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Roboflow, Inc. is a software-as-a-service company focused on enhancing computer vision capabilities for software engineers. Founded in 2019 and based in Des Moines, Iowa, Roboflow offers solutions such as Roboflow Organize, which assists developers in managing image datasets and annotations, and Roboflow Pro, designed to facilitate the deployment of computer vision applications using existing engineering resources. The company's tools streamline the creation and organization of datasets, including both image and video data, and employ pre-trained models and artificial intelligence to automate the annotation process. By providing features like dataset management, image transformations, and easy integration, Roboflow enables teams to build computer vision models more efficiently, improving accuracy and reducing common errors that can hinder model performance.

Odyssey operates as an AI start-up, provides hollywood-grade visual AI.

Ripcord, Inc. is a robotic digitization company that specializes in automating the management of paper records. Founded in 2014 and headquartered in Los Angeles, California, Ripcord develops a platform that utilizes advanced technologies, including artificial intelligence, machine learning, and vision-guided robotics, to create digital twins of physical documents. Its flagship solution, Canopy, captures, enriches, and organizes critical content, allowing enterprises to enhance their business processes with improved speed, quality, and accuracy. Formerly known as Ripcord Digital, Inc., the company rebranded in June 2017 to reflect its focus on innovative digitization solutions.

Traditional cameras rely on an imaging lens which typically consists of several lens elements and a light sensitive sensor. Cameras have been built like this since 1816. Glass has been historically used to make high quality optical elements. We are replacing these elements with deep neural networks that give extreme flexibility when designing our cameras. It allows us to squeeze a huge sensor into an ultra thin module that fits perfectly into a mobile device without the need for protruding bumps. Our cameras bring SLR image quality into your pocket.

Onward Assist operates an advanced cancer prognostics platform aimed at enhancing treatment decisions for oncologists and ultimately improving patient outcomes. The platform employs machine learning and computer vision to provide automated diagnostic tools and treatment decision support specifically designed for histopathologists, radiologists, and oncologists. Its flagship product, PathAssist, integrates an AI layer with automated diagnostics in histopathology, a pathology workflow solution, and a cost-effective slide digitization hardware. By analyzing and predicting the behavior of cancer cells, Onward Assist facilitates deeper insights into tumors and surrounding tissues, thereby ensuring more accurate prognoses and effective treatment protocols.

FilterPixel is a software company that specializes in automating the photograph culling process for photographers. By utilizing artificial intelligence, FilterPixel significantly reduces the time spent on photo selection, cutting down culling time by up to 90%. Photographers can import their raw camera files into the platform, which then categorizes images based on various criteria, such as blurriness, focus issues, duplicates, and exposure problems. This automation streamlines the workflow, allowing photographers to efficiently review and restore any selected images before transferring them to editing software like Adobe Lightroom. Through its innovative approach, FilterPixel enhances productivity by alleviating the repetitive tasks associated with photo management.

Makerere AI Lab is an AI & Data Science Research Group 3D-printed adaptor for processing photos with AI and compatibility with a phone or microscope.

AI21 Labs, founded in 2017 and based in Tel Aviv-Yafo, Israel, specializes in developing generative artificial intelligence and large language models. The company creates tools designed to enhance the understanding and generation of natural language, effectively transforming how users read and write. Its AI-driven writing companion captures real intelligence, rephrasing text to convey precise meanings while providing summaries that aid in comprehension. These innovations empower users to analyze and visualize complex information more efficiently, facilitating a deeper understanding of abstract knowledge structures. Through the application of deep learning and computer vision algorithms, AI21 Labs aims to significantly improve the efficiency of reading and writing processes.

Runway is an applied AI research company established in 2024, specializing in developing innovative tools that integrate artificial intelligence into creative processes. The company offers a video editing platform designed for professionals in art, entertainment, and design. Its technology leverages original image and video creation methods, allowing users to manipulate and edit content intuitively using text inputs. This approach simplifies the video creation process for artists, designers, and filmmakers, enabling them to express their creativity more effectively. Runway's mission is to enhance human creativity through advanced AI capabilities, facilitating seamless interactions between technology and artistic expression.

Photomath, Inc. is a math learning application developer based in San Mateo, California, founded in 2014. The app, which is the most widely used math education tool globally, serves over 300 million learners. It utilizes advanced AI technology to allow users to scan math problems with their device's camera, providing instant solutions and step-by-step explanations. This approach not only helps users solve equations ranging from basic arithmetic to calculus but also enhances their understanding of fundamental mathematical concepts. The company is supported by several investors, including Cherubic Ventures, Goodwater Capital, GSV Ventures, Menlo Ventures, and Learn Capital.

Alter is a platform SDK consisting of a real-time 3D avatar system and motion capture built from scratch for web3 interoperability and the open metaverse. Developers can pipe avatars into their apps, games, and websites. They offer computer vision, 3d technology, web3, machine learning, avatars, rendering engines, blockchain, and NFTs.

Overview’s inspection systems are built with Deep Learning technology which allows us to find mistakes more consistently and in a wider variety of situations.

Scandit AG is a technology company specializing in barcode scanning software solutions and mobile computer vision. Founded in 2009 and headquartered in Zurich, Switzerland, with additional offices in the United States and Europe, Scandit develops applications that enable high-performance scanning on various smart devices, including smartphones, tablets, and wearables. Its offerings include the Barcode Scanner SDK, which transforms devices into enterprise-grade scanning tools, and the MatrixScan feature that enhances recognition processes for retail and logistics. Scandit's solutions are utilized across multiple industries, such as retail, healthcare, and manufacturing, to support applications like mobile shopping, inventory management, and asset tracking. The company's technology also incorporates augmented reality capabilities, providing real-time information overlays to improve user experience. Scandit aims to enhance operational efficiency and customer satisfaction for organizations, serving a diverse clientele that includes well-known brands.

Snorkel AI, Inc. is a company that develops a comprehensive machine-learning platform designed to facilitate the creation, management, and monitoring of AI applications. Its primary offering, Snorkel Flow, allows users to programmatically label and augment training data, manage and integrate various datasets, and deploy machine learning models, while also providing tools for data analysis and monitoring. The platform is particularly effective in extracting structured information from complex documents and forms, as well as ranking content based on relevance. Founded in 2016 and based in Palo Alto, California, Snorkel AI serves a diverse range of industries, including finance, government, telecommunications, insurance, healthcare, and e-commerce. The technology was developed at Stanford AI Lab and employs innovative methods such as weak supervision to enhance data preparation, thereby streamlining the AI development process for enterprises.

Snorkel AI, Inc. is a company that develops a comprehensive machine-learning platform designed to facilitate the creation, management, and monitoring of AI applications. Its primary offering, Snorkel Flow, allows users to programmatically label and augment training data, manage and integrate various datasets, and deploy machine learning models, while also providing tools for data analysis and monitoring. The platform is particularly effective in extracting structured information from complex documents and forms, as well as ranking content based on relevance. Founded in 2016 and based in Palo Alto, California, Snorkel AI serves a diverse range of industries, including finance, government, telecommunications, insurance, healthcare, and e-commerce. The technology was developed at Stanford AI Lab and employs innovative methods such as weak supervision to enhance data preparation, thereby streamlining the AI development process for enterprises.

Nanit is a company that specializes in developing advanced monitoring devices utilizing artificial intelligence and computer vision to track and analyze baby sleep behavior and patterns. Their innovative products include a camera that provides real-time monitoring and analysis of sleep, offering parents valuable insights, behavioral analysis, expert advice, and nightly video summaries. This technology is designed to enhance the parenting experience by delivering smarter and safer solutions for caring for infants. The Nanit team is composed of experts from diverse backgrounds, including scientists, designers, and professionals from prominent companies, all dedicated to creating tools that support parents during the early months of a child's life.

HOVER Inc. is a technology company based in San Francisco, California, that specializes in home measurement applications that create interactive 3D models of properties. Founded in 2011, the company leverages computer vision and 3D mapping technology to assist homeowners, contractors, and insurance professionals. Its platform enables users to generate accurate property models quickly using just a few photos taken with a smartphone, facilitating project estimation and visualization. This technology aids exterior contractors in obtaining precise measurements, assists insurance markets in creating estimates and processing claims, and helps homeowners visualize final project outcomes. HOVER's innovative approach has made the home improvement process more transparent and engaging. The company has formed a strategic partnership with SRS Distribution Inc. to enhance its service offerings.

Snorkel AI, Inc. is a company that develops a comprehensive machine-learning platform designed to facilitate the creation, management, and monitoring of AI applications. Its primary offering, Snorkel Flow, allows users to programmatically label and augment training data, manage and integrate various datasets, and deploy machine learning models, while also providing tools for data analysis and monitoring. The platform is particularly effective in extracting structured information from complex documents and forms, as well as ranking content based on relevance. Founded in 2016 and based in Palo Alto, California, Snorkel AI serves a diverse range of industries, including finance, government, telecommunications, insurance, healthcare, and e-commerce. The technology was developed at Stanford AI Lab and employs innovative methods such as weak supervision to enhance data preparation, thereby streamlining the AI development process for enterprises.

Snorkel AI, Inc. is a company that develops a comprehensive machine-learning platform designed to facilitate the creation, management, and monitoring of AI applications. Its primary offering, Snorkel Flow, allows users to programmatically label and augment training data, manage and integrate various datasets, and deploy machine learning models, while also providing tools for data analysis and monitoring. The platform is particularly effective in extracting structured information from complex documents and forms, as well as ranking content based on relevance. Founded in 2016 and based in Palo Alto, California, Snorkel AI serves a diverse range of industries, including finance, government, telecommunications, insurance, healthcare, and e-commerce. The technology was developed at Stanford AI Lab and employs innovative methods such as weak supervision to enhance data preparation, thereby streamlining the AI development process for enterprises.

North, formerly known as Thalmic Labs, is a technology company based in Kitchener, Canada, focused on developing innovative eyewear that integrates digital information into daily life. Founded in 2012, North employs over 400 professionals across four offices in North America, including engineers, designers, and futurists. The company's flagship product is a pair of smart glasses that provide heads-up access to digital notifications, allowing users to engage with their digital lives without the need to constantly check their phones. Features such as customizable replies, emojis, and snooze delays enhance the user experience by offering discreet and manageable access to information. North aims to create technologies that seamlessly blend with everyday activities, emphasizing the harmonious relationship between people and technology.

Scandit AG is a technology company specializing in barcode scanning software solutions and mobile computer vision. Founded in 2009 and headquartered in Zurich, Switzerland, with additional offices in the United States and Europe, Scandit develops applications that enable high-performance scanning on various smart devices, including smartphones, tablets, and wearables. Its offerings include the Barcode Scanner SDK, which transforms devices into enterprise-grade scanning tools, and the MatrixScan feature that enhances recognition processes for retail and logistics. Scandit's solutions are utilized across multiple industries, such as retail, healthcare, and manufacturing, to support applications like mobile shopping, inventory management, and asset tracking. The company's technology also incorporates augmented reality capabilities, providing real-time information overlays to improve user experience. Scandit aims to enhance operational efficiency and customer satisfaction for organizations, serving a diverse clientele that includes well-known brands.

Ripcord, Inc. is a robotic digitization company that specializes in automating the management of paper records. Founded in 2014 and headquartered in Los Angeles, California, Ripcord develops a platform that utilizes advanced technologies, including artificial intelligence, machine learning, and vision-guided robotics, to create digital twins of physical documents. Its flagship solution, Canopy, captures, enriches, and organizes critical content, allowing enterprises to enhance their business processes with improved speed, quality, and accuracy. Formerly known as Ripcord Digital, Inc., the company rebranded in June 2017 to reflect its focus on innovative digitization solutions.

HOVER Inc. is a technology company based in San Francisco, California, that specializes in home measurement applications that create interactive 3D models of properties. Founded in 2011, the company leverages computer vision and 3D mapping technology to assist homeowners, contractors, and insurance professionals. Its platform enables users to generate accurate property models quickly using just a few photos taken with a smartphone, facilitating project estimation and visualization. This technology aids exterior contractors in obtaining precise measurements, assists insurance markets in creating estimates and processing claims, and helps homeowners visualize final project outcomes. HOVER's innovative approach has made the home improvement process more transparent and engaging. The company has formed a strategic partnership with SRS Distribution Inc. to enhance its service offerings.

Veo Robotics, Inc., founded in 2016 and based in Waltham, Massachusetts, specializes in developing robotics systems that enhance manufacturing processes. The company focuses on creating industrial automation products that allow high-performance robots to work collaboratively and safely alongside human workers. By integrating advanced computer vision, 3D sensing, and artificial intelligence, Veo Robotics' products aim to create more flexible, productive, and efficient manufacturing workcells. Their proprietary algorithms and distributed sensing technologies enable clients to improve productivity while reducing operating costs in both manufacturing and logistics environments.

Carmera develops a street-level intelligence platform that offers real-time 3D maps and critical navigation data for autonomous vehicles. The company also provides 3D scene reconstruction and analytics data tailored for sectors such as architecture, construction, and real estate. Carmera operates a proprietary and crowdsourced vehicular sensor network that continually collects updated 3D scene data and change detection analytics. Its technology enhances safety for vehicles on urban streets while adhering to privacy standards. By delivering rich insights through advanced machine vision and geospatial data pipelines, Carmera aims to facilitate informed decision-making in various industries, ultimately striving to automate urban environments with accessible, real-time intelligence.

Scandit AG is a technology company specializing in barcode scanning software solutions and mobile computer vision. Founded in 2009 and headquartered in Zurich, Switzerland, with additional offices in the United States and Europe, Scandit develops applications that enable high-performance scanning on various smart devices, including smartphones, tablets, and wearables. Its offerings include the Barcode Scanner SDK, which transforms devices into enterprise-grade scanning tools, and the MatrixScan feature that enhances recognition processes for retail and logistics. Scandit's solutions are utilized across multiple industries, such as retail, healthcare, and manufacturing, to support applications like mobile shopping, inventory management, and asset tracking. The company's technology also incorporates augmented reality capabilities, providing real-time information overlays to improve user experience. Scandit aims to enhance operational efficiency and customer satisfaction for organizations, serving a diverse clientele that includes well-known brands.

Blue Vision Labs Inc. is a technology company based in Los Angeles, California, specializing in augmented reality and machine perception for self-driving vehicles. Founded in 2016, the company aims to transform interaction between technology, users, and the environment through its innovative augmented reality cloud platform. This platform creates a three-dimensional map of urban spaces, allowing mobile devices to ascertain their location using visual data from cameras. This capability facilitates the development of collaborative augmented reality applications, enabling multiple users to interact with shared content in a precise spatial context. The team comprises engineers and researchers with backgrounds from prestigious organizations, focusing on advancements in robotics, computer vision, and related fields. As of 2018, Blue Vision Labs operates as a subsidiary of Lyft, Inc.

HOVER Inc. is a technology company based in San Francisco, California, that specializes in home measurement applications that create interactive 3D models of properties. Founded in 2011, the company leverages computer vision and 3D mapping technology to assist homeowners, contractors, and insurance professionals. Its platform enables users to generate accurate property models quickly using just a few photos taken with a smartphone, facilitating project estimation and visualization. This technology aids exterior contractors in obtaining precise measurements, assists insurance markets in creating estimates and processing claims, and helps homeowners visualize final project outcomes. HOVER's innovative approach has made the home improvement process more transparent and engaging. The company has formed a strategic partnership with SRS Distribution Inc. to enhance its service offerings.

Ripcord, Inc. is a robotic digitization company that specializes in automating the management of paper records. Founded in 2014 and headquartered in Los Angeles, California, Ripcord develops a platform that utilizes advanced technologies, including artificial intelligence, machine learning, and vision-guided robotics, to create digital twins of physical documents. Its flagship solution, Canopy, captures, enriches, and organizes critical content, allowing enterprises to enhance their business processes with improved speed, quality, and accuracy. Formerly known as Ripcord Digital, Inc., the company rebranded in June 2017 to reflect its focus on innovative digitization solutions.

Modsy is a home design service founded in 2015 and based in San Francisco, California. The company utilizes advanced 3D graphics and computer vision technology to create virtual interior environments, allowing customers to visualize furniture and décor in their own spaces before making purchases. Modsy caters to new homeowners, renters, and remodelers by offering personalized design guidance and plans tailored to individual preferences. Its platform not only showcases inspirational designs but also provides practical recommendations for room layouts and furnishings. Additionally, Modsy features a shoppable marketplace where customers can directly purchase the items featured in their designs, streamlining the home renovation process and reducing uncertainty for users.

Veo Robotics, Inc., founded in 2016 and based in Waltham, Massachusetts, specializes in developing robotics systems that enhance manufacturing processes. The company focuses on creating industrial automation products that allow high-performance robots to work collaboratively and safely alongside human workers. By integrating advanced computer vision, 3D sensing, and artificial intelligence, Veo Robotics' products aim to create more flexible, productive, and efficient manufacturing workcells. Their proprietary algorithms and distributed sensing technologies enable clients to improve productivity while reducing operating costs in both manufacturing and logistics environments.

Ripcord, Inc. is a robotic digitization company that specializes in automating the management of paper records. Founded in 2014 and headquartered in Los Angeles, California, Ripcord develops a platform that utilizes advanced technologies, including artificial intelligence, machine learning, and vision-guided robotics, to create digital twins of physical documents. Its flagship solution, Canopy, captures, enriches, and organizes critical content, allowing enterprises to enhance their business processes with improved speed, quality, and accuracy. Formerly known as Ripcord Digital, Inc., the company rebranded in June 2017 to reflect its focus on innovative digitization solutions.

AIMATTER specializes in building next-gen apps with proprietary advanced image processing technologies. Its SDK is able to run deep learning models in real time directly on smartphones.

Abundant Robotics, Inc. is a technology company that specializes in automating orchard harvests, focusing primarily on apple harvesting. Founded in 2015 and based in Hayward, California, the company provides Harvest-as-a-Service solutions that enhance efficiency and reduce damage during the picking process. Abundant Robotics utilizes advanced robotic manipulation, sensing technology, and a computer vision and machine learning platform to ensure precise and careful harvesting. Their innovative vacuum-based picking system offers significant value to farmers by improving productivity while minimizing the risk of fruit damage.

Mighty AI, Inc. operates a Training Data as a Service platform that assists businesses in acquiring the datasets necessary to train and enhance their computer vision and natural language models. The company's platform features a global community of individuals who perform micro tasks, such as labeling objects in images and conducting sentiment analysis on text. By leveraging its proprietary machine learning technology and a comprehensive suite of annotation software, Mighty AI ensures high accuracy and scalability in the data it provides. Founded in 2014 and headquartered in Seattle, Washington, with an additional office in Detroit, Michigan, Mighty AI serves customers worldwide and specializes in delivering training data for companies developing computer vision models, particularly for autonomous vehicles. The company was previously known as Spare5 Inc. and became a subsidiary of Uber Technologies, Inc. in 2019.

Light Labs Inc., established in 2013 and headquartered in Palo Alto, California, specializes in advancing photography through innovative technology. The company's flagship product, the Light L16 Camera, is a multi-aperture computational camera designed to deliver DSLR-quality images in a compact, pocket-sized format. By employing multiple lenses and sophisticated computational algorithms, the L16 captures high-definition photographs that combine the perspectives from several apertures simultaneously. This technology allows users to obtain a 52-megapixel image with exceptional detail and clarity, making high-quality photography more accessible to everyday users. Light's commitment to pushing the boundaries of camera technology aims to revolutionize the way individuals capture and experience photography.

Modsy is a home design service founded in 2015 and based in San Francisco, California. The company utilizes advanced 3D graphics and computer vision technology to create virtual interior environments, allowing customers to visualize furniture and décor in their own spaces before making purchases. Modsy caters to new homeowners, renters, and remodelers by offering personalized design guidance and plans tailored to individual preferences. Its platform not only showcases inspirational designs but also provides practical recommendations for room layouts and furnishings. Additionally, Modsy features a shoppable marketplace where customers can directly purchase the items featured in their designs, streamlining the home renovation process and reducing uncertainty for users.

HOVER Inc. is a technology company based in San Francisco, California, that specializes in home measurement applications that create interactive 3D models of properties. Founded in 2011, the company leverages computer vision and 3D mapping technology to assist homeowners, contractors, and insurance professionals. Its platform enables users to generate accurate property models quickly using just a few photos taken with a smartphone, facilitating project estimation and visualization. This technology aids exterior contractors in obtaining precise measurements, assists insurance markets in creating estimates and processing claims, and helps homeowners visualize final project outcomes. HOVER's innovative approach has made the home improvement process more transparent and engaging. The company has formed a strategic partnership with SRS Distribution Inc. to enhance its service offerings.

The German Research Center for Artificial Intelligence (DFKI) GmbH was founded in 1988 as a Public-Private Partnership (PPP). It maintains offices in Kaiserslautern, Saarbrücken, Bremen and a project office in Berlin. DFKI is in the field of innovative software technology based on artificial intelligence techniques, the leading economic research center in Germany. In fifteen research areas and research groups, eight competence centers and six Living Labs product features, prototypes and patentable solutions in the field of information and communication technology will be developed starting from application-oriented basic research. Funding is provided through tendering of public funding authorities such as the European Union, the Federal Ministry of Education and Research (BMBF), the Federal Ministry of Economics and Technology (BMWi), the federal states and the German Research Foundation (DFG) as well as by development contracts from industry. The progress of publicly funded projects will be reviewed twice a year by an international expert panel (Scientific Advisory Board). As part of the five-yearly evaluation by the BMBF, DFKI in 2010 was again a very positive rating. In addition to the federal states of Rhineland-Palatinate, Saarland and Bremen numerous well-known German and foreign high-tech companies are represented in the DFKI Supervisory Board. The successful DFKI model of a non-profit public-private partnership is considered both nationally and internationally as a pioneering structure in the field of cutting-edge research. DFKI is involved in numerous committees for science and technology in Germany and enjoys high reputation far beyond Germany in the training of young scientists. Currently 457 highly qualified scientists and 371 student employees from more than 60 nations to 180 research projects. DFKI serves as a career springboard for young scientists in leadership positions in industry or in self-employment through spin-off companies. More than 60 employees were appointed over the years as professors on chairs at universities and colleges in Germany and abroad.

Kindred's mission is to build machines with human-like intelligence. Since its founding in 2014, Kindred has been exploring and engineering systems that enable robots to interact with the physical world, fulfilling the goal of bringing humans and intelligent machines together to solve real-world problems. Kindred has built an AI platform that integrates vision, grasping and placement to create autonomous solutions for complex commercial problems. With increased labor complexities in e-commerce fulfillment centers, Kindred developed a flagship product, SORT, to help retailers stay competitive. Kindred smart piece-picking SORT robots tackle a labor intensive part of the supply chain, which is Putwall Sortation, completing the manual task to pick and place items into separate customer orders. Kindred robots are currently in commercial use at e-commerce leaders including Gap, Inc., Carter’s and other global retailers. The Kindred SORT robots work alongside warehouse staff to quickly and accurately sort items into individual customer orders. Kindred has offices in San Francisco & Toronto.

Clarifai, Inc. is a prominent provider of advanced artificial intelligence solutions specializing in image recognition, natural language processing, and audio recognition. Founded in 2013 by Matt Zeiler, Ph.D., the company develops a deep learning platform that enables organizations to convert unstructured data—such as images, videos, text, and audio—into structured data efficiently and accurately. Clarifai's image recognition technology is capable of detecting near-duplicates, categorizing objects, and tagging images, while also allowing users to search for similar images within extensive uncategorized collections through a combination of semantic and visual similarity. Additionally, the company offers a labeling tool called Labeler, which aids in dataset labeling, AI training, and model auto-scaling in production environments. Headquartered in New York, with an office in Tallinn, Estonia, Clarifai employs a distributed team across various countries, including the United States, Canada, Argentina, and India.

Vision Factory specializes in visual recognition systems and deep learning, focusing on the application of artificial intelligence techniques to improve the accuracy and speed of object and text recognition. The company develops advanced solutions for vision-based computer systems, catering to various industries that require reliable and efficient recognition technologies. In addition to its core offerings, Vision Factory also provides mobile technology services, enhancing the usability and accessibility of its systems across different platforms.

TaggPic geo-recognition technology analyzes photos based solely on visual features to recognize landmarks in digital photos, and the precise locations where the photos were captured. The Problem: Hundreds of millions of digital photos from around the world are uploaded to the Web every day. This explosion of pixel data is creating the need for fast, hyper-accurate, and automatic tagging of massive collections of images. The Solution: TaggPic technology is based solely on visual features, and does not require any metadata, such as GPS tags, manual tagging, or other location sensors, although it is capable of working with inputs from all three. The underlying algorithms can determine the precise position of the camera viewpoint in a geo-referenced coordinate system, even if no prior data about the photo’s location is known. TaggPic transforms static 2D photos into auto-tagged, geo-positioned, and intelligently connected platforms. TaggPic’s crowd-fueled computer vision technology instantly recognizes landmarks, buildings, and other objects in images without the need for GPS data or manual tagging.

Skybox Imaging is a private company that provides commercial, high-resolution satellite imagery and HD video and analytics services.

Skycatch, Inc. is a technology company based in San Francisco, California, that specializes in aerial data capture and analytics, primarily for the construction and mining industries. The company designs and produces the Evolution3 drone, which enables real-time data capture and 3D rendering. Skycatch also offers a proprietary app called Commander for drone operation, along with Dashboard software that analyzes collected data and facilitates team collaboration. Their platform combines advanced hardware, software, and artificial intelligence to provide clients with high-precision data quickly and efficiently. Founded in 2013, Skycatch focuses on indexing and extracting critical information from the physical world, helping enterprises visualize their environments with accuracy and ease.

Industrial Pereception is home to some of the world’s foremost authorities and pioneers in machine vision and artificial intelligence.

Flutter is a startup company that develops gesture recognition technologies. The company received early-stage funding from Y Combinator and was acquired by Google on October 2, 2013. Its first product, Flutter app, utilizes gesture recognition technology over a built-in webcam and enables users to control iTunes, Spotify, VLC, and QuickTime using hand gestures. Flutter was founded by Mehul Nariyawala and Navneet Dalal in 2010 and is based in California, United States.

Skycatch, Inc. is a technology company based in San Francisco, California, that specializes in aerial data capture and analytics, primarily for the construction and mining industries. The company designs and produces the Evolution3 drone, which enables real-time data capture and 3D rendering. Skycatch also offers a proprietary app called Commander for drone operation, along with Dashboard software that analyzes collected data and facilitates team collaboration. Their platform combines advanced hardware, software, and artificial intelligence to provide clients with high-precision data quickly and efficiently. Founded in 2013, Skycatch focuses on indexing and extracting critical information from the physical world, helping enterprises visualize their environments with accuracy and ease.

Luminate, founded in 2008 and previously known as Pixazza, is a company that specializes in creating interactive image technology. Based in Mountain View, California, Luminate offers a pioneering platform that transforms static images on the web into engaging, interactive content. This platform utilizes a combination of Internet and crowdsourcing technologies to provide users with relevant information and enhance their online experiences, attracting over 150 million users and generating approximately 30 billion image views annually. In addition to its technological innovations, the organization operates as a global philanthropic entity that supports efforts to foster just and fair societies by empowering individuals and institutions. Luminate focuses on four interconnected areas crucial for societal resilience: Civic Empowerment, Data and Digital Rights, Financial Transparency, and Independent Media.

Pittsburgh Pattern Recognition (PittPatt) develops reliable face recognition software for images and video.

Like.com is a visual search engine that enables users to find and compare consumer products online using advanced image recognition technology. Unlike traditional search engines, Like.com indexes images based on their visual characteristics rather than relying solely on metadata and tags. Users can discover similar products, such as shoes, bags, watches, and clothing, by either selecting items displayed on the platform or by entering descriptive phrases. The system translates these descriptions into mathematical representations known as visual signatures, which consist of thousands of variables. This innovative approach allows for a more intuitive shopping experience, as users can find products without the need for specific search terms. Future developments for Like.com include the ability for users to upload images to initiate searches, further enhancing the platform's functionality and expanding the range of products that can be found online.

Luminate, founded in 2008 and previously known as Pixazza, is a company that specializes in creating interactive image technology. Based in Mountain View, California, Luminate offers a pioneering platform that transforms static images on the web into engaging, interactive content. This platform utilizes a combination of Internet and crowdsourcing technologies to provide users with relevant information and enhance their online experiences, attracting over 150 million users and generating approximately 30 billion image views annually. In addition to its technological innovations, the organization operates as a global philanthropic entity that supports efforts to foster just and fair societies by empowering individuals and institutions. Luminate focuses on four interconnected areas crucial for societal resilience: Civic Empowerment, Data and Digital Rights, Financial Transparency, and Independent Media.

reCAPTCHA is a service that provides CAPTCHA technology to enhance online security and assist in digitizing printed text. It presents users with challenges that help determine whether they are human, effectively protecting websites from automated bots that may generate spam or misuse online resources. In addition to safeguarding web platforms, reCAPTCHA contributes to the digitization of books, newspapers, and other printed materials by utilizing words that are difficult for optical character recognition (OCR) software to interpret. These challenging words are displayed as CAPTCHAs, allowing humans to decipher them, thereby aiding in the conversion of physical text into digital format. This dual functionality allows reCAPTCHA to serve both as a security measure and a valuable tool for preserving and archiving printed information.

Luminate, founded in 2008 and previously known as Pixazza, is a company that specializes in creating interactive image technology. Based in Mountain View, California, Luminate offers a pioneering platform that transforms static images on the web into engaging, interactive content. This platform utilizes a combination of Internet and crowdsourcing technologies to provide users with relevant information and enhance their online experiences, attracting over 150 million users and generating approximately 30 billion image views annually. In addition to its technological innovations, the organization operates as a global philanthropic entity that supports efforts to foster just and fair societies by empowering individuals and institutions. Luminate focuses on four interconnected areas crucial for societal resilience: Civic Empowerment, Data and Digital Rights, Financial Transparency, and Independent Media.

Neven Vision is a developer of advanced mobile recognition engines tailored for the mobile phone and consumer electronics industries, as well as government and private security sectors. The company offers a range of innovative solutions, including the i-Scout Visual Mobile Search platform, which allows camera phones to recognize objects and deliver relevant content. Its Mobile Identifier platform utilizes biometric technologies such as facial recognition, fingerprint matching, and skin analysis to identify and compare tattoos or license plates. Additionally, Neven Vision provides Mobile-i Facial Feature Tracking software, enabling real-time or offline tracking of facial features in live or recorded video streams. These technologies serve various applications, including identity verification, video surveillance, mobile marketing, gaming, and enhanced communication. Founded in 2003 and headquartered in Santa Monica, California, Neven Vision also maintains offices in Tokyo, Japan, and Hamburg and Munich, Germany.

AI21 Labs, founded in 2017 and based in Tel Aviv-Yafo, Israel, specializes in developing generative artificial intelligence and large language models. The company creates tools designed to enhance the understanding and generation of natural language, effectively transforming how users read and write. Its AI-driven writing companion captures real intelligence, rephrasing text to convey precise meanings while providing summaries that aid in comprehension. These innovations empower users to analyze and visualize complex information more efficiently, facilitating a deeper understanding of abstract knowledge structures. Through the application of deep learning and computer vision algorithms, AI21 Labs aims to significantly improve the efficiency of reading and writing processes.

Traditional cameras rely on an imaging lens which typically consists of several lens elements and a light sensitive sensor. Cameras have been built like this since 1816. Glass has been historically used to make high quality optical elements. We are replacing these elements with deep neural networks that give extreme flexibility when designing our cameras. It allows us to squeeze a huge sensor into an ultra thin module that fits perfectly into a mobile device without the need for protruding bumps. Our cameras bring SLR image quality into your pocket.