Mojo Vision is a company based in Saratoga, California, that specializes in augmented reality products and platforms. Founded in 2015, it has developed a smart contact lens featuring a built-in display that provides timely information without disrupting the user's focus. This innovative technology enables users to receive immediate and relevant information, facilitating hands-free communication and interaction. By minimizing the distractions associated with traditional mobile devices, Mojo Vision aims to enhance connectivity and accessibility for users in various environments.
Light Field Lab, Inc. is a technology startup focused on developing holographic capture display systems. Founded in 2017 and based in San Jose, California, the company creates innovative solutions that generate three-dimensional holographic images that can be viewed from multiple angles without the need for head-mounted devices. Its technology aims to project 3D holograms into living spaces, allowing users to experience immersive visuals that respond dynamically to their viewpoint. Additionally, Light Field Lab offers integrated processing and imaging solutions designed to deliver these visuals over commercial network speeds. The company is also working on a universal application programming interface to facilitate the adaptation of existing content for its holographic displays. With a mission to enable a holographic future, Light Field Lab seeks to unlock new business opportunities across both consumer and enterprise markets.
Prellis Biologics is building human tissues for drug development, and ultimately, developing human organs for transplantation. Bioprinting vascularized human tissue and organs will revolutionize healthcare. Prellis Biologics' technology leverages massive gains in print speed and resolution to break the microvasculature barrier.
VitroLabs, Inc. is a San Jose, California-based startup specializing in 3D tissue engineering through innovative stem cell technologies. Founded in 2016, the company focuses on developing scalable platforms for creating authentic biomaterials, allowing for the production of luxury lab-grown leather and fur without the need to raise or slaughter animals. By leveraging advancements in stem cell research and biomaterials, VitroLabs provides sustainable alternatives for fashion brands and interior product manufacturers, promoting ethical practices in the industry.
Remio delivers a pre-configured VR headset to each team member and hosts the entire team for fun team-building experiences. Known as one of "the most fun ways to connect business teams", the VR HQ also offers collaboration tools such as whiteboarding, Jira project planning, and presentation rooms.
Velo3D, Inc. is a digital manufacturing company that specializes in metal additive manufacturing through its advanced 3D printing technologies. The company develops and manufactures the Sapphire Printer, a system designed for support-free metal 3D printing, allowing for greater design flexibility by eliminating the need for traditional support structures. Velo3D also offers Flow, a simulation-driven print preparation software, and Assure, a real-time quality assurance system that ensures consistent quality throughout the manufacturing process. Serving various industries including contract manufacturing, aviation, aerospace, energy, and industrial sectors, Velo3D aims to enhance performance, reduce costs, and accelerate production timelines for high-value metal parts. Founded in 2014, Velo3D is headquartered in Campbell, California.
AREVO, based in Silicon Valley, California, develops technology to enable direct digital additive manufacturing of ultra-strong, lightweight composite parts for end use applications in high volume. With the company's unique combination of breakthrough materials, powerful design/build software, and free motion robotics for the first “true 3D” construction, AREVO is moving beyond prototypes by enabling the design and fabrication of large, mass-produced parts and structures, quickly leading 3D printing into mainstream manufacturing. AREVO provides designers and manufacturers with unprecedented freedom to unlock the unparalleled strength and weight of composite materials for a wide range of consumer and industrial products, and has seen early success manufacturing CFRTP composite parts for OEM customers. With an initial focus on Aerospace, Defense, Consumer Electronics, Transportation, and Consumer Goods, Arevo is poised to optimize additive manufacturing services to OEM’s worldwide.
Mighty Buildings, Inc. is a San Francisco-based company founded in 2017 that specializes in the manufacture of custom houses using 3D printing technology. The company aims to disrupt the residential housing market by leveraging advanced automation, robotics, and composite materials to make housing more affordable. By focusing on modular construction, Mighty Buildings seeks to innovate the way homes are built, addressing challenges in the traditional construction industry. The company has garnered support from notable venture capital firms, reflecting its potential to transform the housing landscape.
Mighty Buildings, Inc. is a San Francisco-based company founded in 2017 that specializes in the manufacture of custom houses using 3D printing technology. The company aims to disrupt the residential housing market by leveraging advanced automation, robotics, and composite materials to make housing more affordable. By focusing on modular construction, Mighty Buildings seeks to innovate the way homes are built, addressing challenges in the traditional construction industry. The company has garnered support from notable venture capital firms, reflecting its potential to transform the housing landscape.
Akasha Imaging, founded in 2019 and headquartered in Palo Alto, California, specializes in deep imaging technology that merges computational imaging with deep learning to produce high-resolution 3D images. The company has developed a robotic imaging platform that enhances the capabilities of robots in various applications, including picking, welding, assembly, and inspection. By employing artificial intelligence and polarized light sensing, Akasha Imaging enables improved computer vision systems, which are applicable in manufacturing, supply chain, and logistics. This innovative approach aims to enhance robotic vision and operational efficiency across multiple industries.
AREVO, based in Silicon Valley, California, develops technology to enable direct digital additive manufacturing of ultra-strong, lightweight composite parts for end use applications in high volume. With the company's unique combination of breakthrough materials, powerful design/build software, and free motion robotics for the first “true 3D” construction, AREVO is moving beyond prototypes by enabling the design and fabrication of large, mass-produced parts and structures, quickly leading 3D printing into mainstream manufacturing. AREVO provides designers and manufacturers with unprecedented freedom to unlock the unparalleled strength and weight of composite materials for a wide range of consumer and industrial products, and has seen early success manufacturing CFRTP composite parts for OEM customers. With an initial focus on Aerospace, Defense, Consumer Electronics, Transportation, and Consumer Goods, Arevo is poised to optimize additive manufacturing services to OEM’s worldwide.
Mojo Vision is a company based in Saratoga, California, that specializes in augmented reality products and platforms. Founded in 2015, it has developed a smart contact lens featuring a built-in display that provides timely information without disrupting the user's focus. This innovative technology enables users to receive immediate and relevant information, facilitating hands-free communication and interaction. By minimizing the distractions associated with traditional mobile devices, Mojo Vision aims to enhance connectivity and accessibility for users in various environments.
HeartVista is a medical technology company that provides one-click diagnostic imaging. It brought in machine learning to make the scanning process faster, easier, and more consistent. Using AI to control the scanner minimizes the need for breath-holds, making MRI exams available for a broader base of patients and conditions.
Velo3D, Inc. is a digital manufacturing company that specializes in metal additive manufacturing through its advanced 3D printing technologies. The company develops and manufactures the Sapphire Printer, a system designed for support-free metal 3D printing, allowing for greater design flexibility by eliminating the need for traditional support structures. Velo3D also offers Flow, a simulation-driven print preparation software, and Assure, a real-time quality assurance system that ensures consistent quality throughout the manufacturing process. Serving various industries including contract manufacturing, aviation, aerospace, energy, and industrial sectors, Velo3D aims to enhance performance, reduce costs, and accelerate production timelines for high-value metal parts. Founded in 2014, Velo3D is headquartered in Campbell, California.
Light Field Lab, Inc. is a technology startup focused on developing holographic capture display systems. Founded in 2017 and based in San Jose, California, the company creates innovative solutions that generate three-dimensional holographic images that can be viewed from multiple angles without the need for head-mounted devices. Its technology aims to project 3D holograms into living spaces, allowing users to experience immersive visuals that respond dynamically to their viewpoint. Additionally, Light Field Lab offers integrated processing and imaging solutions designed to deliver these visuals over commercial network speeds. The company is also working on a universal application programming interface to facilitate the adaptation of existing content for its holographic displays. With a mission to enable a holographic future, Light Field Lab seeks to unlock new business opportunities across both consumer and enterprise markets.
Mighty Buildings, Inc. is a San Francisco-based company founded in 2017 that specializes in the manufacture of custom houses using 3D printing technology. The company aims to disrupt the residential housing market by leveraging advanced automation, robotics, and composite materials to make housing more affordable. By focusing on modular construction, Mighty Buildings seeks to innovate the way homes are built, addressing challenges in the traditional construction industry. The company has garnered support from notable venture capital firms, reflecting its potential to transform the housing landscape.
Tempo designs and develops a home fitness platform with personal guidance to help users in their training sessions. It features live elite trainers who can help users when they make mistakes. It has built-in three-dimensional sensors that track form, counts reps, and recommend weights. It helps users to improve in real-time. Powered by 3D motion sensors and AI, it analyzes 25 of the body’s essential joints as users work out and gives understood form feedback. Moawia Eldeeb and Joshua Augustin founded it as Pivot in 2015, with its headquarters in San Francisco in California.
Prellis Biologics is building human tissues for drug development, and ultimately, developing human organs for transplantation. Bioprinting vascularized human tissue and organs will revolutionize healthcare. Prellis Biologics' technology leverages massive gains in print speed and resolution to break the microvasculature barrier.
Compound Eye Inc. develops 3D vision software tools for autonomous machines. The company was incorporated in 2015 and is based in San Francisco, California.
Mojo Vision is a company based in Saratoga, California, that specializes in augmented reality products and platforms. Founded in 2015, it has developed a smart contact lens featuring a built-in display that provides timely information without disrupting the user's focus. This innovative technology enables users to receive immediate and relevant information, facilitating hands-free communication and interaction. By minimizing the distractions associated with traditional mobile devices, Mojo Vision aims to enhance connectivity and accessibility for users in various environments.
Higia Technologies, founded in 2016 and based in Mexico City, has developed EVA, an accessible and non-invasive wearable device aimed at assessing breast cancer risk. The device features tactile sensors that map the surface of the breast and its surrounding areas, enabling women to monitor changes in breast temperature, size, and weight. Equipped with biosensors, EVA continuously collects and analyzes this information, providing users with a reliable tool for tracking their breast health.
Openwater designs and develops MRI-resolution wearables that medical diagnoses and treatments, and a new era of fluid and affordable brain-to-computer communications to consumer electronics manufacturing facilities and techniques. The company was founded in 2016 and is based in San Francisco, California.
Digital Alloys, Inc. is a company based in Burlington, Massachusetts, that specializes in the development and manufacturing of advanced metal 3-D printers. Founded in 2017 as a spinout from New Valence Robotics, the company focuses on high-speed, multi-metal additive manufacturing systems capable of producing production-quality parts from various metals at a significantly lower cost than traditional methods. Its patented technology utilizes commodity wire as the raw material, allowing for a simpler and faster process for melting wire into useful shapes. This innovative approach enables manufacturers to mix multiple metals within a single part, enhancing design possibilities and optimizing the thermal, electrical, magnetic, and mechanical properties of the products created. Digital Alloys aims to make metal 3D printing more accessible for a wider range of applications.
Jido is bringing in the next wave of AR where digital content can have a shared and persistent life in the real world. Our API uses intimate understanding of a users spatial context to preserve AR experiences across users and devices. Our research team came out of the Stanford Artifical Intelligence Labs and the Cornell Robot Learning Lab.
Zebra Medical Vision Ltd. is an Israeli company founded in 2014 that specializes in developing an imaging analytics platform aimed at enhancing healthcare delivery. The platform provides a comprehensive suite of imaging research solutions for clinicians, advanced machine learning and computer vision diagnostic algorithms for developers, and risk management tools for healthcare providers. By offering access to a vast repository of anonymized clinical records, Zebra Medical Vision supports researchers in accelerating the development of decision support tools and improving diagnostic accuracy. The company collaborates with various partners, including USARAD Holdings and TELUS Ventures, to leverage its network of over 1,100 hospitals and healthcare providers. This collaboration fosters innovation and enhances patient care through the application of advanced analytics and automated clinical insights, positioning Zebra Medical Vision as a leader in the integration of AI and machine learning in medical imaging.
AREVO, based in Silicon Valley, California, develops technology to enable direct digital additive manufacturing of ultra-strong, lightweight composite parts for end use applications in high volume. With the company's unique combination of breakthrough materials, powerful design/build software, and free motion robotics for the first “true 3D” construction, AREVO is moving beyond prototypes by enabling the design and fabrication of large, mass-produced parts and structures, quickly leading 3D printing into mainstream manufacturing. AREVO provides designers and manufacturers with unprecedented freedom to unlock the unparalleled strength and weight of composite materials for a wide range of consumer and industrial products, and has seen early success manufacturing CFRTP composite parts for OEM customers. With an initial focus on Aerospace, Defense, Consumer Electronics, Transportation, and Consumer Goods, Arevo is poised to optimize additive manufacturing services to OEM’s worldwide.
Mighty Buildings, Inc. is a San Francisco-based company founded in 2017 that specializes in the manufacture of custom houses using 3D printing technology. The company aims to disrupt the residential housing market by leveraging advanced automation, robotics, and composite materials to make housing more affordable. By focusing on modular construction, Mighty Buildings seeks to innovate the way homes are built, addressing challenges in the traditional construction industry. The company has garnered support from notable venture capital firms, reflecting its potential to transform the housing landscape.
Velo3D, Inc. is a digital manufacturing company that specializes in metal additive manufacturing through its advanced 3D printing technologies. The company develops and manufactures the Sapphire Printer, a system designed for support-free metal 3D printing, allowing for greater design flexibility by eliminating the need for traditional support structures. Velo3D also offers Flow, a simulation-driven print preparation software, and Assure, a real-time quality assurance system that ensures consistent quality throughout the manufacturing process. Serving various industries including contract manufacturing, aviation, aerospace, energy, and industrial sectors, Velo3D aims to enhance performance, reduce costs, and accelerate production timelines for high-value metal parts. Founded in 2014, Velo3D is headquartered in Campbell, California.
Light Field Lab, Inc. is a technology startup focused on developing holographic capture display systems. Founded in 2017 and based in San Jose, California, the company creates innovative solutions that generate three-dimensional holographic images that can be viewed from multiple angles without the need for head-mounted devices. Its technology aims to project 3D holograms into living spaces, allowing users to experience immersive visuals that respond dynamically to their viewpoint. Additionally, Light Field Lab offers integrated processing and imaging solutions designed to deliver these visuals over commercial network speeds. The company is also working on a universal application programming interface to facilitate the adaptation of existing content for its holographic displays. With a mission to enable a holographic future, Light Field Lab seeks to unlock new business opportunities across both consumer and enterprise markets.
Digital Alloys, Inc. is a company based in Burlington, Massachusetts, that specializes in the development and manufacturing of advanced metal 3-D printers. Founded in 2017 as a spinout from New Valence Robotics, the company focuses on high-speed, multi-metal additive manufacturing systems capable of producing production-quality parts from various metals at a significantly lower cost than traditional methods. Its patented technology utilizes commodity wire as the raw material, allowing for a simpler and faster process for melting wire into useful shapes. This innovative approach enables manufacturers to mix multiple metals within a single part, enhancing design possibilities and optimizing the thermal, electrical, magnetic, and mechanical properties of the products created. Digital Alloys aims to make metal 3D printing more accessible for a wider range of applications.
Velo3D, Inc. is a digital manufacturing company that specializes in metal additive manufacturing through its advanced 3D printing technologies. The company develops and manufactures the Sapphire Printer, a system designed for support-free metal 3D printing, allowing for greater design flexibility by eliminating the need for traditional support structures. Velo3D also offers Flow, a simulation-driven print preparation software, and Assure, a real-time quality assurance system that ensures consistent quality throughout the manufacturing process. Serving various industries including contract manufacturing, aviation, aerospace, energy, and industrial sectors, Velo3D aims to enhance performance, reduce costs, and accelerate production timelines for high-value metal parts. Founded in 2014, Velo3D is headquartered in Campbell, California.
AREVO, based in Silicon Valley, California, develops technology to enable direct digital additive manufacturing of ultra-strong, lightweight composite parts for end use applications in high volume. With the company's unique combination of breakthrough materials, powerful design/build software, and free motion robotics for the first “true 3D” construction, AREVO is moving beyond prototypes by enabling the design and fabrication of large, mass-produced parts and structures, quickly leading 3D printing into mainstream manufacturing. AREVO provides designers and manufacturers with unprecedented freedom to unlock the unparalleled strength and weight of composite materials for a wide range of consumer and industrial products, and has seen early success manufacturing CFRTP composite parts for OEM customers. With an initial focus on Aerospace, Defense, Consumer Electronics, Transportation, and Consumer Goods, Arevo is poised to optimize additive manufacturing services to OEM’s worldwide.
Zebra Medical Vision Ltd. is an Israeli company founded in 2014 that specializes in developing an imaging analytics platform aimed at enhancing healthcare delivery. The platform provides a comprehensive suite of imaging research solutions for clinicians, advanced machine learning and computer vision diagnostic algorithms for developers, and risk management tools for healthcare providers. By offering access to a vast repository of anonymized clinical records, Zebra Medical Vision supports researchers in accelerating the development of decision support tools and improving diagnostic accuracy. The company collaborates with various partners, including USARAD Holdings and TELUS Ventures, to leverage its network of over 1,100 hospitals and healthcare providers. This collaboration fosters innovation and enhances patient care through the application of advanced analytics and automated clinical insights, positioning Zebra Medical Vision as a leader in the integration of AI and machine learning in medical imaging.
Avametric, Inc. is a fashion software company that specializes in cloth simulation technology to create digital garments for the fashion and apparel industries. Founded in 2012 and based in San Francisco, California, Avametric's platform utilizes body size and shape measurements provided by users to generate realistic 3D renderings of apparel and accessories on customizable digital body models. This innovative technology allows brands to enhance the online shopping experience by offering virtual fitting room capabilities, enabling customers to visualize how garments will fit on personalized avatars. Avametric also streamlines content creation for brands and retail, improving efficiency in garment design and development. The company operates as a subsidiary of Gerber Technology LLC.
Avametric, Inc. is a fashion software company that specializes in cloth simulation technology to create digital garments for the fashion and apparel industries. Founded in 2012 and based in San Francisco, California, Avametric's platform utilizes body size and shape measurements provided by users to generate realistic 3D renderings of apparel and accessories on customizable digital body models. This innovative technology allows brands to enhance the online shopping experience by offering virtual fitting room capabilities, enabling customers to visualize how garments will fit on personalized avatars. Avametric also streamlines content creation for brands and retail, improving efficiency in garment design and development. The company operates as a subsidiary of Gerber Technology LLC.
Klarismo Limited offers 3D Body Scan, a product that provides volumetric measurements of muscle tissues and fat deposits in human body. It allows users to acquire a 3D model of their body using magnetic resonance imaging to measure and track their health and fitness potential. The company makes MRI scans and helps private medical imaging centers optimize the utilization of their assets; and builds database of full body MRI scans and makes it available for medical research. The company serves health conscious consumers and amateur athletes. Klarismo Limited was incorporated in 2014 and is based in London, United Kingdom.
Tempo designs and develops a home fitness platform with personal guidance to help users in their training sessions. It features live elite trainers who can help users when they make mistakes. It has built-in three-dimensional sensors that track form, counts reps, and recommend weights. It helps users to improve in real-time. Powered by 3D motion sensors and AI, it analyzes 25 of the body’s essential joints as users work out and gives understood form feedback. Moawia Eldeeb and Joshua Augustin founded it as Pivot in 2015, with its headquarters in San Francisco in California.
Velo3D, Inc. is a digital manufacturing company that specializes in metal additive manufacturing through its advanced 3D printing technologies. The company develops and manufactures the Sapphire Printer, a system designed for support-free metal 3D printing, allowing for greater design flexibility by eliminating the need for traditional support structures. Velo3D also offers Flow, a simulation-driven print preparation software, and Assure, a real-time quality assurance system that ensures consistent quality throughout the manufacturing process. Serving various industries including contract manufacturing, aviation, aerospace, energy, and industrial sectors, Velo3D aims to enhance performance, reduce costs, and accelerate production timelines for high-value metal parts. Founded in 2014, Velo3D is headquartered in Campbell, California.
Tula Technology, Inc. specializes in developing and marketing the Dynamic Skip Fire (DSF) cylinder deactivation system, a cutting-edge powertrain technology designed to enhance fuel efficiency in internal combustion engines. By integrating digital signal processing with advanced powertrain controls, Tula's system allows automotive manufacturers to optimize engine performance while meeting stringent fuel efficiency and CO2 emissions standards. The technology operates by enabling engines to run each cylinder at its most efficient point and activating only the necessary cylinders based on the driver's power and torque demands. Founded in 2008 and headquartered in San Jose, California, Tula Technology also has an engineering center in Plymouth, Michigan. The company primarily serves clients in the United States, Germany, Japan, China, and South Korea, and operates as a subsidiary of Delphi Technologies PLC.
Zebra Medical Vision Ltd. is an Israeli company founded in 2014 that specializes in developing an imaging analytics platform aimed at enhancing healthcare delivery. The platform provides a comprehensive suite of imaging research solutions for clinicians, advanced machine learning and computer vision diagnostic algorithms for developers, and risk management tools for healthcare providers. By offering access to a vast repository of anonymized clinical records, Zebra Medical Vision supports researchers in accelerating the development of decision support tools and improving diagnostic accuracy. The company collaborates with various partners, including USARAD Holdings and TELUS Ventures, to leverage its network of over 1,100 hospitals and healthcare providers. This collaboration fosters innovation and enhances patient care through the application of advanced analytics and automated clinical insights, positioning Zebra Medical Vision as a leader in the integration of AI and machine learning in medical imaging.
Feetz Inc. manufactures and sells custom made footwear for consumers. It offers SizeMe technology based custom 3D printed shoes in various styles, colors, and patterns. The company provides various shoe sizes for small feet, large feet, bunions, flat feet, high arches, and more. It offers its products through retailers and distributors. Feetz Inc. also serves customers online. The company was incorporated in 2013 and is headquartered in San Diego, California.
Avametric, Inc. is a fashion software company that specializes in cloth simulation technology to create digital garments for the fashion and apparel industries. Founded in 2012 and based in San Francisco, California, Avametric's platform utilizes body size and shape measurements provided by users to generate realistic 3D renderings of apparel and accessories on customizable digital body models. This innovative technology allows brands to enhance the online shopping experience by offering virtual fitting room capabilities, enabling customers to visualize how garments will fit on personalized avatars. Avametric also streamlines content creation for brands and retail, improving efficiency in garment design and development. The company operates as a subsidiary of Gerber Technology LLC.
Tula Technology, Inc. specializes in developing and marketing the Dynamic Skip Fire (DSF) cylinder deactivation system, a cutting-edge powertrain technology designed to enhance fuel efficiency in internal combustion engines. By integrating digital signal processing with advanced powertrain controls, Tula's system allows automotive manufacturers to optimize engine performance while meeting stringent fuel efficiency and CO2 emissions standards. The technology operates by enabling engines to run each cylinder at its most efficient point and activating only the necessary cylinders based on the driver's power and torque demands. Founded in 2008 and headquartered in San Jose, California, Tula Technology also has an engineering center in Plymouth, Michigan. The company primarily serves clients in the United States, Germany, Japan, China, and South Korea, and operates as a subsidiary of Delphi Technologies PLC.
SLD Laser specializes in the development and commercialization of advanced visible laser light sources for various applications, including automotive, mobility, specialty lighting, and consumer products. The company utilizes innovative semi-polar GaN laser technology to enhance performance and reliability. Its laser light sources are ISO 9001 certified and comply with automotive standards, ensuring safety and quality across its products. With facilities in Santa Barbara and Fremont, California, SLD Laser's high luminance LaserLight sources are UL and IEC safety certified and find applications in diverse fields such as entertainment, projection and augmented/virtual reality displays, biomedical instrumentation, and industrial imaging and material processing.
Tula Technology, Inc. specializes in developing and marketing the Dynamic Skip Fire (DSF) cylinder deactivation system, a cutting-edge powertrain technology designed to enhance fuel efficiency in internal combustion engines. By integrating digital signal processing with advanced powertrain controls, Tula's system allows automotive manufacturers to optimize engine performance while meeting stringent fuel efficiency and CO2 emissions standards. The technology operates by enabling engines to run each cylinder at its most efficient point and activating only the necessary cylinders based on the driver's power and torque demands. Founded in 2008 and headquartered in San Jose, California, Tula Technology also has an engineering center in Plymouth, Michigan. The company primarily serves clients in the United States, Germany, Japan, China, and South Korea, and operates as a subsidiary of Delphi Technologies PLC.
HeartVista is a medical technology company that provides one-click diagnostic imaging. It brought in machine learning to make the scanning process faster, easier, and more consistent. Using AI to control the scanner minimizes the need for breath-holds, making MRI exams available for a broader base of patients and conditions.
Veebeam Ltd. is a technology company based in Cambridge, United Kingdom, specializing in wireless technologies and products for video streaming. Founded in 2002 and resulting from the 2008 merger of Staccato Communications and Artimi, Veebeam focuses on developing software and hardware solutions that facilitate the wireless streaming of HD audio and video content from devices like PCs to televisions. Their product offerings include Veebeam VideoCaster software, which allows desktop streaming to TVs, and various solutions for accessing online video services such as Netflix and YouTube. The company also designs in-home video solutions using DLNA/UPnP protocols and provides ultra wideband wireless modules for diverse applications. Veebeam’s products support a range of operating systems and are marketed to OEMs and service providers through online retail channels. As of October 2013, Veebeam Ltd. entered liquidation.
Tula Technology, Inc. specializes in developing and marketing the Dynamic Skip Fire (DSF) cylinder deactivation system, a cutting-edge powertrain technology designed to enhance fuel efficiency in internal combustion engines. By integrating digital signal processing with advanced powertrain controls, Tula's system allows automotive manufacturers to optimize engine performance while meeting stringent fuel efficiency and CO2 emissions standards. The technology operates by enabling engines to run each cylinder at its most efficient point and activating only the necessary cylinders based on the driver's power and torque demands. Founded in 2008 and headquartered in San Jose, California, Tula Technology also has an engineering center in Plymouth, Michigan. The company primarily serves clients in the United States, Germany, Japan, China, and South Korea, and operates as a subsidiary of Delphi Technologies PLC.
Topanga Asia specializes in the development of advanced plasma lighting technology, offering energy-efficient and reliable lighting solutions for industrial and commercial applications. The company has created innovative solid-state driven lighting products that utilize an electrode-free high-intensity discharge (HID) bulb. These products are designed to replace traditional lighting sources such as metal halide, high-pressure sodium, halogen, induction, and LED lights, achieving superior lumen output per watt. By focusing on efficiency and low maintenance, Topanga Asia enables businesses to significantly reduce their lighting and energy costs while enhancing overall illumination in outdoor and commercial environments.
Spatial Photonics, Inc. specializes in the development and manufacturing of microdisplays intended for both business and consumer projection display applications. The company's products utilize reflective digital light modulators designed to control and modulate light intensity, enhancing visual output for various uses. Through its innovative technology, Spatial Photonics aims to improve the quality and efficiency of projection displays, catering to a diverse range of market needs.