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Reality Defender specializes in detecting deepfakes and AI-generated media across various formats such as audio, video, images, and text. Its patented multimodal approach enables real-time detection of advanced impersonations, helping mitigate risks associated with manipulated content. The platform offers flexible deployment options that integrate smoothly into existing infrastructure.

Superb AI is an end-to-end training data platform that automates data preparation at scale, enabling teams to label, manage, curate, and deliver training data for computer vision projects. Founded in 2018 by data scientists, academics, and ML engineers, the company focuses on simplifying the creation and iteration of datasets, making data labeling and curation faster, more accurate, and repeatable. The platform provides data annotation, data curation, model training, and deployment tools to accelerate the development and deployment of computer vision applications, helping organizations reduce time and resource needs for building high-quality datasets and improving model readiness across projects of varying sizes.

AIDIN ROBOTICS is a developer of AI-driven sensors and robotic systems.

Bria is a company specializing in visual generative AI. It offers a platform for AI teams with full access to source code and model weights trained on licensed data. Their Visual Creation API Suite includes over 30 specialized APIs for tasks like image generation and editing. Bria also provides tailored services for brand-specific AI models, product imagery consistency, and scalable marketing campaigns.

Leonardo AI provides a suite of generative tools designed for creating high-quality visual assets across various domains. Their platform supports creators, teams, and developers in producing images, graphics, and videos efficiently and collaboratively.

Twelve Labs offers a platform that empowers businesses and developers to analyze and interpret video content through multiple modalities like visual and auditory data. This enables the creation of intelligent video applications across industries such as technology, media, entertainment, and security.

AI21 Labs is an Israeli artificial intelligence company that develops generative AI and large language models along with tools to understand and generate natural language. Founded in 2017 and based in Tel Aviv-Yafo, it provides AI-based writing and reading assistance that understands context and meaning, including a writing companion that can rephrase text to convey the intended message and generate summaries. The company's tools help users read more efficiently, analyze and visualize complex knowledge structures, and apply deep learning and NLP to transform writing and comprehension for businesses and individuals.

Nexar develops a mobile application called Dashcam, which uses AI and computer vision to predict and prevent road accidents. The app records the road while driving, detects hard breaks or accidents, and automatically uploads incident footage to the cloud. Nexar's mission is to make roads safer by connecting vehicles through its smart dashcam technology.

Brodmann17 develops computer-vision driven AI for mobility safety, including pedestrian and face detection, with software that runs on edge devices and in the cloud. Founded in 2016 and headquartered in Hod Hasharon, Israel, the company uses deep learning to extract information from video to enhance automated driving systems while optimally balancing performance, hardware constraints, and cost. Its patented perception software is hardware-agnostic and easy to deploy across processors, enabling significant reductions in compute requirements and expanding access to smart mobility across automotive, telematics, and micro-mobility applications. The company targets scalable, deployable vision AI for real-world environments and has attracted global backing from technology investors and strategic partners in Silicon Valley, Europe, and Israel.

Terapede Systems, founded in 2012 and located in Campbell, California, specializes in advanced X-ray imaging technology. The company has developed ultra-high-resolution flat panel X-ray detectors that offer superior image quality while minimizing patient radiation exposure. Utilizing a unique 3D 4-sided CMOS structure, Terapede's detectors are highly sensitive to X-rays and can be easily scaled to various sizes, facilitating improved diagnostics across different applications. Their technology supports a high frame rate for general radiography and fluoroscopy, enabling healthcare professionals to detect diseases earlier, thereby enhancing patient outcomes and comfort while reducing treatment costs. Additionally, Terapede's innovations pave the way for automated diagnostic software, further streamlining the diagnosis process and lowering the incidence of false positives.

Vidrovr develops multimodal computer vision and machine learning systems to index, tag, and understand video content. Its platform enables users to search videos with precision, retrieve specific clips, and integrate them directly into content management systems.

Covariant is a developer of artificial intelligence for robotics, focused on creating the Covariant Brain, a universal AI system that empowers robots to perceive, reason, and interact with their environment. The company specializes in AI-based robotics and software, facilitating the deployment of robotics across various operations. Covariant's technology employs advanced techniques such as deep imitation learning, deep reinforcement learning, and meta-learning, allowing users to program robots intuitively. By using a virtual reality headset, clients can guide robots through tasks, simplifying the process of integrating robotics into their workflows.

Vidrovr develops multimodal computer vision and machine learning systems to index, tag, and understand video content. Its platform enables users to search videos with precision, retrieve specific clips, and integrate them directly into content management systems.

Vicarious is an artificial intelligence company that utilizes the principles of neuro and cognitive science to create general intelligence for robots. Founded in 2010 by Dr. Dileep George and D. Scott Phoenix, Vicarious develops technology that mimics the functions of the human brain, aiming to achieve human-level intelligence in areas such as vision, language, and motor control. The company's algorithmic architecture focuses on visual perception challenges, including recognition, segmentation, and scene parsing. This innovative approach enables robot manufacturers to design robots that exhibit advanced intelligence and enhanced task efficiency, positioning Vicarious as a leader in the advancement of intelligent robotic systems.

Brodmann17 develops computer-vision driven AI for mobility safety, including pedestrian and face detection, with software that runs on edge devices and in the cloud. Founded in 2016 and headquartered in Hod Hasharon, Israel, the company uses deep learning to extract information from video to enhance automated driving systems while optimally balancing performance, hardware constraints, and cost. Its patented perception software is hardware-agnostic and easy to deploy across processors, enabling significant reductions in compute requirements and expanding access to smart mobility across automotive, telematics, and micro-mobility applications. The company targets scalable, deployable vision AI for real-world environments and has attracted global backing from technology investors and strategic partners in Silicon Valley, Europe, and Israel.

8i specializes in developing virtual reality technology. Based in Wellington, New Zealand, the company offers enterprise-grade hologram capture stages, proprietary software for transforming holograms using computer vision and machine learning models, and tools for publishing digital experiences.

2Sens is a technology company focused on real-time computer vision solutions that enhance the mixed-reality experience by integrating 3D virtual content with the real world. Its innovative platform enables users to capture mobile videos in 3D and 3D stereoscopic formats using a smartphone's camera lens and glass. This technology aims to provide a lifelike virtual reality experience that is accessible and comfortable for users, allowing for the seamless blending of digital and physical environments in real-time.

8i specializes in developing virtual reality technology. Based in Wellington, New Zealand, the company offers enterprise-grade hologram capture stages, proprietary software for transforming holograms using computer vision and machine learning models, and tools for publishing digital experiences.

Vicarious is an artificial intelligence company that utilizes the principles of neuro and cognitive science to create general intelligence for robots. Founded in 2010 by Dr. Dileep George and D. Scott Phoenix, Vicarious develops technology that mimics the functions of the human brain, aiming to achieve human-level intelligence in areas such as vision, language, and motor control. The company's algorithmic architecture focuses on visual perception challenges, including recognition, segmentation, and scene parsing. This innovative approach enables robot manufacturers to design robots that exhibit advanced intelligence and enhanced task efficiency, positioning Vicarious as a leader in the advancement of intelligent robotic systems.

Cognitive Networks, founded in 2008 and based in San Francisco, California, collaborates with television set manufacturers to enhance viewer engagement and interactivity in TV programming. The company's Automatic Content Recognition (ACR) platform allows Smart TVs to recognize the content being displayed, facilitating transactions, information requests, and personalized viewing experiences. By connecting content providers and advertisers with audiences in a more meaningful way, Cognitive Networks aims to transform traditional television into a more interactive medium.

Delta ID Inc. is a company that specializes in biometric identity and authentication solutions using iris recognition technology. Founded in 2011 and headquartered in Newark, California, the company has developed the ActiveIRIS system, which includes both cloud-based solutions and integrated hardware for mobile devices, personal computers, and vehicles. This technology enables the identification and authentication of individuals by scanning their irises, allowing for applications in driver identification, monitoring, and cabin personalization in cars, as well as seamless integration with mass-market computing devices. Delta ID focuses on creating reliable and efficient biometric products that enhance user security and convenience in various settings. The company operates as a subsidiary of Fingerprint Cards AB.

EyeVerify Inc. is a biometric technology company based in Kansas City, Missouri, founded in 2012. It specializes in eye-based biometric solutions for mobile devices, offering its primary product, EyePrint ID. This patented authentication solution utilizes existing smartphone cameras to capture and analyze the unique patterns of blood vessels in the eye, providing a secure and password-free mobile experience. EyePrint ID is designed to enhance data security with an encryption key equivalent to a complex 50-character password, making it suitable for use on both iOS and Android platforms. The company primarily serves businesses looking to secure customer data through its innovative biometric verification technology. As of September 2016, EyeVerify operates as a subsidiary of Ant Financial Services Group.

8i specializes in developing virtual reality technology. Based in Wellington, New Zealand, the company offers enterprise-grade hologram capture stages, proprietary software for transforming holograms using computer vision and machine learning models, and tools for publishing digital experiences.

Terapede Systems, founded in 2012 and located in Campbell, California, specializes in advanced X-ray imaging technology. The company has developed ultra-high-resolution flat panel X-ray detectors that offer superior image quality while minimizing patient radiation exposure. Utilizing a unique 3D 4-sided CMOS structure, Terapede's detectors are highly sensitive to X-rays and can be easily scaled to various sizes, facilitating improved diagnostics across different applications. Their technology supports a high frame rate for general radiography and fluoroscopy, enabling healthcare professionals to detect diseases earlier, thereby enhancing patient outcomes and comfort while reducing treatment costs. Additionally, Terapede's innovations pave the way for automated diagnostic software, further streamlining the diagnosis process and lowering the incidence of false positives.