TechNexus Venture Collaborative

NanoGraf Corporation is a materials science company based in Chicago, Illinois, focused on the development and commercialization of advanced materials for the energy storage market. Founded in 2012, the company specializes in silicon-graphene electrode materials designed for lithium-ion batteries, which offer higher energy density and reduced charging times compared to traditional graphitic-based anodes. These innovative materials have potential applications across various sectors, including consumer electronics and electric vehicles. NanoGraf's technology aims to enhance battery capacity while enabling cost-effective production through a chemistry-based manufacturing process.

Mobius enables the ultimate untethered lifestyle by creating inspiring, immersive, transformable, tech-infused mobile platforms.

Native Voice is a software development kit (SDK) designed for audio device manufacturers, facilitating the integration of voice services into their products. The company aims to create a seamless voice-first ecosystem by providing a comprehensive library that connects multiple voice assistants and their functionalities. This approach enables brands to deploy their own voice-enabled solutions more efficiently. Additionally, Native Voice's application allows users to access various brands through voice commands, even while keeping their phones in their pockets, enhancing user convenience and interaction with audio hardware devices.

Aspinity, Inc. is a company based in Pittsburgh, Pennsylvania, that specializes in manufacturing reconfigurable analog modular processor (RAMP) chips designed for ultra-low-power electronics. These chips utilize neuromorphic all-analog integrated circuit technology to analyze raw, unstructured analog sensor data, identifying significant events while filtering out background noise before the data is digitized. By focusing on early cues, Aspinity's RAMP chips significantly reduce the need for higher power processing, optimizing power consumption in always-on, battery-operated sensing devices. This technology is applicable across various markets, including consumer, industrial, and biomedical sectors, enhancing functionalities such as voice activation, industrial machine health monitoring, and wearable health monitoring. Aspinity was incorporated in 2012 and aims to revolutionize the architecture of sensing devices through innovative power and data management solutions.

Soundskrit is a Montreal-based company founded in 2017 that specializes in developing bio-inspired directional microphones. These innovative microphones enhance audio capture capabilities in consumer devices by measuring the velocity of incoming sound rather than relying on traditional pressure-based methods. This approach allows Soundskrit's microphones to effectively isolate and separate sound sources in noisy environments, improving speech recognition and sound localization without compromising size or audio quality. Their technology enables various applications, including enhanced audio recording in smartphones and situation-aware devices that allow users to focus on specific sounds. By addressing the limitations of conventional microphones, Soundskrit is poised to advance the next generation of audio applications and features in consumer electronics.

Mycroft AI, Inc. is a developer of an open-source voice assistant platform that enables users to interact with their electronic devices through voice commands. Founded in 2016 and headquartered in Kansas City, Missouri, with additional offices in Palo Alto, California, and Lawrence, Kansas, Mycroft's software operates as an adaptable platform that can be customized and integrated into various devices, including refrigerators, computers, speakers, wearables, cars, and televisions. The company emphasizes a privacy-focused approach, utilizing artificial intelligence and natural language processing to enhance user experience while maintaining an open-source and open-hardware framework. This allows for extensive extension and personalization, catering to the diverse needs of users.

Native Voice is a software development kit (SDK) designed for audio device manufacturers, facilitating the integration of voice services into their products. The company aims to create a seamless voice-first ecosystem by providing a comprehensive library that connects multiple voice assistants and their functionalities. This approach enables brands to deploy their own voice-enabled solutions more efficiently. Additionally, Native Voice's application allows users to access various brands through voice commands, even while keeping their phones in their pockets, enhancing user convenience and interaction with audio hardware devices.

Artiphon, Inc. is a Nashville-based company founded in 2011 that specializes in designing and manufacturing innovative musical instruments aimed at making musical expression accessible to everyone. The company’s flagship products, the INSTRUMENT 1 and Orba, have achieved significant success, raising over $1 million in pre-orders on Kickstarter and garnering accolades such as TIME Best Invention of the Year. These smart instruments allow users to create music through intuitive gestures like tapping, sliding, and waving, and can seamlessly switch between various instrument sounds, including guitar, violin, piano, and drums. The founder, Dr. Mike Butera, holds a Ph.D. in Sound Studies and has a background as a multi-instrumentalist and educator, which informs Artiphon's design philosophy. The team consists of professionals from notable companies such as SpaceX and Yamaha, and the company has garnered investment from industry leaders, including Warner Music Group and TechNexus. Artiphon aims to empower a new generation of musicians by fostering creativity and community through its products.

ShotTracker Inc. is a technology company based in Merriam, Kansas, specializing in wearable technology for basketball players. Founded in 2013, ShotTracker develops sensor-based systems that automatically track vital basketball statistics such as shot attempts, makes, and misses in real-time during practices and games. Their solution includes a wrist sensor, a net sensor, and a mobile application compatible with various Bluetooth-enabled iOS and select Android devices. The company's latest offering, ShotTracker TEAM, captures comprehensive statistics for entire basketball teams, allowing coaches to make informed decisions and adjustments based on data analytics. This innovation aims to enhance the performance of athletes at all levels of play by providing access to elite-level analytics in an affordable manner.

Native Voice is a software development kit (SDK) designed for audio device manufacturers, facilitating the integration of voice services into their products. The company aims to create a seamless voice-first ecosystem by providing a comprehensive library that connects multiple voice assistants and their functionalities. This approach enables brands to deploy their own voice-enabled solutions more efficiently. Additionally, Native Voice's application allows users to access various brands through voice commands, even while keeping their phones in their pockets, enhancing user convenience and interaction with audio hardware devices.

Tonal is a smart home gym that combines artificial intelligence with expert-led coaching to deliver personalized strength training experiences. Founded in 2015 and headquartered in San Francisco, California, Tonal manufactures fitness equipment that is wall-mounted and eliminates the need for traditional weights by using a system of magnets and electricity to provide adjustable resistance. The device features sensors and a touchscreen display that tracks workouts in real-time, allowing users to engage in full-body fitness routines without the inconvenience of switching machines. Additionally, Tonal offers tailored workout plans aimed at various fitness goals, including muscle building and athletic performance, along with live and recorded classes led by certified coaches.

Aspinity, Inc. is a company based in Pittsburgh, Pennsylvania, that specializes in manufacturing reconfigurable analog modular processor (RAMP) chips designed for ultra-low-power electronics. These chips utilize neuromorphic all-analog integrated circuit technology to analyze raw, unstructured analog sensor data, identifying significant events while filtering out background noise before the data is digitized. By focusing on early cues, Aspinity's RAMP chips significantly reduce the need for higher power processing, optimizing power consumption in always-on, battery-operated sensing devices. This technology is applicable across various markets, including consumer, industrial, and biomedical sectors, enhancing functionalities such as voice activation, industrial machine health monitoring, and wearable health monitoring. Aspinity was incorporated in 2012 and aims to revolutionize the architecture of sensing devices through innovative power and data management solutions.

Audeze is a high-end audio manufacturer specializing in delivering accurate sound reproduction through advanced engineering and precision craftsmanship. The company offers a range of audio products, including headphones, speakers, and home audio systems, designed to provide an immersive listening experience. Their products feature innovative materials and technology, such as advanced emulation and support for surround sound modes, which cater to various audio needs. Additionally, Audeze incorporates integrated head-tracking systems that enhance the audio experience, particularly for users engaged in popular video games, allowing for complete immersion in the audio field.

Dysonics, Inc. specializes in advanced audio software and hardware solutions designed for headphones, focusing on the capture, creation, and playback of spatial audio and next-generation content, such as virtual reality. Founded in 2011 and based in San Francisco, the company emerged from research conducted at the University of California, Davis, where its team pioneered human audio perception and spatial sound technologies. Dysonics offers products like the Rondo Motion, a wireless motion sensor for headphones, and the Rondo player, which plays back non-DRM content. Their technology is applied in various fields, including teleconferencing, surveillance, home entertainment, and interactive multimedia, enhancing experiences in virtual and augmented reality. Additionally, Dysonics provides content encoding technology to airlines, allowing passengers to enjoy a cinematic surround sound experience through in-flight entertainment. The company's innovations leverage patented algorithms, microphone and speaker arrays, head tracking sensors, and machine learning for personalized audio applications.

Reality AI, founded in 2015 by Jeff Sieracki and Stuart Feffer, specializes in advanced sensing technology that enhances product development for R&D engineers utilizing sensors. The company employs proprietary algorithms to optimize feature discovery, model generation, and component selection, facilitating improved design processes across various applications, including sound recognition, gesture recognition, and predictive maintenance. Its technology supports multiple sensor modalities such as vibration, accelerometer, sound, and radar, catering to customers in automotive, industrial, and consumer sectors. Reality AI holds 14 US patents, with additional patents pending, focusing on machine learning and sensor signal problems. The company operates offices in Columbia, MD, Sunnyvale, CA, and Tokyo, Japan.

Soundskrit is a Montreal-based company founded in 2017 that specializes in developing bio-inspired directional microphones. These innovative microphones enhance audio capture capabilities in consumer devices by measuring the velocity of incoming sound rather than relying on traditional pressure-based methods. This approach allows Soundskrit's microphones to effectively isolate and separate sound sources in noisy environments, improving speech recognition and sound localization without compromising size or audio quality. Their technology enables various applications, including enhanced audio recording in smartphones and situation-aware devices that allow users to focus on specific sounds. By addressing the limitations of conventional microphones, Soundskrit is poised to advance the next generation of audio applications and features in consumer electronics.

Artiphon, Inc. is a Nashville-based company founded in 2011 that specializes in designing and manufacturing innovative musical instruments aimed at making musical expression accessible to everyone. The company’s flagship products, the INSTRUMENT 1 and Orba, have achieved significant success, raising over $1 million in pre-orders on Kickstarter and garnering accolades such as TIME Best Invention of the Year. These smart instruments allow users to create music through intuitive gestures like tapping, sliding, and waving, and can seamlessly switch between various instrument sounds, including guitar, violin, piano, and drums. The founder, Dr. Mike Butera, holds a Ph.D. in Sound Studies and has a background as a multi-instrumentalist and educator, which informs Artiphon's design philosophy. The team consists of professionals from notable companies such as SpaceX and Yamaha, and the company has garnered investment from industry leaders, including Warner Music Group and TechNexus. Artiphon aims to empower a new generation of musicians by fostering creativity and community through its products.

Reality AI, founded in 2015 by Jeff Sieracki and Stuart Feffer, specializes in advanced sensing technology that enhances product development for R&D engineers utilizing sensors. The company employs proprietary algorithms to optimize feature discovery, model generation, and component selection, facilitating improved design processes across various applications, including sound recognition, gesture recognition, and predictive maintenance. Its technology supports multiple sensor modalities such as vibration, accelerometer, sound, and radar, catering to customers in automotive, industrial, and consumer sectors. Reality AI holds 14 US patents, with additional patents pending, focusing on machine learning and sensor signal problems. The company operates offices in Columbia, MD, Sunnyvale, CA, and Tokyo, Japan.

Dysonics, Inc. specializes in advanced audio software and hardware solutions designed for headphones, focusing on the capture, creation, and playback of spatial audio and next-generation content, such as virtual reality. Founded in 2011 and based in San Francisco, the company emerged from research conducted at the University of California, Davis, where its team pioneered human audio perception and spatial sound technologies. Dysonics offers products like the Rondo Motion, a wireless motion sensor for headphones, and the Rondo player, which plays back non-DRM content. Their technology is applied in various fields, including teleconferencing, surveillance, home entertainment, and interactive multimedia, enhancing experiences in virtual and augmented reality. Additionally, Dysonics provides content encoding technology to airlines, allowing passengers to enjoy a cinematic surround sound experience through in-flight entertainment. The company's innovations leverage patented algorithms, microphone and speaker arrays, head tracking sensors, and machine learning for personalized audio applications.

Soundskrit is a Montreal-based company founded in 2017 that specializes in developing bio-inspired directional microphones. These innovative microphones enhance audio capture capabilities in consumer devices by measuring the velocity of incoming sound rather than relying on traditional pressure-based methods. This approach allows Soundskrit's microphones to effectively isolate and separate sound sources in noisy environments, improving speech recognition and sound localization without compromising size or audio quality. Their technology enables various applications, including enhanced audio recording in smartphones and situation-aware devices that allow users to focus on specific sounds. By addressing the limitations of conventional microphones, Soundskrit is poised to advance the next generation of audio applications and features in consumer electronics.

Tonal is a smart home gym that combines artificial intelligence with expert-led coaching to deliver personalized strength training experiences. Founded in 2015 and headquartered in San Francisco, California, Tonal manufactures fitness equipment that is wall-mounted and eliminates the need for traditional weights by using a system of magnets and electricity to provide adjustable resistance. The device features sensors and a touchscreen display that tracks workouts in real-time, allowing users to engage in full-body fitness routines without the inconvenience of switching machines. Additionally, Tonal offers tailored workout plans aimed at various fitness goals, including muscle building and athletic performance, along with live and recorded classes led by certified coaches.

Artiphon, Inc. is a Nashville-based company founded in 2011 that specializes in designing and manufacturing innovative musical instruments aimed at making musical expression accessible to everyone. The company’s flagship products, the INSTRUMENT 1 and Orba, have achieved significant success, raising over $1 million in pre-orders on Kickstarter and garnering accolades such as TIME Best Invention of the Year. These smart instruments allow users to create music through intuitive gestures like tapping, sliding, and waving, and can seamlessly switch between various instrument sounds, including guitar, violin, piano, and drums. The founder, Dr. Mike Butera, holds a Ph.D. in Sound Studies and has a background as a multi-instrumentalist and educator, which informs Artiphon's design philosophy. The team consists of professionals from notable companies such as SpaceX and Yamaha, and the company has garnered investment from industry leaders, including Warner Music Group and TechNexus. Artiphon aims to empower a new generation of musicians by fostering creativity and community through its products.

Aspinity, Inc. is a company based in Pittsburgh, Pennsylvania, that specializes in manufacturing reconfigurable analog modular processor (RAMP) chips designed for ultra-low-power electronics. These chips utilize neuromorphic all-analog integrated circuit technology to analyze raw, unstructured analog sensor data, identifying significant events while filtering out background noise before the data is digitized. By focusing on early cues, Aspinity's RAMP chips significantly reduce the need for higher power processing, optimizing power consumption in always-on, battery-operated sensing devices. This technology is applicable across various markets, including consumer, industrial, and biomedical sectors, enhancing functionalities such as voice activation, industrial machine health monitoring, and wearable health monitoring. Aspinity was incorporated in 2012 and aims to revolutionize the architecture of sensing devices through innovative power and data management solutions.

Tonal is a smart home gym that combines artificial intelligence with expert-led coaching to deliver personalized strength training experiences. Founded in 2015 and headquartered in San Francisco, California, Tonal manufactures fitness equipment that is wall-mounted and eliminates the need for traditional weights by using a system of magnets and electricity to provide adjustable resistance. The device features sensors and a touchscreen display that tracks workouts in real-time, allowing users to engage in full-body fitness routines without the inconvenience of switching machines. Additionally, Tonal offers tailored workout plans aimed at various fitness goals, including muscle building and athletic performance, along with live and recorded classes led by certified coaches.

Dysonics, Inc. specializes in advanced audio software and hardware solutions designed for headphones, focusing on the capture, creation, and playback of spatial audio and next-generation content, such as virtual reality. Founded in 2011 and based in San Francisco, the company emerged from research conducted at the University of California, Davis, where its team pioneered human audio perception and spatial sound technologies. Dysonics offers products like the Rondo Motion, a wireless motion sensor for headphones, and the Rondo player, which plays back non-DRM content. Their technology is applied in various fields, including teleconferencing, surveillance, home entertainment, and interactive multimedia, enhancing experiences in virtual and augmented reality. Additionally, Dysonics provides content encoding technology to airlines, allowing passengers to enjoy a cinematic surround sound experience through in-flight entertainment. The company's innovations leverage patented algorithms, microphone and speaker arrays, head tracking sensors, and machine learning for personalized audio applications.

Piccolo is a developer of gesture-based smart home vision assistant technology that employs artificial intelligence to enhance user interaction within their homes. The company's innovative system tracks the movement of individuals, allowing it to respond according to personalized preferences without the need for continuous human input. By mapping the user's skeletal geometry, Piccolo's technology enables users to control connected devices, such as smart TVs and lights, through intuitive gestures. This approach aims to simplify the management of smart home environments, making technology more accessible and user-friendly.

ShotTracker Inc. is a technology company based in Merriam, Kansas, specializing in wearable technology for basketball players. Founded in 2013, ShotTracker develops sensor-based systems that automatically track vital basketball statistics such as shot attempts, makes, and misses in real-time during practices and games. Their solution includes a wrist sensor, a net sensor, and a mobile application compatible with various Bluetooth-enabled iOS and select Android devices. The company's latest offering, ShotTracker TEAM, captures comprehensive statistics for entire basketball teams, allowing coaches to make informed decisions and adjustments based on data analytics. This innovation aims to enhance the performance of athletes at all levels of play by providing access to elite-level analytics in an affordable manner.

Mycroft AI, Inc. is a developer of an open-source voice assistant platform that enables users to interact with their electronic devices through voice commands. Founded in 2016 and headquartered in Kansas City, Missouri, with additional offices in Palo Alto, California, and Lawrence, Kansas, Mycroft's software operates as an adaptable platform that can be customized and integrated into various devices, including refrigerators, computers, speakers, wearables, cars, and televisions. The company emphasizes a privacy-focused approach, utilizing artificial intelligence and natural language processing to enhance user experience while maintaining an open-source and open-hardware framework. This allows for extensive extension and personalization, catering to the diverse needs of users.

Aspinity, Inc. is a company based in Pittsburgh, Pennsylvania, that specializes in manufacturing reconfigurable analog modular processor (RAMP) chips designed for ultra-low-power electronics. These chips utilize neuromorphic all-analog integrated circuit technology to analyze raw, unstructured analog sensor data, identifying significant events while filtering out background noise before the data is digitized. By focusing on early cues, Aspinity's RAMP chips significantly reduce the need for higher power processing, optimizing power consumption in always-on, battery-operated sensing devices. This technology is applicable across various markets, including consumer, industrial, and biomedical sectors, enhancing functionalities such as voice activation, industrial machine health monitoring, and wearable health monitoring. Aspinity was incorporated in 2012 and aims to revolutionize the architecture of sensing devices through innovative power and data management solutions.

Aspinity, Inc. is a company based in Pittsburgh, Pennsylvania, that specializes in manufacturing reconfigurable analog modular processor (RAMP) chips designed for ultra-low-power electronics. These chips utilize neuromorphic all-analog integrated circuit technology to analyze raw, unstructured analog sensor data, identifying significant events while filtering out background noise before the data is digitized. By focusing on early cues, Aspinity's RAMP chips significantly reduce the need for higher power processing, optimizing power consumption in always-on, battery-operated sensing devices. This technology is applicable across various markets, including consumer, industrial, and biomedical sectors, enhancing functionalities such as voice activation, industrial machine health monitoring, and wearable health monitoring. Aspinity was incorporated in 2012 and aims to revolutionize the architecture of sensing devices through innovative power and data management solutions.

Dysonics, Inc. specializes in advanced audio software and hardware solutions designed for headphones, focusing on the capture, creation, and playback of spatial audio and next-generation content, such as virtual reality. Founded in 2011 and based in San Francisco, the company emerged from research conducted at the University of California, Davis, where its team pioneered human audio perception and spatial sound technologies. Dysonics offers products like the Rondo Motion, a wireless motion sensor for headphones, and the Rondo player, which plays back non-DRM content. Their technology is applied in various fields, including teleconferencing, surveillance, home entertainment, and interactive multimedia, enhancing experiences in virtual and augmented reality. Additionally, Dysonics provides content encoding technology to airlines, allowing passengers to enjoy a cinematic surround sound experience through in-flight entertainment. The company's innovations leverage patented algorithms, microphone and speaker arrays, head tracking sensors, and machine learning for personalized audio applications.

Mycroft AI, Inc. is a developer of an open-source voice assistant platform that enables users to interact with their electronic devices through voice commands. Founded in 2016 and headquartered in Kansas City, Missouri, with additional offices in Palo Alto, California, and Lawrence, Kansas, Mycroft's software operates as an adaptable platform that can be customized and integrated into various devices, including refrigerators, computers, speakers, wearables, cars, and televisions. The company emphasizes a privacy-focused approach, utilizing artificial intelligence and natural language processing to enhance user experience while maintaining an open-source and open-hardware framework. This allows for extensive extension and personalization, catering to the diverse needs of users.

Reality AI, founded in 2015 by Jeff Sieracki and Stuart Feffer, specializes in advanced sensing technology that enhances product development for R&D engineers utilizing sensors. The company employs proprietary algorithms to optimize feature discovery, model generation, and component selection, facilitating improved design processes across various applications, including sound recognition, gesture recognition, and predictive maintenance. Its technology supports multiple sensor modalities such as vibration, accelerometer, sound, and radar, catering to customers in automotive, industrial, and consumer sectors. Reality AI holds 14 US patents, with additional patents pending, focusing on machine learning and sensor signal problems. The company operates offices in Columbia, MD, Sunnyvale, CA, and Tokyo, Japan.