disabilities, to effectively engage with technology. It provides a versatile solution by enabling connections between a wide variety of devices, including standard USB, Bluetooth, WiFi, and 3.5mm jack inputs. This compatibility allows users to integrate and control diverse technologies, such as cable boxes, smart home devices, and video game consoles, according to their specific needs and preferences. By addressing issues of device incompatibility and usability, Xogo helps users to maximize the functionality of their technology, fostering a more inclusive and user-friendly experience.
2KR Systems
Grant in 2022
2KR Systems is a manufacturer of wireless sensors and electromechanical equipment that serves various markets, including consumer, commercial, industrial, municipal, and military sectors. The company specializes in developing low-cost, durable wireless sensors that monitor environmental-driven loads such as snow, wind, and flooding on roofs, as well as vibrations that may indicate potential structural damage. By providing these solutions, 2KR Systems aims to enhance safety, protect property from damage, and promote the preservation of natural resources, all while offering cost-saving benefits to its customers.
Liv Labs
Grant in 2022
Liv Labs is a consumer health technology company focused on enhancing pelvic floor fitness for women globally. The company offers an affordable pelvic floor fitness kit designed to help manage urinary leakage during various physical activities. By providing convenient solutions, Liv Labs aims to empower women to control urinary leaks and restore natural continence, promoting overall health and well-being.
Zinn Labs
Grant in 2021
Zinn Labs is an electronic manufacturing service-based company. They make automatically refocusing reading glasses for those tired of reading glasses, bifocals, or progressives.
Yank Technologies
Grant in 2021
Yank Technologies specializes in developing long-range, high-power wireless charging technology tailored for the automotive industry and home use. The company utilizes proprietary antenna and amplifier innovations in magnetic resonance to create scalable charging solutions that work over varying distances. Their technology allows users to charge devices without the need for physical contact, enhancing convenience and flexibility. Additionally, Yank Technologies offers a mobile application that manages the charging experience, enabling users to maintain connectivity regardless of their location or activity.
Global Cooling Technology Group
Grant in 2021
Global Cooling Technology Group specializes in the development, marketing, and sale of innovative cooling applications and technology solutions across mobile, industrial, and consumer goods markets. The company focuses on providing effective thermal management solutions, catering to the unique needs of its clients by offering advanced and cost-effective technologies. Additionally, Global Cooling Technology Group serves as a thermal management consulting firm, aimed at creating breakthrough solutions that enhance the performance of various hardware applications.
Serinus Labs
Grant in 2021
Serinus Labs, Inc. is a manufacturer of nano-scale silicon gas sensors, established in 2017 and located in Berkeley, California. The company specializes in developing integrated chip-scale gas sensors tailored for various industries, including health and safety, automotive, consumer electronics, and healthcare. Serinus Labs offers custom solutions for both established and emerging gas sensor markets, focusing on applications such as Li-ion battery state-of-health monitoring. Their ultra-low-power trace gas sensors contribute to enhancing battery intelligence, particularly in electric vehicles, addressing critical needs in strategic markets.
NeuroTechR3
Grant in 2021
NeuroTechR3 is a biomedical device and digital health start-up that focuses on developing affordable rehabilitation technologies to enhance upper extremity function for individuals affected by brain injuries, including stroke and cerebral palsy. The company's flagship innovation, R3THATM, leverages machine learning and cloud technology to enable personalized telerehabilitation through engaging exergames designed to foster neuroplasticity. This system includes features such as motion tracking, analytics, and real-time biofeedback, which help clinicians provide high-quality, efficient care while improving patient recovery outcomes. Founded in 2020 by a team of four women, NeuroTechR3 emerged from the New Jersey Institute of Technology and Rutgers University, and operates from locations in Newark, NJ, and Philadelphia, PA. The company's expertise lies in biomedical engineering and computer science, positioning it to address the needs of the rehabilitation industry effectively. By advancing rehabilitation devices and machine learning-driven technologies, NeuroTechR3 aims to transform healthcare and make rehabilitation more accessible and sustainable for individuals with various impairments.
Amorphyx
Grant in 2021
Amorphyx is an electrical and electronic manufacturing company that specializes in the development of thin-film electronic devices and quantum tunneling electronics. The company employs a fabless research and development model, focusing on licensing its innovative technology to leading manufacturers of consumer electronics displays. Amorphyx's solutions offer alternatives that are not only cost-effective but also enhance mobility, enabling improvements in power conservation, refresh management, and a reduction in mask counts during production. By utilizing amorphous metal electrodes, Amorphyx achieves uniform electric field control and eliminates the need for semiconductors, thereby streamlining the manufacturing process and enhancing switching speeds. This positions Amorphyx as a key player in addressing challenges related to flat panel displays, sensors, and the Internet of Things.
Margik
Grant in 2021
Margik is a manufacturer of organic electronic devices that specializes in the research and development of sustainable lighting technology. The company focuses on creating thin, customizable printed lighting solutions, including fully recyclable organic light stickers and business cards. These innovative products not only enhance brand visibility but also offer elevated thermal, chemical, and electronic stability. By providing environmentally friendly options, Margik aims to help clients reduce greenhouse gas emissions associated with consumer use, contributing to a more sustainable future in the consumer electronics industry.
NeuroTechR3
Grant in 2021
NeuroTechR3 is a biomedical device and digital health start-up that focuses on developing affordable rehabilitation technologies to enhance upper extremity function for individuals affected by brain injuries, including stroke and cerebral palsy. The company's flagship innovation, R3THATM, leverages machine learning and cloud technology to enable personalized telerehabilitation through engaging exergames designed to foster neuroplasticity. This system includes features such as motion tracking, analytics, and real-time biofeedback, which help clinicians provide high-quality, efficient care while improving patient recovery outcomes. Founded in 2020 by a team of four women, NeuroTechR3 emerged from the New Jersey Institute of Technology and Rutgers University, and operates from locations in Newark, NJ, and Philadelphia, PA. The company's expertise lies in biomedical engineering and computer science, positioning it to address the needs of the rehabilitation industry effectively. By advancing rehabilitation devices and machine learning-driven technologies, NeuroTechR3 aims to transform healthcare and make rehabilitation more accessible and sustainable for individuals with various impairments.
Lilu
Grant in 2021
Lilu Inc. is a women’s health company based in New York, specializing in innovative solutions for new mothers. Founded in 2016, the company develops tech-enabled devices aimed at improving the breastfeeding experience. Its flagship product, the Lilu massage bra, is an FDA Class device that employs patented pneumatic massage technology to mimic natural breastfeeding motions, thereby increasing milk output and reducing discomfort associated with traditional breast pumps. Lilu's products, including the massage bra and pumping cover, are sold online and have received positive feedback from customers, who appreciate their effectiveness and user-friendly design. By addressing common challenges faced by breastfeeding mothers, Lilu seeks to empower women while promoting a more manageable breastfeeding journey.
Fathhome
Grant in 2021
Fathhome is a company based in Oakland, California, that specializes in the development of a sanitizing device designed for the dry sanitization of various household items. Founded in 2015, Fathhome's innovative device employs air pressure and ionization technology to effectively sanitize items such as packages, clothes, shoes, helmets, personal protective equipment, and electronic devices like phones and computers. This approach allows users to eliminate harmful viruses and bacteria without the need for water, detergents, or chemicals, providing a convenient and effective solution for maintaining cleanliness in everyday life.
Sinovia
Grant in 2020
Sinovia Technologies, founded in 2011 and based in San Francisco, specializes in the manufacture of transparent electrodes and flexible printed organic light-emitting diode (OLED) displays. The company employs advanced roll-to-roll printing processes, similar to those used in label and packaging production, to create cost-competitive OLED displays for a variety of applications, including touch screens for mobile devices and IoT indicators. Sinovia's products are noted for being thinner, brighter, and more energy-efficient than traditional LED and LCD displays, allowing for innovative design possibilities such as integration on curved surfaces. The company focuses on delivering high-quality, durable electronics that meet the evolving needs of hardware designers.
Zinn Labs
Grant in 2020
Zinn Labs is an electronic manufacturing service-based company. They make automatically refocusing reading glasses for those tired of reading glasses, bifocals, or progressives.
Ateios
Grant in 2020
Ateios Inc. develops advanced technology for manufacturing ultra-thin and customizable batteries suitable for various applications in electronics. Based in Indianapolis, Indiana, the company was founded in 2018 and focuses on creating zinc-oxide batteries that offer 2-5 times higher energy density compared to traditional coin cells. This innovative manufacturing process enables the production of flexible batteries that can be tailored to fit specific product requirements. Ateios' technology is particularly applicable to smart textiles, soft robotics, Internet-of-Things (IoT) devices, and medical or fitness wearables. By facilitating a new generation of thin and flexible electronics, Ateios aims to enhance the integration of battery technology into diverse electronic devices.
Terecircuits
Grant in 2020
Terecircuits Corporation specializes in the development of materials and processes that facilitate microassembly and mass transfer for displays and advanced electronics. Founded in 2015 and based in Mountain View, California, the company provides a range of advanced polymers, encapsulation materials, and liquid metal interconnects. Its innovations include photo-polymer mass transfer technology specifically designed for MicroLED applications in sectors such as automotive and augmented/virtual reality. Additionally, Terecircuits offers new materials and design frameworks for systems in package manufacturing, targeting the Internet of Things and health technology markets. By serving the display, electronics, and semiconductor industries, Terecircuits enables the creation of low-cost, lightweight, and energy-efficient products, allowing manufacturers to produce IoT devices more efficiently and accurately.
Everix
Grant in 2020
Everix, Inc. is a manufacturer based in Orlando, Florida, specializing in thin optical filters for diverse applications. Founded in 2015, the company produces a range of products including notch filters, bandpass filters, longpass dichroic edge filters, shortpass dichroic edge filters, and customized OEM filters. Everix's innovative manufacturing process results in thin-film interference filters that are significantly lighter and thinner than traditional options, measuring between 0.05 to 0.5 mm in thickness. This allows customers to integrate these filters with glass or plastic materials, providing flexibility or rigidity according to their specific needs.
SGNT
Grant in 2020
SGNT technology significantly reduces the financial loss and brand damage caused by product counterfeiting and tampering. Scanning the patent-pending SGNT packaging seal with our simple smartphone app digitally proves the product authentic and unaltered.
Respondic
Grant in 2019
Respondic is a manufacturer of smart adhesive products, founded in 2019 and located in Champaign, Illinois. The company specializes in producing robust, reusable adhesives designed to meet diverse fastening needs. Respondic's adhesives utilize a unique polymer formulation that enables them to achieve a strong and permanent hold on various surfaces. This versatility allows users to employ these adhesives for a wide range of applications, making them suitable for both industrial and consumer use.
Xogo
Grant in 2019
Xogo is a hardware and software platform aimed at empowering individuals, particularly those with disabilities, to effectively engage with technology. It provides a versatile solution by enabling connections between a wide variety of devices, including standard USB, Bluetooth, WiFi, and 3.5mm jack inputs. This compatibility allows users to integrate and control diverse technologies, such as cable boxes, smart home devices, and video game consoles, according to their specific needs and preferences. By addressing issues of device incompatibility and usability, Xogo helps users to maximize the functionality of their technology, fostering a more inclusive and user-friendly experience.
ActiveMEMS
Grant in 2019
ActiveMEMS is a technology startup focused on commercializing advanced micro-electromechanical systems (MEMS) technologies developed at the University of Michigan. The company leverages proprietary design and manufacturing innovations to provide solutions for wireless sensing applications across various sectors, including industrial monitoring, vehicle instrumentation, smart buildings, and wearable devices. ActiveMEMS is dedicated to creating high-performance micro transducers and energy harvesters, catering to the growing demand for energy-autonomous wireless sensors and Internet of Things (IoT) devices. To achieve this, the company is developing new microfabrication technologies that allow for the wafer-scale integration of high-quality smart materials into microsystems. Their core technology platform not only supports energy harvesting but also extends to applications such as high-resolution ultrasound transceiver arrays for biomedical imaging, as well as micro-speakers, microphones, and haptic-feedback transducers for consumer electronics.
Fluxion Technology
Grant in 2019
Fluxion Technology develops heat-flux sensors to revolutionize the energy and consumer industries. The company was founded in 2018 and is headquartered in Stony Brook, New York.
ThermoBionics
Grant in 2019
ThermoBionics specializes in the production of wearable cooling goods that leverage innovative technology to enhance cooling efficiency while reducing weight. The company's proprietary, patent-pending technology effectively manages the body's thermoregulatory functions, allowing users to minimize sweating and facilitate moisture evaporation, regardless of external temperature and humidity conditions. This advancement provides a practical solution for individuals seeking comfort in varying environmental conditions.
Gigajot Technology
Grant in 2019
Gigajot Technology Inc. is a Pasadena, California-based company founded in 2017 by Dr. Saleh Masoodian and Dr. Jiaju Ma. The company specializes in the development of quanta image sensors (QIS) that utilize high-speed single-photon detection to enhance image capture capabilities for both consumers and professionals. Gigajot Technology offers image processing services across various sectors, including scientific imaging, medical imaging, space imaging, security and defense, low-light photography and videography, computational imaging, automotive sensing, and 3D sensing. By focusing on advanced imaging technologies, Gigajot aims to create innovative solutions that address diverse imaging needs.
Ares Materials
Grant in 2019
Ares Materials, Inc. specializes in the development of flexible electronics for various personal devices and applications. The company offers solutions for electrophoretic displays, wearable displays, rollable electronics, smart packaging, and architectural electronics, among others. Ares Materials employs an innovative chemistry platform and artificial intelligence to create customized substrates and novel optical thiol-based polymers, facilitating the advancement of flexible electronics. Its technology enables the fabrication of thin film transistors and supports the commercialization of next-generation electronic products. Founded in 2014, Ares Materials is headquartered in Dallas, Texas, and is committed to addressing the emerging needs of the display industry through its cutting-edge materials and technologies.
Aligned Carbon
Grant in 2019
Aligned Carbon Inc. is a manufacturer of carbon nanotubes (CNTs) specifically designed for the integrated circuit industry. Founded in 2018 and based in Santa Clara, California, the company is the first to offer semiconductor-pure, aligned CNTs on industry-standard wafers at a manufacturing scale. These CNTs are aligned in arrays that cover full semiconductor substrates and can be purified to serve either semiconducting or metallic functions. Aligned Carbon's technology allows semiconductor foundries to move beyond traditional silicon, leading to significant enhancements in processing speed, energy efficiency, and capabilities in signal processing and sensing. The company's CNTs are also utilized as transistor materials in displays and thin film transistors, providing clients with innovative solutions for advanced computing applications.
Weiss Envirotronics
Grant in 2019
Weiss Envirotronics offers pre-engineered, custom environmental test chambers, and equipment for industries. Weiss Envirotronics offers testing solutions for all industries, whether they are testing extreme temperatures, humidity, altitude, vibration, or a combination of these. Weiss Envirotronics designs and manufactures temperature, humidity, vibration, altitude, thermal shock test chambers, portable shock chambers, burn-in chambers, custom equipment, fluid chillers, air burn-in systems, SAE dust chambers, combustion air units, automotive test systems, drive-in chambers, conditioned rooms, and forced air ovens.
SGNT
Grant in 2019
SGNT technology significantly reduces the financial loss and brand damage caused by product counterfeiting and tampering. Scanning the patent-pending SGNT packaging seal with our simple smartphone app digitally proves the product authentic and unaltered.
Everix
Grant in 2019
Everix, Inc. is a manufacturer based in Orlando, Florida, specializing in thin optical filters for diverse applications. Founded in 2015, the company produces a range of products including notch filters, bandpass filters, longpass dichroic edge filters, shortpass dichroic edge filters, and customized OEM filters. Everix's innovative manufacturing process results in thin-film interference filters that are significantly lighter and thinner than traditional options, measuring between 0.05 to 0.5 mm in thickness. This allows customers to integrate these filters with glass or plastic materials, providing flexibility or rigidity according to their specific needs.
Serinus Labs
Grant in 2019
Serinus Labs, Inc. is a manufacturer of nano-scale silicon gas sensors, established in 2017 and located in Berkeley, California. The company specializes in developing integrated chip-scale gas sensors tailored for various industries, including health and safety, automotive, consumer electronics, and healthcare. Serinus Labs offers custom solutions for both established and emerging gas sensor markets, focusing on applications such as Li-ion battery state-of-health monitoring. Their ultra-low-power trace gas sensors contribute to enhancing battery intelligence, particularly in electric vehicles, addressing critical needs in strategic markets.
Petronics
Grant in 2018
Petronics is a company that specializes in creating robotic pets for cats, with a focus on interactive play and exercise. Founded in 2014 and based in Champaign, Illinois, the company offers Mousr, a robotic toy designed to engage indoor cats in hunting-like activities. Mousr features advanced technology, including 360-degree vision, environmental sensing, and Bluetooth connectivity, which allows it to mimic the movements of prey. This innovative approach not only provides entertainment for cats but also helps address issues like obesity by encouraging active play.
Sinovia
Grant in 2018
Sinovia Technologies, founded in 2011 and based in San Francisco, specializes in the manufacture of transparent electrodes and flexible printed organic light-emitting diode (OLED) displays. The company employs advanced roll-to-roll printing processes, similar to those used in label and packaging production, to create cost-competitive OLED displays for a variety of applications, including touch screens for mobile devices and IoT indicators. Sinovia's products are noted for being thinner, brighter, and more energy-efficient than traditional LED and LCD displays, allowing for innovative design possibilities such as integration on curved surfaces. The company focuses on delivering high-quality, durable electronics that meet the evolving needs of hardware designers.
JoyLabz
Grant in 2018
JoyLabz is a project and development company founded in 2012 and based in Santa Cruz, California, specializing in the design of augmented reality devices. The company focuses on creating innovative products such as do-it-yourself devices, hardware integration tools, and digital learning boxes. These offerings aim to provide users with opportunities to explore and experiment with new system integrations, enhancing their augmented reality experiences while fostering creativity and invention.
Fluency Lighting Technologies
Grant in 2018
Fluency Lighting Technologies, Inc. is based in Santa Barbara, California, and focuses on developing next-generation, energy-efficient lighting solutions utilizing advanced laser technology and materials design. The company aims to overcome the limitations of traditional lighting by creating low-étendue light sources that offer high control over light output while maintaining a compact size. Their products are designed for a variety of applications, including tactical flashlights, automotive and aircraft lighting, projectors and displays, medical device illumination, architectural spotlighting, and downlighting for museums and retail environments. By enabling clients to incorporate these innovative technologies, Fluency Lighting Technologies enhances energy efficiency and supports the development of cutting-edge products in various markets.
Mentium Technologies
Grant in 2017
Mentium Technologies Inc. specializes in the development of artificial intelligence processors tailored for power electronics, including cameras, sensors, microphones, and wearable devices. Founded in 2016 and located in Santa Barbara, California, the company focuses on creating ultra-high efficiency AI chips that enable complex video analytics in edge applications. By leveraging a unique approach centered on non-volatile memory devices, Mentium's technology facilitates analog in-memory computation, ensuring high speed, quality, and reliability for mission-critical AI inference. Their solutions aim to achieve optimal accuracy and performance, making them particularly valuable in applications that demand resilience to temperature and device variations, such as autonomous vehicles and cloud computing.
Gigajot Technology
Grant in 2017
Gigajot Technology Inc. is a Pasadena, California-based company founded in 2017 by Dr. Saleh Masoodian and Dr. Jiaju Ma. The company specializes in the development of quanta image sensors (QIS) that utilize high-speed single-photon detection to enhance image capture capabilities for both consumers and professionals. Gigajot Technology offers image processing services across various sectors, including scientific imaging, medical imaging, space imaging, security and defense, low-light photography and videography, computational imaging, automotive sensing, and 3D sensing. By focusing on advanced imaging technologies, Gigajot aims to create innovative solutions that address diverse imaging needs.
AetherTouch
Grant in 2017
AetherTouch specializes in acoustic wave technology that allows users to control electronic devices without direct contact with screens. The company develops a software development kit that facilitates the integration of its technology into various applications and operating systems. By employing advanced signal processing algorithms, AetherTouch's solution offers precise two-dimensional tracking, making it suitable for smartphones, tablets, computers, and larger consumer electronics. This innovative approach aims to reduce power consumption and address privacy concerns commonly associated with conventional camera-based technologies. Additionally, AetherTouch supports scientists in commercializing their technologies, enhancing the potential for advancements in smart device applications.
OESH Shoes
Grant in 2017
OESH Shoes provides groundbreaking research on the effects of common features of women’s shoes on the body—beyond the foot. Their OESHers wear multiple styles and colours of OESH as their brand of choice to maintain optimal fitness, comfort, and health with specific conditions.
Ares Materials
Grant in 2017
Ares Materials, Inc. specializes in the development of flexible electronics for various personal devices and applications. The company offers solutions for electrophoretic displays, wearable displays, rollable electronics, smart packaging, and architectural electronics, among others. Ares Materials employs an innovative chemistry platform and artificial intelligence to create customized substrates and novel optical thiol-based polymers, facilitating the advancement of flexible electronics. Its technology enables the fabrication of thin film transistors and supports the commercialization of next-generation electronic products. Founded in 2014, Ares Materials is headquartered in Dallas, Texas, and is committed to addressing the emerging needs of the display industry through its cutting-edge materials and technologies.
TangiTek
Grant in 2017
TangiTek develops carbon fiber composites for use in aerospace, electronics, defense, communications, and consumer products. The company was founded in 2011 and is based in Portland, Oregon.
Misapplied Sciences
Grant in 2017
Misapplied Sciences specializes in parallel reality technology that allows multiple viewers to simultaneously experience different content on the same digital display. This innovative approach enables public venues such as airports, stadiums, shopping malls, and resorts to provide personalized information to individual visitors, enhancing their experience. The company's advanced pixel technology can project up to a million light rays of varying colors and brightness, facilitating the targeted delivery of visual media to specific people and locations without complications. This capability positions Misapplied Sciences as a leader in transforming how digital information is shared in public spaces.
Applied Novel Devices
Grant in 2017
Applied Novel Devices, founded in 2008 and based in Austin, Texas, specializes in developing semiconductor device architectures for discrete and integrated power products. The company focuses on innovative exfoliation technology that improves the manufacturability and reliability of thin crystalline power devices. This technology significantly reduces costs while enhancing performance for power devices used in a wide array of applications, including consumer electronics, communications, automotive, and industrial sectors. Additionally, Applied Novel Devices creates tools and technologies for crystalline semiconductor devices, allowing clients to scale device metrics effectively while maintaining favorable cost structures.
Solchroma Technologies
Grant in 2017
Solchroma Technologies, Inc. specializes in manufacturing innovative digital display screens designed for advertising applications. Founded in 2015 and headquartered in Somerville, Massachusetts, the company offers non-LED displays characterized by sunlight reflectivity and print-quality color properties. These displays are particularly suited for outdoor advertising and on-premise signage, providing a low-power alternative to traditional light-emitting technologies. Solchroma's proprietary system utilizes electroactive polymer actuators that function as hydraulic pumps to move colored ink from reservoirs into viewable color filter chambers, allowing for full-color reflective displays. This technology enables compliance with zoning regulations that restrict emissive signage, making it an environmentally friendly option for urban settings.
Tactai
Grant in 2017
Tactai is a company focused on developing the world's first wearable device that allows users to experience touch and feel for virtual objects with remarkable realism. Utilizing its patent-pending Dynamic Tactile Wave™ technology, Tactai creates multi-modal experiences that engage users' senses by integrating touch, sound, and light. The company's high-fidelity haptic device is designed to enhance interaction within virtual reality applications, offering precise life-like touch sensations through advanced hand and finger tracking. Tactai's products are aimed at delivering immersive experiences across various sectors, including gaming, e-commerce, training, film, architecture, and education.
Anticipant Speech
Grant in 2016
Anticipant Speech specializes in designing and implementing spoken dialogue systems that enhance human-computer interaction. The company develops advanced automated conversation and speech processing services that allow users to communicate naturally and efficiently through voice commands. Their technology helps individuals manage tasks seamlessly in various environments, such as homes and vehicles, by enabling real-time understanding, prediction, and response to spoken language. Through these innovations, Anticipant Speech aims to improve everyday living by making interactions with automated systems more intuitive and user-friendly.
JoyLabz
Grant in 2016
JoyLabz is a project and development company founded in 2012 and based in Santa Cruz, California, specializing in the design of augmented reality devices. The company focuses on creating innovative products such as do-it-yourself devices, hardware integration tools, and digital learning boxes. These offerings aim to provide users with opportunities to explore and experiment with new system integrations, enhancing their augmented reality experiences while fostering creativity and invention.
Matrix Sensors
Grant in 2016
Matrix Sensors, Inc. is a California-based company specializing in life science bio-molecule and gas sensing measurement solutions. Established in 2006, it develops advanced multichannel gas and biological sensor systems, utilizing proprietary MEMS-based technology for self-calibration. The company's product line includes smart environmental sensors capable of monitoring carbon dioxide, temperature, and humidity, designed for effortless long-term use. Matrix Sensors' offerings are applicable in various fields, including life sciences research, point-of-care diagnostics, and chemical detection. Furthermore, the company focuses on wireless sensors that facilitate air quality monitoring, enhancing safety and energy efficiency in indoor environments. Their innovative solutions are aimed at improving health, fitness, and disaster prevention for users across multiple sectors.
Guiding Technologies
Grant in 2016
Guiding Technologies Corporation, based in Philadelphia, specializes in developing the GAINS (Guidance, Assessment, and Information System) platform, which focuses on applied behavior analysis (ABA) instruction management. This innovative software serves as a virtual assistant for supervisors and staff, streamlining various teaching programs and enhancing instructional capabilities. GAINS simplifies program selection and data collection, enabling staff to concentrate on student engagement while tracking progress and movement within programs. It eliminates the need for repetitive data entry and provides automated reporting through an intuitive web-based console and mobile interfaces, including a Bluetooth-enabled instructor interface. The platform also supports parental involvement and offers management insights for supervisors, ultimately aiming to improve the efficacy of ABA practices and help individuals with autism reach their full potential. Incorporated in 2013, Guiding Technologies is dedicated to enhancing the performance of organizations involved in behavioral instruction.
AetherTouch
Grant in 2016
AetherTouch specializes in acoustic wave technology that allows users to control electronic devices without direct contact with screens. The company develops a software development kit that facilitates the integration of its technology into various applications and operating systems. By employing advanced signal processing algorithms, AetherTouch's solution offers precise two-dimensional tracking, making it suitable for smartphones, tablets, computers, and larger consumer electronics. This innovative approach aims to reduce power consumption and address privacy concerns commonly associated with conventional camera-based technologies. Additionally, AetherTouch supports scientists in commercializing their technologies, enhancing the potential for advancements in smart device applications.
Digital Dream Labs
Grant in 2016
Digital Dream Labs is an educational technology company based in Pittsburgh, Pennsylvania, founded in 2012. It specializes in creating hands-on learning products designed for children aged 4 to 9, focusing on engaging and interactive experiences. The company's offerings include language- and system-agnostic designs that enable pre-readers to interact seamlessly with both digital environments and various devices, such as educational robots, smart speakers, and drones. By blending play with learning, Digital Dream Labs aims to foster children's interest in education through innovative technology.
Big Delta Systems
Grant in 2016
Big Delta Systems (BDS) is building Li-ion cells that revolutionize the way batteries are engineered, transforming the performance envelope for all batteries regardless of chemistry or form factor. BDS’ novel device architectures improve energy density and power simultaneously, enable safe, rapid charging, and extend the cycle life of the batteries. These performance improvements address the most critical limitations in applications ranging from electric vehicles to smartphones, from power tools to satellites.
OESH Shoes
Grant in 2016
OESH Shoes provides groundbreaking research on the effects of common features of women’s shoes on the body—beyond the foot. Their OESHers wear multiple styles and colours of OESH as their brand of choice to maintain optimal fitness, comfort, and health with specific conditions.
Petronics
Grant in 2016
Petronics is a company that specializes in creating robotic pets for cats, with a focus on interactive play and exercise. Founded in 2014 and based in Champaign, Illinois, the company offers Mousr, a robotic toy designed to engage indoor cats in hunting-like activities. Mousr features advanced technology, including 360-degree vision, environmental sensing, and Bluetooth connectivity, which allows it to mimic the movements of prey. This innovative approach not only provides entertainment for cats but also helps address issues like obesity by encouraging active play.
InnoSys
Grant in 2016
InnoSys manufactures electronic systems and applications. Their products include travelling wave tubes and amplifiers, voltage switching power supplies, millimetre wave power modules, and vacuum electronic devices. They also provide design services.
Arnoldware Applications
Grant in 2015
Arnoldware Applications manufactures touchscreen devices for smartphones and tablets. Their access system provides precise control and interaction with touchscreen devices, allowing users to pursue their digital passions.
Atocera
Grant in 2015
Atocera is a company based in Davis, California, founded in 2014, that specializes in the development of silicon blades for both surgical and shaving applications. The blades are designed with multi-dimensional self-cleaning features and integrated sensors, enhancing their functionality for medical and personal grooming purposes. By focusing on creating inexpensive and disposable blades, Atocera aims to improve user experience and efficiency in these fields.
Misapplied Sciences
Grant in 2015
Misapplied Sciences specializes in parallel reality technology that allows multiple viewers to simultaneously experience different content on the same digital display. This innovative approach enables public venues such as airports, stadiums, shopping malls, and resorts to provide personalized information to individual visitors, enhancing their experience. The company's advanced pixel technology can project up to a million light rays of varying colors and brightness, facilitating the targeted delivery of visual media to specific people and locations without complications. This capability positions Misapplied Sciences as a leader in transforming how digital information is shared in public spaces.
DOTS
Grant in 2015
DOTS Technology Corp, founded in 2013 and located in Natick, Massachusetts, operates a diagnostic platform designed to assist consumers with food allergies. The company is focused on developing a food allergen detection system that allows users to test food on the spot, providing immediate information to enhance decision-making and improve the overall quality of life for individuals affected by food allergies. By advancing point-of-care detection technology, DOTS aims to address the needs of millions of consumers and has applications in both consumer and industrial sectors.
Rithmio
Grant in 2015
Rithmio, Inc. specializes in gesture recognition technology, offering a platform that enables the development of gesture-based products. The company's software integrates with motion-sensing devices, including wearables, smartphones, and connected sports equipment, to learn, track, and analyze user movements in real time. Rithmio's flagship product, Constellation, is designed for next-generation wearables and connected clothing, allowing brands to seamlessly incorporate gesture recognition into their devices. The company has established strategic partnerships with prominent semiconductor and consumer electronics manufacturers, supporting the integration of its technology at various levels, including system on chip and reference design. Founded in 2011 and headquartered in Chicago, Illinois, Rithmio was originally known as Neurogito, Inc. before rebranding in 2014.
Fluency Lighting Technologies
Grant in 2015
Fluency Lighting Technologies, Inc. is based in Santa Barbara, California, and focuses on developing next-generation, energy-efficient lighting solutions utilizing advanced laser technology and materials design. The company aims to overcome the limitations of traditional lighting by creating low-étendue light sources that offer high control over light output while maintaining a compact size. Their products are designed for a variety of applications, including tactical flashlights, automotive and aircraft lighting, projectors and displays, medical device illumination, architectural spotlighting, and downlighting for museums and retail environments. By enabling clients to incorporate these innovative technologies, Fluency Lighting Technologies enhances energy efficiency and supports the development of cutting-edge products in various markets.
Applied Novel Devices
Grant in 2015
Applied Novel Devices, founded in 2008 and based in Austin, Texas, specializes in developing semiconductor device architectures for discrete and integrated power products. The company focuses on innovative exfoliation technology that improves the manufacturability and reliability of thin crystalline power devices. This technology significantly reduces costs while enhancing performance for power devices used in a wide array of applications, including consumer electronics, communications, automotive, and industrial sectors. Additionally, Applied Novel Devices creates tools and technologies for crystalline semiconductor devices, allowing clients to scale device metrics effectively while maintaining favorable cost structures.
Solchroma Technologies
Grant in 2015
Solchroma Technologies, Inc. specializes in manufacturing innovative digital display screens designed for advertising applications. Founded in 2015 and headquartered in Somerville, Massachusetts, the company offers non-LED displays characterized by sunlight reflectivity and print-quality color properties. These displays are particularly suited for outdoor advertising and on-premise signage, providing a low-power alternative to traditional light-emitting technologies. Solchroma's proprietary system utilizes electroactive polymer actuators that function as hydraulic pumps to move colored ink from reservoirs into viewable color filter chambers, allowing for full-color reflective displays. This technology enables compliance with zoning regulations that restrict emissive signage, making it an environmentally friendly option for urban settings.
SynTouch
Grant in 2015
SynTouch Inc., founded in 2008 and based in Montrose, California, specializes in tactile evaluation sensors that enhance machines' ability to perceive touch similarly to humans. The company offers the BioTac Toccare, a biomimetic device that provides advanced tactile awareness and dexterity. Additionally, SynTouch has developed NumaTac sensors, which are designed to improve the functionality of prosthetic hands and assistive robotic arms. Its proprietary Tactile Evaluation Instrument quantifies the tactile qualities of materials and consumer products with precision surpassing that of human experts. This technology aids manufacturers in product design and quality control by providing accurate touch data, enabling the optimization of product feel to meet consumer preferences.
Kent Displays
Grant in 2015
Kent Displays Inc., established in 1993 and headquartered in Kent, Ohio, specializes in the research, development, and manufacturing of no-power liquid crystal displays (LCDs). The company's core product is an inkless, paperless writing tool technology that creates an ink-like image when pressure is applied, using highly reflective and bright tooltips. This technology, requiring no power to maintain, offers a natural writing experience without lag or delay. Kent Displays serves a global customer base, including consumer electronics, mobile accessories, security, healthcare, and education sectors, through its sales representatives in North America, Europe, Asia, Latin America, and Australia. Additionally, the company offers LCD modules, electronic skins, writing tablets, and engineering services for various applications such as smartcards, ePaper, eReaders, industrial and military, medical, and architectural markets.
Electroninks
Grant in 2015
Electroninks Incorporated, founded in 2013 as a university spinout from the University of Illinois at Urbana-Champaign, specializes in developing advanced materials for consumer electronics. The company is composed of materials scientists and formulation specialists focused on creating innovative inks based on small-molecule chemistries. Their unique formulations are particle-free and devoid of binders, allowing for high-resolution printing through digital and roll-to-roll methods. Electroninks' products include metal complex conductive inks, dielectric inks, and resistor inks, which are utilized in semiconductor applications, advanced packaging, displays, and passive electronics. By emphasizing the use of pure metallic films, Electroninks aims to enhance performance, reliability, and cost-effectiveness for their clients, thereby improving the overall manufacturing and ownership experience.
Liquid X
Grant in 2015
Liquid X is a company specializing in the development of innovative metallic inks that enable the printing of functional components for various electronic devices. Their inks, which contain actual metal atoms rather than nanoparticles or metal flakes, offer superior properties such as high conductivity, thin and precise features, and excellent adhesion. This unique formulation allows for low-temperature processing and short production times, making it possible to use a wide range of substrates, including paper, gauze, and flexible plastics. Liquid X collaborates with manufacturers in the electronics industry to create applications such as sensors, heating elements, and smart textiles. The versatility of their inks supports various deposition methods, including inkjet, flexography, and gravure, positioning Liquid X as a key player in the emerging market for advanced electronic materials.
TacSense
Grant in 2015
TacSense, Inc. is a company that specializes in the manufacture of pressure-sensitive ionic materials and structures equipped with electronic sensors. Founded in 2013 and headquartered in Woodland, California, with additional offices in Shenzhen and Beijing, TacSense has developed its proprietary Flexible Iontronic Sensing (FITS) Technology. This technology establishes an ionic-electronic interface that responds to mechanical stimuli, allowing for high-quality, noise-immune pressure and force signals. The company’s products, including µSens and tSens, are utilized across various sectors, including medical applications such as sleep and vital signs monitoring, as well as in baby and elderly care, cardiovascular devices, robotic systems for hazardous environments, and surgical robotics. TacSense aims to meet the growing demands for sensitive pressure sensing interfaces in a range of industries, including consumer electronics and automotive applications.
Matrix Sensors
Grant in 2015
Matrix Sensors, Inc. is a California-based company specializing in life science bio-molecule and gas sensing measurement solutions. Established in 2006, it develops advanced multichannel gas and biological sensor systems, utilizing proprietary MEMS-based technology for self-calibration. The company's product line includes smart environmental sensors capable of monitoring carbon dioxide, temperature, and humidity, designed for effortless long-term use. Matrix Sensors' offerings are applicable in various fields, including life sciences research, point-of-care diagnostics, and chemical detection. Furthermore, the company focuses on wireless sensors that facilitate air quality monitoring, enhancing safety and energy efficiency in indoor environments. Their innovative solutions are aimed at improving health, fitness, and disaster prevention for users across multiple sectors.
Chirp Microsystem
Grant in 2015
Chirp Microsystems, Inc. is a company founded in 2013 and based in Berkeley, California, specializing in the design, development, and manufacturing of low power ultrasonic three-dimensional sensing solutions. The company's innovative technology provides millimeter-accurate range information and utilizes machine learning and neural network algorithms to enhance performance in various applications. Chirp's ultrasonic 3D-sensing systems are particularly advantageous for consumer electronics, smart home devices, and industrial automation, outperforming traditional infrared-based alternatives. This technology enables continuous sensing capabilities, allowing smart-home devices to remain operational even on battery power, thus facilitating wake-on-approach functionalities.
ARGIL
Grant in 2015
Argil Inc. is a company focused on the development of advanced electrochromic films designed for a range of applications, including automotive, architectural, and wearable technologies. By utilizing conductive polymer electrochromic technology, the company creates smart window solutions that can change color and opacity in response to voltage. This innovative capability allows for enhanced control over light and heat management in various environments, making it suitable for both home and portable use. Through its research and development efforts, Argil Inc. aims to provide effective solutions that improve energy efficiency and user comfort.
Amorphyx
Grant in 2015
Amorphyx is an electrical and electronic manufacturing company that specializes in the development of thin-film electronic devices and quantum tunneling electronics. The company employs a fabless research and development model, focusing on licensing its innovative technology to leading manufacturers of consumer electronics displays. Amorphyx's solutions offer alternatives that are not only cost-effective but also enhance mobility, enabling improvements in power conservation, refresh management, and a reduction in mask counts during production. By utilizing amorphous metal electrodes, Amorphyx achieves uniform electric field control and eliminates the need for semiconductors, thereby streamlining the manufacturing process and enhancing switching speeds. This positions Amorphyx as a key player in addressing challenges related to flat panel displays, sensors, and the Internet of Things.
Mythic
Grant in 2014
Mythic Inc. is a technology company that designs and develops silicon chips and artificial intelligence processing units (IPUs) for a wide range of applications, from consumer electronics and wearables to autonomous vehicles and robotic drones. Founded in 2012 and headquartered in Redwood City, California, with an additional office in Austin, Texas, Mythic specializes in analog matrix processors that utilize unique compute-in-memory technology. Their products, including the M1076 Analog Matrix Processor and various PCIe and M.2 cards, integrate AI capabilities directly into compact chips, enabling desktop-level processing power in smaller devices. The company emphasizes its expertise in neural networks, processor architecture, and software design to deliver efficient AI solutions while maintaining performance, power efficiency, and accuracy in real-world environments.
OESH Shoes
Grant in 2014
OESH Shoes provides groundbreaking research on the effects of common features of women’s shoes on the body—beyond the foot. Their OESHers wear multiple styles and colours of OESH as their brand of choice to maintain optimal fitness, comfort, and health with specific conditions.
Guiding Technologies
Grant in 2014
Guiding Technologies Corporation, based in Philadelphia, specializes in developing the GAINS (Guidance, Assessment, and Information System) platform, which focuses on applied behavior analysis (ABA) instruction management. This innovative software serves as a virtual assistant for supervisors and staff, streamlining various teaching programs and enhancing instructional capabilities. GAINS simplifies program selection and data collection, enabling staff to concentrate on student engagement while tracking progress and movement within programs. It eliminates the need for repetitive data entry and provides automated reporting through an intuitive web-based console and mobile interfaces, including a Bluetooth-enabled instructor interface. The platform also supports parental involvement and offers management insights for supervisors, ultimately aiming to improve the efficacy of ABA practices and help individuals with autism reach their full potential. Incorporated in 2013, Guiding Technologies is dedicated to enhancing the performance of organizations involved in behavioral instruction.
VisiSonics
Grant in 2014
VisiSonics Corporation specializes in the development and marketing of 3D sound capture, analysis, and reproduction technologies. Founded in 2010 as a spinout from the University of Maryland, the company holds exclusive licenses to a range of intellectual properties, including patented audio signal processing algorithms. VisiSonics offers a suite of products, such as the RealSpace panoramic audio camera system, digital array microphones, and spatial audio solutions for headphones. These tools serve various applications across industrial acoustic analytics, architectural acoustics, teleconferencing, telepresence, and immersive audio experiences for gaming and virtual reality. The company's technology is utilized by consumer electronics brands, semiconductor manufacturers, and game developers, providing personalized audio experiences and advanced solutions for acoustic measurement and analysis in sectors including automotive, research, and security.
AddiLat
Grant in 2014
AddiLat is a company focused on developing advanced electronics process technology, specifically in the realm of nano-particle printed electronics. This innovative technology facilitates the manufacturing of touchscreen sensors that offer superior optical performance while also being cost-effective. By streamlining the production of transparent conducting films, AddiLat's process eliminates several processing steps, resulting in significant savings in production costs and reduced development and lead times for manufacturers.
Ubiquitous Energy
Grant in 2014
Ubiquitous Energy, Inc. specializes in the development of transparent photovoltaics that aim to enhance energy efficiency in everyday products and surfaces. The company's ClearView Power technology allows windows and other surfaces to harness solar energy while remaining visually indistinguishable from standard glass. This innovative approach enables the generation of electricity from ultraviolet and near-infrared light, providing a sustainable power source for various devices, including wearables, tablets, and smart glass applications. Founded in 2011 and based in Redwood City, California, Ubiquitous Energy originated from research at MIT and has established a production facility in Silicon Valley. The company has also formed a strategic development agreement with Asahi Glass Co., Ltd., reinforcing its position as a leader in transparent solar technology.
Seamless Microsystems
Grant in 2014
Seamless Microsystems, Inc. is a semiconductor company based in Fremont, California, established in 2017. The firm specializes in the design and manufacturing of patented Analog-to-Digital Converters (ADCs), with an initial focus on markets such as medical imaging and 4G/WiFi. Utilizing silicon-proven devices from TSMC’s 28nm HPM process, Seamless Microsystems is advancing its next generation of products to meet the high bandwidth needs of emerging technologies, including LIDAR, 5G wireless, and G.fast communication systems. The company's continuous-time sigma-delta ADCs are designed to reduce system costs by relaxing anti-aliasing requirements and lowering power consumption due to their resistive input architecture. Furthermore, these ADCs are engineered to tolerate high levels of clock jitter, allowing for the use of more economical phase-locked loops (PLLs) in clock generation, making them suitable for a diverse range of applications, from consumer electronics to autonomous driving.
Asius Technologies
Grant in 2014
Asius Technologies is a Colorado-based company that specializes in the development and marketing of innovative in-ear technology through its product, ADEL (Ambrose Diaphonic Ear Lens). This technology features a polymer bubble that is inserted into the ear canal and inflated to create a comfortable, customizable fit. ADEL enhances sound quality for various audio devices, including hearing aids, headsets, and earbuds, while also minimizing the occlusion effect. The company's focus is on providing users with safe and comfortable audio solutions that can be used over extended periods, ultimately aiming to improve the listening experience while reducing the risk of hearing damage.
Electroninks
Grant in 2014
Electroninks Incorporated, founded in 2013 as a university spinout from the University of Illinois at Urbana-Champaign, specializes in developing advanced materials for consumer electronics. The company is composed of materials scientists and formulation specialists focused on creating innovative inks based on small-molecule chemistries. Their unique formulations are particle-free and devoid of binders, allowing for high-resolution printing through digital and roll-to-roll methods. Electroninks' products include metal complex conductive inks, dielectric inks, and resistor inks, which are utilized in semiconductor applications, advanced packaging, displays, and passive electronics. By emphasizing the use of pure metallic films, Electroninks aims to enhance performance, reliability, and cost-effectiveness for their clients, thereby improving the overall manufacturing and ownership experience.
EGW Technologies
Grant in 2014
EGW Technologies offers technology development and product design in industries including medical devices, laboratory equipment, avionics, defense, robotics, consumer electronics, sports equipment, transportation, industrial controls, and lighting.
Nanophotonica
Grant in 2014
Nanophotonica Inc. specializes in developing nanomaterials and production techniques that enhance the performance of optoelectronic devices, including displays and solar panels. Founded in 2009 and headquartered in Lake Mary, Florida, with a research lab in Gainesville, the company focuses on improving device characteristics by providing materials that serve as barriers to moisture and oxygen. This functionality helps prevent the premature degradation of organic layers, thereby extending the lifespan of electronic devices. Additionally, Nanophotonica produces QLED displays that deliver pure and vibrant colors using cost-effective manufacturing processes that reduce material waste, enabling affordable and high-quality display solutions for various industries.
NextInput
Grant in 2014
NextInput Inc. is a technology development company based in Atlanta, Georgia, specializing in innovative human-machine interaction methods. Founded in 2010 by a team from Georgia Tech, the company focuses on creating force and pressure-sensitive touch technologies that enhance the usability of electronic devices such as smartphones, tablets, laptops, and automotive interfaces. Its flagship product, ForceTouch, enables a tactile and pressure-sensitive interaction experience, while the EVK-1s evaluation kit supports the development of single-touch solutions. Additionally, NextInput offers an analog front end (AFE) solution that accurately detects force through various materials. The company's technology is designed to be water and dustproof, ensuring high touch sensitivity and minimizing issues like key anti-ghosting, addressing critical needs in the growing touch technology market.
EyeNetra
Grant in 2013
EyeNetra, Inc. is a company that specializes in the development and manufacturing of eye diagnostics technology, including auto-refractors and lens-meters. Founded in 2011 and based in Somerville, Massachusetts, EyeNetra's platform allows users to conduct their own eye tests using smartphone-based technology. This innovative approach enables individuals to measure their refractive errors, such as nearsightedness, farsightedness, and astigmatism, while also providing eye care professionals with accurate diagnostic measurements for prescribing corrective lenses. The company's flagship products, including the NETRA autorefractor and lensometer, facilitate a straightforward and efficient testing process. Additionally, EyeNetra offers the Insight Portal, which enhances electronic medical record management and supports mobile clinics in delivering eye care services globally.
Chirp Microsystem
Grant in 2013
Chirp Microsystems, Inc. is a company founded in 2013 and based in Berkeley, California, specializing in the design, development, and manufacturing of low power ultrasonic three-dimensional sensing solutions. The company's innovative technology provides millimeter-accurate range information and utilizes machine learning and neural network algorithms to enhance performance in various applications. Chirp's ultrasonic 3D-sensing systems are particularly advantageous for consumer electronics, smart home devices, and industrial automation, outperforming traditional infrared-based alternatives. This technology enables continuous sensing capabilities, allowing smart-home devices to remain operational even on battery power, thus facilitating wake-on-approach functionalities.
Silexta
Grant in 2013
Silexta specializes in the development of 3-D solid-state batteries designed to enhance the longevity of portable electronics and electric vehicles before requiring a recharge. Based in Austin, Texas, the company employs its proprietary NEET technology to create safe and cost-effective batteries with high capacity, which are essential for powering wireless smart devices and sensors. By replacing conventional lithium-ion batteries, Silexta's advancements contribute to the efficiency and sustainability of future technologies, particularly in the context of the Internet of Things.
Applied Novel Devices
Grant in 2013
Applied Novel Devices, founded in 2008 and based in Austin, Texas, specializes in developing semiconductor device architectures for discrete and integrated power products. The company focuses on innovative exfoliation technology that improves the manufacturability and reliability of thin crystalline power devices. This technology significantly reduces costs while enhancing performance for power devices used in a wide array of applications, including consumer electronics, communications, automotive, and industrial sectors. Additionally, Applied Novel Devices creates tools and technologies for crystalline semiconductor devices, allowing clients to scale device metrics effectively while maintaining favorable cost structures.
NextInput
Grant in 2013
NextInput Inc. is a technology development company based in Atlanta, Georgia, specializing in innovative human-machine interaction methods. Founded in 2010 by a team from Georgia Tech, the company focuses on creating force and pressure-sensitive touch technologies that enhance the usability of electronic devices such as smartphones, tablets, laptops, and automotive interfaces. Its flagship product, ForceTouch, enables a tactile and pressure-sensitive interaction experience, while the EVK-1s evaluation kit supports the development of single-touch solutions. Additionally, NextInput offers an analog front end (AFE) solution that accurately detects force through various materials. The company's technology is designed to be water and dustproof, ensuring high touch sensitivity and minimizing issues like key anti-ghosting, addressing critical needs in the growing touch technology market.
Voltaiq
Grant in 2013
Voltaiq has developed an Enterprise Battery Intelligence™ (EBI) software platform that assists customers in optimizing battery performance, reliability, and financing while minimizing risks associated with recalls and battery failures. This platform is distinguished as the only fully automated solution specifically designed to manage extensive battery data throughout the entire product lifecycle. It offers insights into real-time battery functionality and forecasts future performance. Founded in 2012 by two PhDs from UC Berkeley, Voltaiq serves a diverse global clientele, including major players in transportation, consumer electronics, energy storage, and the broader battery supply chain. The platform enhances safety for new products and supports innovation in how batteries are utilized across various applications, ultimately contributing to improved performance and reliability in the electrified world.
Amorphyx
Grant in 2013
Amorphyx is an electrical and electronic manufacturing company that specializes in the development of thin-film electronic devices and quantum tunneling electronics. The company employs a fabless research and development model, focusing on licensing its innovative technology to leading manufacturers of consumer electronics displays. Amorphyx's solutions offer alternatives that are not only cost-effective but also enhance mobility, enabling improvements in power conservation, refresh management, and a reduction in mask counts during production. By utilizing amorphous metal electrodes, Amorphyx achieves uniform electric field control and eliminates the need for semiconductors, thereby streamlining the manufacturing process and enhancing switching speeds. This positions Amorphyx as a key player in addressing challenges related to flat panel displays, sensors, and the Internet of Things.
Packet Digital
Grant in 2013
Packet Digital, LLC is based in Fargo, North Dakota, and specializes in designing, developing, and marketing advanced power management solutions for portable electronic devices and embedded systems. Founded in 2003, the company produces power management integrated circuits under the PowerSage brand, which are utilized in various applications including personal digital assistants, multimedia players, laptops, and wireless sensors. Packet Digital's patented On-Demand Power technology enhances battery life in portable electronics and optimizes power consumption in embedded systems, catering to consumer electronics and military sectors. In addition to its product offerings, the company provides engineering and design services focused on power management and wireless technologies, supporting a diverse range of platforms and applications, from individual devices to larger systems like the power grid.
SynTouch
Grant in 2013
SynTouch Inc., founded in 2008 and based in Montrose, California, specializes in tactile evaluation sensors that enhance machines' ability to perceive touch similarly to humans. The company offers the BioTac Toccare, a biomimetic device that provides advanced tactile awareness and dexterity. Additionally, SynTouch has developed NumaTac sensors, which are designed to improve the functionality of prosthetic hands and assistive robotic arms. Its proprietary Tactile Evaluation Instrument quantifies the tactile qualities of materials and consumer products with precision surpassing that of human experts. This technology aids manufacturers in product design and quality control by providing accurate touch data, enabling the optimization of product feel to meet consumer preferences.
Vecarius
Grant in 2013
Vecarius is an energy efficiency in mass markets with broad societal impact, particularly in markets involving energy-intensive mobile or portable applications. They offer power management systems, thermal management systems, power electronics, advanced heat exchangers, and waste heat recovery.
Tanvas
Grant in 2013
Tanvas, Inc. is a technology company based in Chicago, Illinois, focused on developing Surface Haptics products that enhance touch interactions on screens. Founded in 2011, Tanvas creates innovative touchscreen technology that utilizes electrostatic fields to generate variable friction on glass surfaces. This allows users to feel textures and sensations that correspond to visual content, transforming the way people interact with digital displays. By integrating their TanvasTouch technology into various touch-enabled products, the company caters to diverse industries, including automotive, retail, consumer electronics, and applications for the visually impaired. Tanvas aims to redefine the tactile experience, providing a richer and more immersive interaction with digital environments.
Sinovia
Grant in 2013
Sinovia Technologies, founded in 2011 and based in San Francisco, specializes in the manufacture of transparent electrodes and flexible printed organic light-emitting diode (OLED) displays. The company employs advanced roll-to-roll printing processes, similar to those used in label and packaging production, to create cost-competitive OLED displays for a variety of applications, including touch screens for mobile devices and IoT indicators. Sinovia's products are noted for being thinner, brighter, and more energy-efficient than traditional LED and LCD displays, allowing for innovative design possibilities such as integration on curved surfaces. The company focuses on delivering high-quality, durable electronics that meet the evolving needs of hardware designers.
ARGIL
Grant in 2013
Argil Inc. is a company focused on the development of advanced electrochromic films designed for a range of applications, including automotive, architectural, and wearable technologies. By utilizing conductive polymer electrochromic technology, the company creates smart window solutions that can change color and opacity in response to voltage. This innovative capability allows for enhanced control over light and heat management in various environments, making it suitable for both home and portable use. Through its research and development efforts, Argil Inc. aims to provide effective solutions that improve energy efficiency and user comfort.
121nexus
Grant in 2013
121nexus is dedicated to digitally connecting individuals with physical products. The patented 121nexus platform provides the simplest way to deploy item-level information securely while allowing real-time engagement. Manufacturers and brand owners can connect any product or printed collateral to a unique mobile website via QR code, datamatrix, and/or linear barcode. With a web page for every single physical object, brand owners can communicate with their customers on a one-to-one basis. This allows for the distribution of real-time information relevant to each product and purchaser, while seamlessly collecting responses and activity data from anyone who accesses their unique code.
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