SOSV

Tensorfield Agriculture is a company based in San Jose, California, specializing in the development and manufacture of advanced agricultural machinery tailored for specialty row crops. Founded in 2018, the company focuses on innovative solutions that promote sustainable farming practices in a post-herbicide environment. Tensorfield Agriculture's machinery includes robots equipped with computer vision technology that perform selective, non-invasive weeding through thermal micro-dosing techniques. This approach helps farmers combat herbicide resistance while ensuring the continued supply of safe and sustainable fresh food. The company's commitment to enhancing agricultural efficiency positions it at the forefront of modern farming solutions.

Founded in 2014, Machine Medicine Technologies develops an AI-powered platform for objective measurement of movement disorders like Parkinson's disease. Using computer vision and pose estimation techniques, it tracks patient movements to provide secure, accessible, and affordable metrics for researchers and healthcare providers.

Calyx develops advanced sensor platforms that monitor various parameters in poultry farming with exceptional specificity and sensitivity. The company combines AI computer vision technology, bio-engineered sensors, and data science to address complex challenges in the poultry industry.

Inbolt is a company focused on enhancing industrial operations through advanced vision systems for robots. It has developed a vision-based artificial intelligence that enables real-time decision-making in various environments, allowing for smarter automation of complex tasks. The company's technology includes a tool positioning system that provides real-time quality control for manual operations such as torquing, drilling, and riveting. By implementing these innovations, Inbolt aims to reduce errors in operations and improve overall quality control, thereby streamlining industrial processes and increasing efficiency.

Tensorfield Agriculture is a company based in San Jose, California, specializing in the development and manufacture of advanced agricultural machinery tailored for specialty row crops. Founded in 2018, the company focuses on innovative solutions that promote sustainable farming practices in a post-herbicide environment. Tensorfield Agriculture's machinery includes robots equipped with computer vision technology that perform selective, non-invasive weeding through thermal micro-dosing techniques. This approach helps farmers combat herbicide resistance while ensuring the continued supply of safe and sustainable fresh food. The company's commitment to enhancing agricultural efficiency positions it at the forefront of modern farming solutions.

EIO Diagnostics Inc. is a Canadian company specializing in udder health technology for dairy farming. Founded in 2017 and based in Duncan, it develops the FirstLook Mastitis detection system, which aims to prevent mastitis infections in dairy animals. The system employs a multispectral sensor installed at the entrance of the milk parlor to capture images of the udder as cows enter, enabling early detection of infection indicators through advanced infrared image analysis and computer vision. This technology automates the screening process, allowing farmers to monitor udder health efficiently, reduce labor costs, and enhance milk quality.

Tensorfield Agriculture is a company based in San Jose, California, specializing in the development and manufacture of advanced agricultural machinery tailored for specialty row crops. Founded in 2018, the company focuses on innovative solutions that promote sustainable farming practices in a post-herbicide environment. Tensorfield Agriculture's machinery includes robots equipped with computer vision technology that perform selective, non-invasive weeding through thermal micro-dosing techniques. This approach helps farmers combat herbicide resistance while ensuring the continued supply of safe and sustainable fresh food. The company's commitment to enhancing agricultural efficiency positions it at the forefront of modern farming solutions.

Rightbot develops AI-driven robotics technology for warehouse automation. Their autonomous mobile robots specialize in bin-picking, automating tasks such as order fulfillment, inventory replenishment, cycle audit, and consolidation.

ViaBot Inc. specializes in developing autonomous outdoor robots tailored for commercial maintenance tasks. Founded in 2016 and headquartered in Sunnyvale, California, the company offers multi-functional robots that address various outdoor responsibilities, including sweeping, lawn mowing, and security. Their RUNO robots utilize advanced vision technology to monitor and scan properties, such as recognizing vehicle license plates. ViaBot's autonomous solutions feature modular technology, round-the-clock monitoring, easy scheduling, and long operational runtimes, thus enabling businesses like shopping malls and sports arenas to efficiently manage their outdoor environments. The company's commitment to ongoing updates ensures their robots remain effective and adaptable to changing needs.

AuraSense is a company that leverages artificial intelligence and automation to enhance neurological examinations, converting subjective assessments into quantifiable data. By merging video game technology with practical medical procedures, AuraSense develops digital touch technology that enables the early detection of limb damage and facilitates remote physical examinations for various diseases. This innovative approach allows neurologists to accurately evaluate patients' cognitive and physical health, leading to personalized treatment plans tailored to individual needs. Through its technology, AuraSense aims to improve health outcomes and ensure that patients receive effective, data-driven care.

Tensorfield Agriculture is a company based in San Jose, California, specializing in the development and manufacture of advanced agricultural machinery tailored for specialty row crops. Founded in 2018, the company focuses on innovative solutions that promote sustainable farming practices in a post-herbicide environment. Tensorfield Agriculture's machinery includes robots equipped with computer vision technology that perform selective, non-invasive weeding through thermal micro-dosing techniques. This approach helps farmers combat herbicide resistance while ensuring the continued supply of safe and sustainable fresh food. The company's commitment to enhancing agricultural efficiency positions it at the forefront of modern farming solutions.

Gaia AI is an MIT spinout focused on revolutionizing forestry management through advanced perception artificial intelligence. By leveraging technology similar to that used in autonomous vehicles, Gaia AI processes LiDAR, camera, and satellite data to enhance the understanding of forest ecosystems. This innovative approach allows for more accurate assessments of carbon stock and timber content, enabling landowners, project developers, and investors to make informed decisions regarding forestry management. Additionally, Gaia AI aims to streamline the evaluation of various forest values, including carbon projects, ecosystem services that support biodiversity, and wildfire risk, ultimately promoting trees as a viable and economically beneficial option for carbon sequestration in the fight against climate change.

Founded in 2014, Machine Medicine Technologies develops an AI-powered platform for objective measurement of movement disorders like Parkinson's disease. Using computer vision and pose estimation techniques, it tracks patient movements to provide secure, accessible, and affordable metrics for researchers and healthcare providers.

CleanRobotics, Inc., based in Pittsburgh, Pennsylvania, specializes in the development of TrashBot, an autonomous waste management system that enhances the recycling process. Utilizing robotics, computer vision, and artificial intelligence, TrashBot effectively identifies and segregates sorting waste from recyclables. This innovative approach not only reduces waste hauling costs for businesses but also supports recycling plants by making recycling more affordable and efficient. The system incorporates cloud-connected technology, cameras, and sensors to scan materials, providing valuable data for recyclers and promoting sustainable waste management solutions to address ongoing environmental challenges.

EIO Diagnostics Inc. is a Canadian company specializing in udder health technology for dairy farming. Founded in 2017 and based in Duncan, it develops the FirstLook Mastitis detection system, which aims to prevent mastitis infections in dairy animals. The system employs a multispectral sensor installed at the entrance of the milk parlor to capture images of the udder as cows enter, enabling early detection of infection indicators through advanced infrared image analysis and computer vision. This technology automates the screening process, allowing farmers to monitor udder health efficiently, reduce labor costs, and enhance milk quality.

ViaBot Inc. specializes in developing autonomous outdoor robots tailored for commercial maintenance tasks. Founded in 2016 and headquartered in Sunnyvale, California, the company offers multi-functional robots that address various outdoor responsibilities, including sweeping, lawn mowing, and security. Their RUNO robots utilize advanced vision technology to monitor and scan properties, such as recognizing vehicle license plates. ViaBot's autonomous solutions feature modular technology, round-the-clock monitoring, easy scheduling, and long operational runtimes, thus enabling businesses like shopping malls and sports arenas to efficiently manage their outdoor environments. The company's commitment to ongoing updates ensures their robots remain effective and adaptable to changing needs.

MotionsCloud is a technology company that specializes in automating damage detection and assessment for property and vehicle insurance claims using computer vision and artificial intelligence. By streamlining the claims process, MotionsCloud significantly reduces the claim cycle time from ten days to just three hours and can cut claims processing costs by up to 75%. The company's innovative solutions enhance the overall experience for customers and improve productivity for insurance providers. MotionsCloud serves a diverse range of clients across the United States, Europe, and Southeast Asia, demonstrating its impact on the global insurance industry.

Gaia AI is an MIT spinout focused on revolutionizing forestry management through advanced perception artificial intelligence. By leveraging technology similar to that used in autonomous vehicles, Gaia AI processes LiDAR, camera, and satellite data to enhance the understanding of forest ecosystems. This innovative approach allows for more accurate assessments of carbon stock and timber content, enabling landowners, project developers, and investors to make informed decisions regarding forestry management. Additionally, Gaia AI aims to streamline the evaluation of various forest values, including carbon projects, ecosystem services that support biodiversity, and wildfire risk, ultimately promoting trees as a viable and economically beneficial option for carbon sequestration in the fight against climate change.

Smartex focuses on addressing significant challenges in the textile industry by leveraging advanced AI technology, specifically machine learning and computer vision. The company has developed a hardware-enabled software solution that detects textile defects and irregularities in real time. By implementing this innovative system, Smartex can halt production when defects are identified, thereby minimizing defective output and reducing textile waste. This proactive approach not only enhances production efficiency but also contributes to sustainability by lowering carbon dioxide emissions, energy consumption, and water usage. Moreover, Smartex provides factories with a user interface to monitor production statistics, further improving operational insights and decision-making capabilities.

Inbolt is a company focused on enhancing industrial operations through advanced vision systems for robots. It has developed a vision-based artificial intelligence that enables real-time decision-making in various environments, allowing for smarter automation of complex tasks. The company's technology includes a tool positioning system that provides real-time quality control for manual operations such as torquing, drilling, and riveting. By implementing these innovations, Inbolt aims to reduce errors in operations and improve overall quality control, thereby streamlining industrial processes and increasing efficiency.

Inbolt is a company focused on enhancing industrial operations through advanced vision systems for robots. It has developed a vision-based artificial intelligence that enables real-time decision-making in various environments, allowing for smarter automation of complex tasks. The company's technology includes a tool positioning system that provides real-time quality control for manual operations such as torquing, drilling, and riveting. By implementing these innovations, Inbolt aims to reduce errors in operations and improve overall quality control, thereby streamlining industrial processes and increasing efficiency.

HUVIAiR is a pioneer of visual-intelligence led construction management software. It’s flagship SaaS platform CONSTRA, enables customers to extract insights from visual inputs to make analytics driven decisions all along their planning, building and managing their projects better. CONSTRA ingests visual inputs from drones, 360 degree cameras, laser scanners, mobile phones and as well as traditional sources like CAD drawings and BIMS. The platform then extracts the technical and operational information within them onto a visually appealing dashboard. The various stakeholders of the project can then collaborate through this platform to meticulously plan each stage of the project, remotely monitor the progress, ensure the conformance to plan, identify deviations, list and manage snags, manage master data, and generate diverse formats of reports. At the heart of CONSTRA lies a computer vision based deep-learning engine system. This engine is capable of automatically detecting and reporting the actual progress of construction and benchmark it against the planned progress metrics captured within traditional CRM systems. Clients using CONSTRA can save up to 75% of time on progress monitoring, reduce their supervisory manpower requirement by at least 50% and reduce the overall costs of the project by up to 20%. CONSTRA is available for subscription in multiple attractive plans. The clients can access the platform though a web-interface as well as a mobile application.

Youibot Robotics Co., Ltd. is a Chinese company focused on the research, development, and manufacturing of autonomous mobile robots. The firm has independently developed a cutting-edge robot platform that utilizes advanced laser radar and visual real-time SLAM technology for navigation and mapping. Youibot's innovative systems are designed for both indoor and outdoor applications, offering competitive solutions for various industries. Their product line includes autonomous robots equipped with a standalone control system and a cluster collaboration platform, enabling efficient and automated operations for clients.

Rightbot develops AI-driven robotics technology for warehouse automation. Their autonomous mobile robots specialize in bin-picking, automating tasks such as order fulfillment, inventory replenishment, cycle audit, and consolidation.

Calyx develops advanced sensor platforms that monitor various parameters in poultry farming with exceptional specificity and sensitivity. The company combines AI computer vision technology, bio-engineered sensors, and data science to address complex challenges in the poultry industry.

Smartex focuses on addressing significant challenges in the textile industry by leveraging advanced AI technology, specifically machine learning and computer vision. The company has developed a hardware-enabled software solution that detects textile defects and irregularities in real time. By implementing this innovative system, Smartex can halt production when defects are identified, thereby minimizing defective output and reducing textile waste. This proactive approach not only enhances production efficiency but also contributes to sustainability by lowering carbon dioxide emissions, energy consumption, and water usage. Moreover, Smartex provides factories with a user interface to monitor production statistics, further improving operational insights and decision-making capabilities.

CleanRobotics, Inc., based in Pittsburgh, Pennsylvania, specializes in the development of TrashBot, an autonomous waste management system that enhances the recycling process. Utilizing robotics, computer vision, and artificial intelligence, TrashBot effectively identifies and segregates sorting waste from recyclables. This innovative approach not only reduces waste hauling costs for businesses but also supports recycling plants by making recycling more affordable and efficient. The system incorporates cloud-connected technology, cameras, and sensors to scan materials, providing valuable data for recyclers and promoting sustainable waste management solutions to address ongoing environmental challenges.

EIO Diagnostics Inc. is a Canadian company specializing in udder health technology for dairy farming. Founded in 2017 and based in Duncan, it develops the FirstLook Mastitis detection system, which aims to prevent mastitis infections in dairy animals. The system employs a multispectral sensor installed at the entrance of the milk parlor to capture images of the udder as cows enter, enabling early detection of infection indicators through advanced infrared image analysis and computer vision. This technology automates the screening process, allowing farmers to monitor udder health efficiently, reduce labor costs, and enhance milk quality.

Dataforge.ai specializes in data annotation services for artificial intelligence and machine learning applications. The company offers a platform that facilitates the training of AI models through precise image annotation, ensuring high accuracy while maintaining low costs. By leveraging machine learning technology, Dataforge.ai assists AI teams in addressing various data challenges, including storage, collection, cleaning, and labeling of data. This comprehensive approach enables clients to expedite their processes and enhance operational efficiency.

Dataforge.ai specializes in data annotation services for artificial intelligence and machine learning applications. The company offers a platform that facilitates the training of AI models through precise image annotation, ensuring high accuracy while maintaining low costs. By leveraging machine learning technology, Dataforge.ai assists AI teams in addressing various data challenges, including storage, collection, cleaning, and labeling of data. This comprehensive approach enables clients to expedite their processes and enhance operational efficiency.

ViaBot Inc. specializes in developing autonomous outdoor robots tailored for commercial maintenance tasks. Founded in 2016 and headquartered in Sunnyvale, California, the company offers multi-functional robots that address various outdoor responsibilities, including sweeping, lawn mowing, and security. Their RUNO robots utilize advanced vision technology to monitor and scan properties, such as recognizing vehicle license plates. ViaBot's autonomous solutions feature modular technology, round-the-clock monitoring, easy scheduling, and long operational runtimes, thus enabling businesses like shopping malls and sports arenas to efficiently manage their outdoor environments. The company's commitment to ongoing updates ensures their robots remain effective and adaptable to changing needs.

Tensorfield Agriculture is a company based in San Jose, California, specializing in the development and manufacture of advanced agricultural machinery tailored for specialty row crops. Founded in 2018, the company focuses on innovative solutions that promote sustainable farming practices in a post-herbicide environment. Tensorfield Agriculture's machinery includes robots equipped with computer vision technology that perform selective, non-invasive weeding through thermal micro-dosing techniques. This approach helps farmers combat herbicide resistance while ensuring the continued supply of safe and sustainable fresh food. The company's commitment to enhancing agricultural efficiency positions it at the forefront of modern farming solutions.

viAct is an innovative AI company that specializes in providing scenario-based vision intelligence solutions tailored for the architecture, engineering, and construction (AEC) industry across Asia, Europe, and the Middle East. Established in 2016, viAct has successfully implemented hundreds of deployments, utilizing its proprietary AI algorithms to deliver detailed insights into job sites. The company's suite of over 30 pre-built AI modules empowers stakeholders to enhance personnel safety, minimize accidents, optimize operational costs, and monitor compliance with environmental regulations. By tracking site activities and assessing safety measures, viAct plays a crucial role in improving efficiency and safety standards within the construction sector.

Tarantula Robotics is a company specializing in autonomous filming robot technology, founded in 2018 in Shenzhen, Guangdong. The company has developed a motorized robotic camera that features entity detection, focus capabilities, auto-video editing, and cloud uploading. This innovative technology allows users to effortlessly create high-quality video content, streamlining the filming and editing process. By integrating advanced automation into video production, Tarantula Robotics aims to enhance the efficiency and accessibility of high-quality content creation for a diverse range of users.

viAct is an innovative AI company that specializes in providing scenario-based vision intelligence solutions tailored for the architecture, engineering, and construction (AEC) industry across Asia, Europe, and the Middle East. Established in 2016, viAct has successfully implemented hundreds of deployments, utilizing its proprietary AI algorithms to deliver detailed insights into job sites. The company's suite of over 30 pre-built AI modules empowers stakeholders to enhance personnel safety, minimize accidents, optimize operational costs, and monitor compliance with environmental regulations. By tracking site activities and assessing safety measures, viAct plays a crucial role in improving efficiency and safety standards within the construction sector.

HUVIAiR is a pioneer of visual-intelligence led construction management software. It’s flagship SaaS platform CONSTRA, enables customers to extract insights from visual inputs to make analytics driven decisions all along their planning, building and managing their projects better. CONSTRA ingests visual inputs from drones, 360 degree cameras, laser scanners, mobile phones and as well as traditional sources like CAD drawings and BIMS. The platform then extracts the technical and operational information within them onto a visually appealing dashboard. The various stakeholders of the project can then collaborate through this platform to meticulously plan each stage of the project, remotely monitor the progress, ensure the conformance to plan, identify deviations, list and manage snags, manage master data, and generate diverse formats of reports. At the heart of CONSTRA lies a computer vision based deep-learning engine system. This engine is capable of automatically detecting and reporting the actual progress of construction and benchmark it against the planned progress metrics captured within traditional CRM systems. Clients using CONSTRA can save up to 75% of time on progress monitoring, reduce their supervisory manpower requirement by at least 50% and reduce the overall costs of the project by up to 20%. CONSTRA is available for subscription in multiple attractive plans. The clients can access the platform though a web-interface as well as a mobile application.

Alterra Robotics specializes in developing autonomous security robots equipped with AI capabilities. These robots integrate into existing surveillance systems, enhancing real-time event detection and response efficiency for security teams. They navigate autonomously using GPS-based waypoint navigation and obstacle avoidance features, ensuring safe operation. The high-performing camera module facilitates seamless integration with existing software platforms.

Rightbot develops AI-driven robotics technology for warehouse automation. Their autonomous mobile robots specialize in bin-picking, automating tasks such as order fulfillment, inventory replenishment, cycle audit, and consolidation.

myPerimeter is a company focused on creating advanced outdoor security systems designed to enhance home safety. Its innovative approach combines AI-powered ground sensors, cameras, intelligent lighting, and deep learning technology to effectively detect and deter potential intruders. This integrated system aims to respond more quickly than traditional camera-only setups, providing homeowners with additional time to safeguard their families. By leveraging cutting-edge technology, myPerimeter addresses the growing need for reliable security solutions in residential areas.

Tensorfield Agriculture is a company based in San Jose, California, specializing in the development and manufacture of advanced agricultural machinery tailored for specialty row crops. Founded in 2018, the company focuses on innovative solutions that promote sustainable farming practices in a post-herbicide environment. Tensorfield Agriculture's machinery includes robots equipped with computer vision technology that perform selective, non-invasive weeding through thermal micro-dosing techniques. This approach helps farmers combat herbicide resistance while ensuring the continued supply of safe and sustainable fresh food. The company's commitment to enhancing agricultural efficiency positions it at the forefront of modern farming solutions.

Inbolt is a company focused on enhancing industrial operations through advanced vision systems for robots. It has developed a vision-based artificial intelligence that enables real-time decision-making in various environments, allowing for smarter automation of complex tasks. The company's technology includes a tool positioning system that provides real-time quality control for manual operations such as torquing, drilling, and riveting. By implementing these innovations, Inbolt aims to reduce errors in operations and improve overall quality control, thereby streamlining industrial processes and increasing efficiency.

Motion Metrics is a Canadian technology company specializing in artificial intelligence and computer vision to enhance mine safety, productivity, and energy efficiency. The company provides solutions such as missing tooth detection for shovels and loaders, tooth wear monitoring, payload monitoring, boulder detection for haul trucks, and particle size analysis for various mining equipment. These market-leading technologies have been implemented at over 60 mines across six continents and are relied upon by some of the world's largest mining companies. Motion Metrics maintains offices in Canada, Chile, South Africa, Australia, and Russia to offer swift, localized support to its clients.

Founded in 2014, Machine Medicine Technologies develops an AI-powered platform for objective measurement of movement disorders like Parkinson's disease. Using computer vision and pose estimation techniques, it tracks patient movements to provide secure, accessible, and affordable metrics for researchers and healthcare providers.

viAct is an innovative AI company that specializes in providing scenario-based vision intelligence solutions tailored for the architecture, engineering, and construction (AEC) industry across Asia, Europe, and the Middle East. Established in 2016, viAct has successfully implemented hundreds of deployments, utilizing its proprietary AI algorithms to deliver detailed insights into job sites. The company's suite of over 30 pre-built AI modules empowers stakeholders to enhance personnel safety, minimize accidents, optimize operational costs, and monitor compliance with environmental regulations. By tracking site activities and assessing safety measures, viAct plays a crucial role in improving efficiency and safety standards within the construction sector.

Youibot Robotics Co., Ltd. is a Chinese company focused on the research, development, and manufacturing of autonomous mobile robots. The firm has independently developed a cutting-edge robot platform that utilizes advanced laser radar and visual real-time SLAM technology for navigation and mapping. Youibot's innovative systems are designed for both indoor and outdoor applications, offering competitive solutions for various industries. Their product line includes autonomous robots equipped with a standalone control system and a cluster collaboration platform, enabling efficient and automated operations for clients.

Tensorfield Agriculture is a company based in San Jose, California, specializing in the development and manufacture of advanced agricultural machinery tailored for specialty row crops. Founded in 2018, the company focuses on innovative solutions that promote sustainable farming practices in a post-herbicide environment. Tensorfield Agriculture's machinery includes robots equipped with computer vision technology that perform selective, non-invasive weeding through thermal micro-dosing techniques. This approach helps farmers combat herbicide resistance while ensuring the continued supply of safe and sustainable fresh food. The company's commitment to enhancing agricultural efficiency positions it at the forefront of modern farming solutions.

Smartex focuses on addressing significant challenges in the textile industry by leveraging advanced AI technology, specifically machine learning and computer vision. The company has developed a hardware-enabled software solution that detects textile defects and irregularities in real time. By implementing this innovative system, Smartex can halt production when defects are identified, thereby minimizing defective output and reducing textile waste. This proactive approach not only enhances production efficiency but also contributes to sustainability by lowering carbon dioxide emissions, energy consumption, and water usage. Moreover, Smartex provides factories with a user interface to monitor production statistics, further improving operational insights and decision-making capabilities.

MotionsCloud is a technology company that specializes in automating damage detection and assessment for property and vehicle insurance claims using computer vision and artificial intelligence. By streamlining the claims process, MotionsCloud significantly reduces the claim cycle time from ten days to just three hours and can cut claims processing costs by up to 75%. The company's innovative solutions enhance the overall experience for customers and improve productivity for insurance providers. MotionsCloud serves a diverse range of clients across the United States, Europe, and Southeast Asia, demonstrating its impact on the global insurance industry.

viAct is an innovative AI company that specializes in providing scenario-based vision intelligence solutions tailored for the architecture, engineering, and construction (AEC) industry across Asia, Europe, and the Middle East. Established in 2016, viAct has successfully implemented hundreds of deployments, utilizing its proprietary AI algorithms to deliver detailed insights into job sites. The company's suite of over 30 pre-built AI modules empowers stakeholders to enhance personnel safety, minimize accidents, optimize operational costs, and monitor compliance with environmental regulations. By tracking site activities and assessing safety measures, viAct plays a crucial role in improving efficiency and safety standards within the construction sector.

Try & Buy Fashion is a technology company specializing in computer vision and artificial intelligence, founded in 2017 and based in Westlake Village, California. The company has developed innovative application software that provides virtual trial room solutions, enabling users to virtually try on clothing through its advanced software. This includes features such as fitting checks, mix and match options, and personalized advisory services. Try & Buy's technology is protected by over 70 international patents, with nine granted in the United States. The company's virtual try-on solutions are designed for integration into both online fashion e-commerce platforms and physical retail stores, allowing customers to interact with virtual try-on screens while shopping. In recognition of its groundbreaking technology, Try & Buy was awarded Amazon's Innovator of the Year in 2020 for creating the world's most advanced virtual trial room.

ViaBot Inc. specializes in developing autonomous outdoor robots tailored for commercial maintenance tasks. Founded in 2016 and headquartered in Sunnyvale, California, the company offers multi-functional robots that address various outdoor responsibilities, including sweeping, lawn mowing, and security. Their RUNO robots utilize advanced vision technology to monitor and scan properties, such as recognizing vehicle license plates. ViaBot's autonomous solutions feature modular technology, round-the-clock monitoring, easy scheduling, and long operational runtimes, thus enabling businesses like shopping malls and sports arenas to efficiently manage their outdoor environments. The company's commitment to ongoing updates ensures their robots remain effective and adaptable to changing needs.

Founded in 2014, Machine Medicine Technologies develops an AI-powered platform for objective measurement of movement disorders like Parkinson's disease. Using computer vision and pose estimation techniques, it tracks patient movements to provide secure, accessible, and affordable metrics for researchers and healthcare providers.

Youibot Robotics Co., Ltd. is a Chinese company focused on the research, development, and manufacturing of autonomous mobile robots. The firm has independently developed a cutting-edge robot platform that utilizes advanced laser radar and visual real-time SLAM technology for navigation and mapping. Youibot's innovative systems are designed for both indoor and outdoor applications, offering competitive solutions for various industries. Their product line includes autonomous robots equipped with a standalone control system and a cluster collaboration platform, enabling efficient and automated operations for clients.

Founded in 2014, Machine Medicine Technologies develops an AI-powered platform for objective measurement of movement disorders like Parkinson's disease. Using computer vision and pose estimation techniques, it tracks patient movements to provide secure, accessible, and affordable metrics for researchers and healthcare providers.

Smartex focuses on addressing significant challenges in the textile industry by leveraging advanced AI technology, specifically machine learning and computer vision. The company has developed a hardware-enabled software solution that detects textile defects and irregularities in real time. By implementing this innovative system, Smartex can halt production when defects are identified, thereby minimizing defective output and reducing textile waste. This proactive approach not only enhances production efficiency but also contributes to sustainability by lowering carbon dioxide emissions, energy consumption, and water usage. Moreover, Smartex provides factories with a user interface to monitor production statistics, further improving operational insights and decision-making capabilities.

Miro AI is a developer of a sports analytics platform that utilizes artificial intelligence and computer vision to analyze sports content. The company's technology focuses on identifying athletes and extracting insights from event photos and videos. By leveraging deep learning and scalable cloud infrastructure, Miro AI analyzes the human body in motion, enabling the extraction of valuable data that can be used for various applications, including advertising and customer relationship management. This innovative approach provides brands and retailers with unique actionable insights, enhancing their ability to engage with audiences and optimize marketing strategies.

Craft Robotics provides a mortar raking robot. It is a robotic tool that fits into existing workflows and logistics of construction sites. It leverages advanced sensor fusion, computer vision, and AI and the robots are capable of seeing the mortar and adapting to varying hardnesses.

Try & Buy Fashion is a technology company specializing in computer vision and artificial intelligence, founded in 2017 and based in Westlake Village, California. The company has developed innovative application software that provides virtual trial room solutions, enabling users to virtually try on clothing through its advanced software. This includes features such as fitting checks, mix and match options, and personalized advisory services. Try & Buy's technology is protected by over 70 international patents, with nine granted in the United States. The company's virtual try-on solutions are designed for integration into both online fashion e-commerce platforms and physical retail stores, allowing customers to interact with virtual try-on screens while shopping. In recognition of its groundbreaking technology, Try & Buy was awarded Amazon's Innovator of the Year in 2020 for creating the world's most advanced virtual trial room.

Tensorfield Agriculture is a company based in San Jose, California, specializing in the development and manufacture of advanced agricultural machinery tailored for specialty row crops. Founded in 2018, the company focuses on innovative solutions that promote sustainable farming practices in a post-herbicide environment. Tensorfield Agriculture's machinery includes robots equipped with computer vision technology that perform selective, non-invasive weeding through thermal micro-dosing techniques. This approach helps farmers combat herbicide resistance while ensuring the continued supply of safe and sustainable fresh food. The company's commitment to enhancing agricultural efficiency positions it at the forefront of modern farming solutions.

Founded in 2014, Machine Medicine Technologies develops an AI-powered platform for objective measurement of movement disorders like Parkinson's disease. Using computer vision and pose estimation techniques, it tracks patient movements to provide secure, accessible, and affordable metrics for researchers and healthcare providers.

Calyx develops advanced sensor platforms that monitor various parameters in poultry farming with exceptional specificity and sensitivity. The company combines AI computer vision technology, bio-engineered sensors, and data science to address complex challenges in the poultry industry.

ViSR is an AI Computer-Vision company for industrial automation that provides intelligent vision to robotics. They offer technology solutions that help manufacturing companies automate processes that previously were too complex for traditional computer-vision techniques. Their easy-to-use web-app allows manufacturers to upload image data sets and have them labelled, resulting in extremely fast turn-around time for integrating customized AI-based solutions.

EIO Diagnostics Inc. is a Canadian company specializing in udder health technology for dairy farming. Founded in 2017 and based in Duncan, it develops the FirstLook Mastitis detection system, which aims to prevent mastitis infections in dairy animals. The system employs a multispectral sensor installed at the entrance of the milk parlor to capture images of the udder as cows enter, enabling early detection of infection indicators through advanced infrared image analysis and computer vision. This technology automates the screening process, allowing farmers to monitor udder health efficiently, reduce labor costs, and enhance milk quality.

Mybrana is a technology company based in Valencia, Spain, specializing in augmented reality (AR) solutions that incorporate computer vision features like face recognition and 3D location mapping. Founded in 2012, the company aims to empower brands to launch innovative social interactive AR campaigns, whether on users' faces or in urban environments. Mybrana's cutting-edge technology supports the development of advanced advertising and shopping formats, enhancing how brands engage with consumers in social networks and e-commerce. With a team of skilled professionals, Mybrana aspires to become a leading reference for the next generation of advertising and shopping platforms.

Fuller Vision develops autofocusing glasses that employ AI-eye tracking, miniaturized cameras and sensors, and dynamic lenses. These glasses mimic the natural focusing ability of young eyes, helping individuals with advanced presbyopia maintain a full range of focusing power.

EIO Diagnostics Inc. is a Canadian company specializing in udder health technology for dairy farming. Founded in 2017 and based in Duncan, it develops the FirstLook Mastitis detection system, which aims to prevent mastitis infections in dairy animals. The system employs a multispectral sensor installed at the entrance of the milk parlor to capture images of the udder as cows enter, enabling early detection of infection indicators through advanced infrared image analysis and computer vision. This technology automates the screening process, allowing farmers to monitor udder health efficiently, reduce labor costs, and enhance milk quality.

ViaBot Inc. specializes in developing autonomous outdoor robots tailored for commercial maintenance tasks. Founded in 2016 and headquartered in Sunnyvale, California, the company offers multi-functional robots that address various outdoor responsibilities, including sweeping, lawn mowing, and security. Their RUNO robots utilize advanced vision technology to monitor and scan properties, such as recognizing vehicle license plates. ViaBot's autonomous solutions feature modular technology, round-the-clock monitoring, easy scheduling, and long operational runtimes, thus enabling businesses like shopping malls and sports arenas to efficiently manage their outdoor environments. The company's commitment to ongoing updates ensures their robots remain effective and adaptable to changing needs.

Youibot Robotics Co., Ltd. is a Chinese company focused on the research, development, and manufacturing of autonomous mobile robots. The firm has independently developed a cutting-edge robot platform that utilizes advanced laser radar and visual real-time SLAM technology for navigation and mapping. Youibot's innovative systems are designed for both indoor and outdoor applications, offering competitive solutions for various industries. Their product line includes autonomous robots equipped with a standalone control system and a cluster collaboration platform, enabling efficient and automated operations for clients.

SoniCam is a company founded in April 2016 in Shenzhen, dedicated to transforming the virtual reality industry by providing affordable 360-degree and VR cameras tailored for both professional consumers and hobbyists. The company specializes in developing three-dimensional virtual reality camera technologies, utilizing field-programmable gate array and proprietary algorithms to deliver real-time video stitching. This innovation enables users to create immersive virtual reality videos and enhance overall video experiences. The founding team, led by James Zhan, who has extensive research and development experience, along with co-founders Danny Zhu and Xiaobin Liu, each possessing over 20 years in multimedia development, aims to push the boundaries of virtual reality technology. SoniCam's commitment to affordability and accessibility positions it as a significant player in the evolving VR landscape.

Fuller Vision develops autofocusing glasses that employ AI-eye tracking, miniaturized cameras and sensors, and dynamic lenses. These glasses mimic the natural focusing ability of young eyes, helping individuals with advanced presbyopia maintain a full range of focusing power.

Mybrana is a technology company based in Valencia, Spain, specializing in augmented reality (AR) solutions that incorporate computer vision features like face recognition and 3D location mapping. Founded in 2012, the company aims to empower brands to launch innovative social interactive AR campaigns, whether on users' faces or in urban environments. Mybrana's cutting-edge technology supports the development of advanced advertising and shopping formats, enhancing how brands engage with consumers in social networks and e-commerce. With a team of skilled professionals, Mybrana aspires to become a leading reference for the next generation of advertising and shopping platforms.

MotionSavvy LLC is a company focused on enhancing communication for the deaf and hard of hearing community through innovative technology. Based in Rochester, New York, MotionSavvy develops a translation tool that utilizes gesture recognition technology to interpret sign language. The company's flagship product, Leap, is a 3D sensing device that captures subtle hand movements and translates them into text letters, facilitating better communication. Additionally, MotionSavvy offers educational applications and accessories to further support its users. With a target market of approximately 370 million deaf and hard of hearing individuals worldwide, the company aims to provide affordable solutions that improve accessibility and bridge communication gaps.

Beetl Robotics specializes in developing autonomous consumer robots designed to assist with household chores, particularly in outdoor spaces like backyards and gardens. The company employs a skilled team of engineers who utilize cloud computing, machine learning, and computer vision technologies to create robots that autonomously navigate obstacles and detect nearby motion. These robots are equipped with sensors that enable them to perform various tasks, including cleaning up pet waste, thereby alleviating consumers from tedious maintenance responsibilities. By offering Robotics-as-a-Service, Beetl aims to enhance the convenience and efficiency of home care for its customers.

SoniCam is a company founded in April 2016 in Shenzhen, dedicated to transforming the virtual reality industry by providing affordable 360-degree and VR cameras tailored for both professional consumers and hobbyists. The company specializes in developing three-dimensional virtual reality camera technologies, utilizing field-programmable gate array and proprietary algorithms to deliver real-time video stitching. This innovation enables users to create immersive virtual reality videos and enhance overall video experiences. The founding team, led by James Zhan, who has extensive research and development experience, along with co-founders Danny Zhu and Xiaobin Liu, each possessing over 20 years in multimedia development, aims to push the boundaries of virtual reality technology. SoniCam's commitment to affordability and accessibility positions it as a significant player in the evolving VR landscape.

SoniCam is a company founded in April 2016 in Shenzhen, dedicated to transforming the virtual reality industry by providing affordable 360-degree and VR cameras tailored for both professional consumers and hobbyists. The company specializes in developing three-dimensional virtual reality camera technologies, utilizing field-programmable gate array and proprietary algorithms to deliver real-time video stitching. This innovation enables users to create immersive virtual reality videos and enhance overall video experiences. The founding team, led by James Zhan, who has extensive research and development experience, along with co-founders Danny Zhu and Xiaobin Liu, each possessing over 20 years in multimedia development, aims to push the boundaries of virtual reality technology. SoniCam's commitment to affordability and accessibility positions it as a significant player in the evolving VR landscape.

Beetl Robotics specializes in developing autonomous consumer robots designed to assist with household chores, particularly in outdoor spaces like backyards and gardens. The company employs a skilled team of engineers who utilize cloud computing, machine learning, and computer vision technologies to create robots that autonomously navigate obstacles and detect nearby motion. These robots are equipped with sensors that enable them to perform various tasks, including cleaning up pet waste, thereby alleviating consumers from tedious maintenance responsibilities. By offering Robotics-as-a-Service, Beetl aims to enhance the convenience and efficiency of home care for its customers.

NUA Robotics specializes in developing robotic hardware and software that allow personal belongings to move, follow, and communicate with users and their surroundings. By integrating advanced robotics, computer vision, and sensor networks, the company enables these items to be controlled via smartphones. This innovative approach not only enhances the functionality of everyday objects but also facilitates obstacle avoidance, creating a seamless interaction between users and their belongings. NUA Robotics aims to make this technology accessible, transforming the way people engage with their personal items through intelligent movement and communication capabilities.

MotionSavvy LLC is a company focused on enhancing communication for the deaf and hard of hearing community through innovative technology. Based in Rochester, New York, MotionSavvy develops a translation tool that utilizes gesture recognition technology to interpret sign language. The company's flagship product, Leap, is a 3D sensing device that captures subtle hand movements and translates them into text letters, facilitating better communication. Additionally, MotionSavvy offers educational applications and accessories to further support its users. With a target market of approximately 370 million deaf and hard of hearing individuals worldwide, the company aims to provide affordable solutions that improve accessibility and bridge communication gaps.

Rational Robotics is a Canadian company based in Edmonton that specializes in the design, development, and manufacture of automatic coating robots. These robots are engineered to automate and enhance the painting process, particularly in auto body repainting services. Utilizing advanced computer vision and custom algorithms, Rational Robotics' machines execute precise 3D scans to optimize tool paths, enabling them to paint objects of varying sizes with high accuracy. The company's innovative technology allows enterprises to achieve superior paint quality and efficiency in their operations.

MotionSavvy LLC is a company focused on enhancing communication for the deaf and hard of hearing community through innovative technology. Based in Rochester, New York, MotionSavvy develops a translation tool that utilizes gesture recognition technology to interpret sign language. The company's flagship product, Leap, is a 3D sensing device that captures subtle hand movements and translates them into text letters, facilitating better communication. Additionally, MotionSavvy offers educational applications and accessories to further support its users. With a target market of approximately 370 million deaf and hard of hearing individuals worldwide, the company aims to provide affordable solutions that improve accessibility and bridge communication gaps.

Rational Robotics is a Canadian company based in Edmonton that specializes in the design, development, and manufacture of automatic coating robots. These robots are engineered to automate and enhance the painting process, particularly in auto body repainting services. Utilizing advanced computer vision and custom algorithms, Rational Robotics' machines execute precise 3D scans to optimize tool paths, enabling them to paint objects of varying sizes with high accuracy. The company's innovative technology allows enterprises to achieve superior paint quality and efficiency in their operations.

GetVu specializes in developing augmented reality software solutions for wearable devices, focusing on enhancing supply chain management. Based in Bengaluru, India, the company aims to optimize workflow efficiencies and automate manual labor processes by providing real-time data access.

Rational Robotics is a Canadian company based in Edmonton that specializes in the design, development, and manufacture of automatic coating robots. These robots are engineered to automate and enhance the painting process, particularly in auto body repainting services. Utilizing advanced computer vision and custom algorithms, Rational Robotics' machines execute precise 3D scans to optimize tool paths, enabling them to paint objects of varying sizes with high accuracy. The company's innovative technology allows enterprises to achieve superior paint quality and efficiency in their operations.

i-tech English interactive technology acronym Chinese interactive technology. i-tech world Linkage Technology (Dalian) Co., Ltd. is a multi-touch (Multi-touch), three-dimensional motion technology (3D Motion) and virtual reality technology ( Virtual Reality), multi-camera fusion splicing technology as the core of the few self-developed high-tech interactive technology companies, while in motion analysis camera fusion splicing, and other target recognition and tracking computer vision field of in-depth research and a number of national patents . i-tech innovative IT will be the most advanced interactive technology and virtual reality technology combine to achieve a perfect demonstration of virtual interaction.

i-tech English interactive technology acronym Chinese interactive technology. i-tech world Linkage Technology (Dalian) Co., Ltd. is a multi-touch (Multi-touch), three-dimensional motion technology (3D Motion) and virtual reality technology ( Virtual Reality), multi-camera fusion splicing technology as the core of the few self-developed high-tech interactive technology companies, while in motion analysis camera fusion splicing, and other target recognition and tracking computer vision field of in-depth research and a number of national patents . i-tech innovative IT will be the most advanced interactive technology and virtual reality technology combine to achieve a perfect demonstration of virtual interaction.