National Science Foundation

myAnIML specializes in AI-driven solutions for predicting and tracking diseases in cattle. The company's innovative technology employs artificial intelligence to analyze unique facial features and muzzles of cattle through imaging, facilitating early detection and monitoring of diseases. By enhancing disease management in the cattle farming industry, myAnIML aims to reduce treatment costs and mitigate the spread of diseases, ultimately saving lives and increasing revenue for farmers.

ViQi offers software-as-a-service solutions for scientific image analysis, catering to various sectors including life sciences, construction, and agriculture. The platform enables users to customize services for data storage and analysis through a straightforward subscription model. ViQi specializes in custom image processing and informatics, providing tools such as bio-image semantic queries, module development, and assistance with intranet deployment. This allows clients to efficiently view, investigate, share, and store complex data and images, facilitating swift results and discoveries in their respective fields.

Wildlife Imaging Systems specializes in advanced machine vision solutions aimed at supporting the research community in wildlife conservation. The company has developed a comprehensive machine vision platform that facilitates video capture in natural environments. This platform includes field-ready video capture hardware and sophisticated video processing capabilities, allowing researchers to gather critical data and insights for decision-making regarding wildlife conservation efforts. By enhancing the ability to monitor and study wildlife through innovative technology, Wildlife Imaging Systems contributes significantly to the preservation of biodiversity.

Alienbyte provides medical images and labels. Their labels are required for sophisticated analysis of human or animal bodies or training AI algorithms. They use algorithmic tricks, including AI, to speed up labeling.

Lucendi is a developer of AI-enabled smart measurement platforms focused on micro-object detection and characterization. The company leverages advanced technologies such as computational microscopy and holographic imaging, combined with innovative image processing, big data analytics, and machine learning. This expertise allows Lucendi to provide clients with versatile applications that enhance efficiency and reduce costs. In addition to its measurement platforms, Lucendi also offers a range of products including lighting, electrical materials, solar energy systems, and electrical socket solutions.

QUANTERRA SOFTWARE offers a software platform that automatically detects, locates, and counts objects on aerial imagery. The first service is COWculator, a service that automatically counts cows in aerial images obtained during a drone flyover. The 99% accuracy that we provide surpasses professional guesstimates and enables feedlot audits to dramatically reduce their outlay of time and manpower during routine audits. Our second product will be focused on ranches and pastureland, where it is extremely difficult to guesstimate the number of cows, calves and bulls on a ranch.

Aura Intelligent Systems specializes in advanced solutions within the domains of radio technology, robotics, and artificial intelligence. The company has developed patented digital imaging radar technology that offers high-resolution spatial sensing, addressing issues of interference and latency commonly faced by existing radar systems. Their innovative approach combines a 5G hardware architecture with intelligent, programmable software, facilitating 5D situational awareness while minimizing harmful effects such as jamming and multipath interference. This software-defined radar not only achieves longer operational ranges but also maintains low power consumption, providing a cost-effective solution for automotive and robotics applications.

Ramona develops advanced microscopy tools designed to enhance cellular-level research by capturing detailed images over vast areas. The company's innovative microscope employs custom control electronics to efficiently process large volumes of image data from multiple micro-cameras, allowing researchers to capture and analyze extensive gigapixel datasets. This capability not only provides a wider field of view but also enables synchronous data capture, allowing for real-time observation of cellular processes. By offering a new perspective on cellular dynamics, Ramona's technology empowers researchers to make more informed decisions quickly and effectively.

ViQi offers software-as-a-service solutions for scientific image analysis, catering to various sectors including life sciences, construction, and agriculture. The platform enables users to customize services for data storage and analysis through a straightforward subscription model. ViQi specializes in custom image processing and informatics, providing tools such as bio-image semantic queries, module development, and assistance with intranet deployment. This allows clients to efficiently view, investigate, share, and store complex data and images, facilitating swift results and discoveries in their respective fields.

AI Metrics, LLC is an early-stage company based in Birmingham, Alabama, focused on developing artificial intelligence and imaging solutions to enhance workflows, quantitative metrics, and reporting within clinical practices and trials. Established in 2019, the company specializes in creating advanced imaging software that assists radiologists in efficiently measuring and reporting on patient conditions. Its innovative technology enables the tracking of responses in non-target lesions and image findings, thereby improving the quality and consistency of data output. By leveraging AI, AI Metrics aims to provide radiologists with tools that enhance their efficiency and value as clinicians, ultimately supporting better patient care and facilitating advanced research through data-driven findings and clear graphical reports.

The latest advances in computation are awe-inspiring, from big data to machine learning to image recognition. But these techniques are difficult to understand and implement, and can require massive computational and engineering resources. Onu is advancing the frontiers of computer science in a way that makes the power of cutting-edge algorithms accessible to all. Onu was founded by leading computer scientists and accomplished entrepreneurs. They work closely with leading researchers in academia and industry. Their ambitions befit the caliber of Their supporters and contributors.

InformAI, LLC specializes in developing business analytics and artificial intelligence solutions tailored for the healthcare industry. Founded in 2017 and headquartered in Houston, Texas, the company offers a range of AI-powered tools designed to enhance diagnostic accuracy and operational efficiency for healthcare organizations, medical device companies, and imaging firms. Their product suite includes classifiers for conditions such as brain cancer and paranasal sinus diseases, as well as surgical risk and patient outcome predictors. InformAI's software leverages advanced algorithms, including deep learning and natural language processing, to streamline image classification and analyze medical reports. By providing these innovative solutions, InformAI aims to facilitate quicker patient diagnoses and improve overall healthcare outcomes.

Docugami, Inc. is an artificial intelligence document engineering company based in Kirkland, Washington, founded in 2017. The firm develops a software-as-a-service (SaaS) solution that utilizes various AI techniques, including natural language processing, image recognition, and declarative markup. This technology empowers businesses of all sizes to significantly enhance the creation and management of their documents, ultimately leading to improved insight, efficiency, and overall business impact. By leveraging advanced AI methods, Docugami aims to transform how organizations handle their unique documentation needs.

EPIImaging operates a 3D computer vision platform that focuses on developing camera arrays for light-field capture and analysis. The company's technology is grounded in epipolar-plane image analysis, which is crucial for high-quality passive ranging. By leveraging this innovative approach, EPIImaging enables precise image acquisition and addresses challenges such as the aperture problem and the correspondence problem among various captured viewpoints. Through their advancements in 3D vision systems, the company aims to enhance image processing capabilities and improve the overall quality of visual data.

The latest advances in computation are awe-inspiring, from big data to machine learning to image recognition. But these techniques are difficult to understand and implement, and can require massive computational and engineering resources. Onu is advancing the frontiers of computer science in a way that makes the power of cutting-edge algorithms accessible to all. Onu was founded by leading computer scientists and accomplished entrepreneurs. They work closely with leading researchers in academia and industry. Their ambitions befit the caliber of Their supporters and contributors.

Wildlife Imaging Systems specializes in advanced machine vision solutions aimed at supporting the research community in wildlife conservation. The company has developed a comprehensive machine vision platform that facilitates video capture in natural environments. This platform includes field-ready video capture hardware and sophisticated video processing capabilities, allowing researchers to gather critical data and insights for decision-making regarding wildlife conservation efforts. By enhancing the ability to monitor and study wildlife through innovative technology, Wildlife Imaging Systems contributes significantly to the preservation of biodiversity.

PhotonLab develops photosensor technology for light detection and radiation monitoring. The company was founded in 2015 by Daniel Ferenc and has its headquarters in Davis, California.

iSono Health is transforming breast cancer screening by combining automated ultrasound and artificial intelligence (AI) to empower women and physicians with accessible and personalized breast health monitoring.

The Bee Corp specializes in developing infrared image analysis software aimed at enhancing the effectiveness of bee pollination. Its primary product, Verifli, utilizes data analytics and infrared inspection technology to monitor the number, health, and distribution of pollinating bees within beehives. This innovative approach assists farmers and beekeepers in measuring the pollination value, determining pricing, and ultimately maximizing crop yields. By providing essential insights into bee populations and their health, The Bee Corp plays a critical role in supporting agricultural productivity and sustainability.

DeepHealth, Inc. is a radiology artificial intelligence and machine learning company based in Cambridge, Massachusetts, founded in 2015. The company specializes in developing solutions for the medical interpretation of mammography exams, leveraging data science and imaging analysis to support radiologists in their diagnostic processes. By utilizing machine learning, DeepHealth distills extensive insights from medical experts into software designed to enhance the accuracy and reliability of radiological assessments. The company's mission is to improve patient care by providing trustworthy products that are grounded in rigorous scientific research and integrated into clinical practice.

IntelinAir, Inc. is an aerial imagery analytics company based in San Jose, California, that specializes in providing actionable intelligence to the agriculture sector. Founded in 2014, IntelinAir develops technology solutions that utilize aerial data to facilitate quick decision-making for farmers. Their innovative SafeSmart technology includes precision flight and data analysis capabilities, embodied in their UAV products, such as the SafeSmart RD-100 and RD-200, which serve academic research and development needs. The company's interactive crop intelligence platform offers comprehensive field views, prioritizes monitoring efforts, and supports timely assessments, enabling farmers and agricultural retailers to enhance operational efficiency, improve crop yields, and identify sustainability opportunities. Through these solutions, IntelinAir aims to empower farmers to make data-driven decisions that ultimately increase profitability.

QUANTERRA SOFTWARE offers a software platform that automatically detects, locates, and counts objects on aerial imagery. The first service is COWculator, a service that automatically counts cows in aerial images obtained during a drone flyover. The 99% accuracy that we provide surpasses professional guesstimates and enables feedlot audits to dramatically reduce their outlay of time and manpower during routine audits. Our second product will be focused on ranches and pastureland, where it is extremely difficult to guesstimate the number of cows, calves and bulls on a ranch.

The latest advances in computation are awe-inspiring, from big data to machine learning to image recognition. But these techniques are difficult to understand and implement, and can require massive computational and engineering resources. Onu is advancing the frontiers of computer science in a way that makes the power of cutting-edge algorithms accessible to all. Onu was founded by leading computer scientists and accomplished entrepreneurs. They work closely with leading researchers in academia and industry. Their ambitions befit the caliber of Their supporters and contributors.

Gigajot Technology Inc. is a Pasadena, California-based company founded in 2017 by Dr. Saleh Masoodian and Dr. Jiaju Ma. The company specializes in the development of quanta image sensors (QIS) that utilize high-speed single-photon detection to enhance image capture capabilities for both consumers and professionals. Gigajot Technology offers image processing services across various sectors, including scientific imaging, medical imaging, space imaging, security and defense, low-light photography and videography, computational imaging, automotive sensing, and 3D sensing. By focusing on advanced imaging technologies, Gigajot aims to create innovative solutions that address diverse imaging needs.

Visikol is a CRO focused on advanced drug discovery that is leading the field of bio-imaging, bioinformatics and image analysis. We conduct end-to-end drug discovery services that include both 2D and 3D in vitro models and assays, 3D whole mount tissue imaging, digital pathology and custom drug discovery projects. Visikol offers a portfolio of drug discovery services ranging from 2D and 3D cell culture model and assay development to in vitro screening, animal tissue histology and automated image processing. The focus of these services is to transform tissues into images and ultimately into quantitative data sets that can be mined for actionable insights that help our Clients make more informed decisions during the drug discovery process. Additionally, Visikol manufactures and sells a suite of tissue clearing reagents and 3D immuno-labeling kits. These products allow researchers to easily and rapidly image whole tissues and 3D cell culture models in 3D instead of traditional 2D sectioning. For more information about Visikol or its services, please visit our website at visikol.com.

Mirada Technologies, based in San Francisco, California, specializes in developing advanced LiDAR components essential for enhancing driver safety and autonomy in vehicles. The company focuses on creating critical technologies such as laser scanning and detector systems, which are integral to various applications, including optical sorting and industrial vision systems. Mirada's flagship product is a state-of-the-art laser scanner that offers superior ranging distance, field of view, reliability, and scalability. By providing cost-effective solutions, Mirada enables businesses to improve their optical measurement systems, ultimately contributing to the reduction of automotive accidents and fatalities.

SpIntellx, Inc. is a computational and systems pathology company based in Pittsburgh, Pennsylvania, specializing in spatial intelligence software products for cancer diagnosis. Established in 2017, the company offers innovative solutions such as SpIntellx, which analyzes image data sets from various imaging platforms and reagent types, enabling precise analysis of pathology tissue sections. Additionally, SpIntellx provides HistoMapr, a computational guide for pathologists, and TumorMapr, which examines the spatial interactions of biomarkers within whole slide images using multiplexed fluorescence. By leveraging unbiased spatial analytics powered by explainable AI, SpIntellx aims to enhance the understanding of complex cancer biology, contributing to advancements in medicine and research across drug development, diagnostics, and treatment pipelines.

Refined Imaging specializes in advanced imaging technologies that facilitate the authentication of additively manufactured parts and the identification of counterfeit items. The company's platform employs interferometry techniques, including microfabrication, X-ray, and neutron grating interferometry, to generate precise images based on the interaction of electromagnetic waves. This imaging process is repeatable, allowing for consistent data comparison with blockchain data files to verify authenticity. By providing a cyber-physical trust anchor, Refined Imaging enhances the reliability and security of manufacturing processes across various industries.

Docbot, Inc. is an artificial intelligence technology company based in Irvine, California, that specializes in gastrointestinal diseases. The company develops web-based applications for iOS and Android devices, offering a clinical decision support system that aggregates patient information and provides cloud analytics for healthcare professionals. Its flagship product is built on the UltivisionAI software platform, which focuses on real-time image analysis and automated reporting. This platform is designed to detect colorectal cancer and other gastrointestinal conditions by integrating various data sources from imaging systems and pathology requisitions. Docbot aims to enhance patient care and streamline clinical workflows, ultimately reducing cancer risks and improving outcomes for patients in the gastrointestinal specialty.

Lucendi is a developer of AI-enabled smart measurement platforms focused on micro-object detection and characterization. The company leverages advanced technologies such as computational microscopy and holographic imaging, combined with innovative image processing, big data analytics, and machine learning. This expertise allows Lucendi to provide clients with versatile applications that enhance efficiency and reduce costs. In addition to its measurement platforms, Lucendi also offers a range of products including lighting, electrical materials, solar energy systems, and electrical socket solutions.

Mura is an imaging system capable of capturing surface micro-geometry and appearance on real-world objects.

Aware Vehicles, founded in 2017 and based in Kansas City, Missouri, specializes in the development of autonomous drones that capture and analyze spectral aerial images. These drones leverage advanced imaging technology and artificial intelligence to serve various sectors, including precision agriculture, defense, disaster response, logistics, and infrastructure. By providing precise asset inspections and enhancing emergency response and communication capabilities, Aware Vehicles aims to meet the diverse needs of its clients through innovative aerial solutions.

Geegah specializes in micro- and nano-imaging technology, focusing on chip-based solutions that provide real-time data on various environmental factors. The company develops a range of products, including heaters, coolers, microfluidic cavities, optical microscope add-ons, imaging boards, and an imager PC interface system. Their innovative approach integrates piezoelectric films with CMOS technology, allowing for enhanced imaging capabilities of small objects, such as soil particles, roots, and moisture levels. This technology enables clients to access low-cost chips that can be utilized in diverse applications, facilitating informed decision-making based on the data generated. Geegah's commitment to research in piezoelectric CMOS electronics positions it at the forefront of the micro-imaging field, catering to industries that require precision imaging and real-time analysis.

Mentium Technologies Inc. specializes in the development of artificial intelligence processors tailored for power electronics, including cameras, sensors, microphones, and wearable devices. Founded in 2016 and located in Santa Barbara, California, the company focuses on creating ultra-high efficiency AI chips that enable complex video analytics in edge applications. By leveraging a unique approach centered on non-volatile memory devices, Mentium's technology facilitates analog in-memory computation, ensuring high speed, quality, and reliability for mission-critical AI inference. Their solutions aim to achieve optimal accuracy and performance, making them particularly valuable in applications that demand resilience to temperature and device variations, such as autonomous vehicles and cloud computing.

Gigajot Technology Inc. is a Pasadena, California-based company founded in 2017 by Dr. Saleh Masoodian and Dr. Jiaju Ma. The company specializes in the development of quanta image sensors (QIS) that utilize high-speed single-photon detection to enhance image capture capabilities for both consumers and professionals. Gigajot Technology offers image processing services across various sectors, including scientific imaging, medical imaging, space imaging, security and defense, low-light photography and videography, computational imaging, automotive sensing, and 3D sensing. By focusing on advanced imaging technologies, Gigajot aims to create innovative solutions that address diverse imaging needs.

The Bee Corp specializes in developing infrared image analysis software aimed at enhancing the effectiveness of bee pollination. Its primary product, Verifli, utilizes data analytics and infrared inspection technology to monitor the number, health, and distribution of pollinating bees within beehives. This innovative approach assists farmers and beekeepers in measuring the pollination value, determining pricing, and ultimately maximizing crop yields. By providing essential insights into bee populations and their health, The Bee Corp plays a critical role in supporting agricultural productivity and sustainability.

Mirada Technologies, based in San Francisco, California, specializes in developing advanced LiDAR components essential for enhancing driver safety and autonomy in vehicles. The company focuses on creating critical technologies such as laser scanning and detector systems, which are integral to various applications, including optical sorting and industrial vision systems. Mirada's flagship product is a state-of-the-art laser scanner that offers superior ranging distance, field of view, reliability, and scalability. By providing cost-effective solutions, Mirada enables businesses to improve their optical measurement systems, ultimately contributing to the reduction of automotive accidents and fatalities.

Aira is dedicated to enhancing accessibility for individuals who are blind or have low vision. The company offers remote visual interpretation services through an app that connects users with highly trained Visual Interpreters. By streaming live video from the user's smartphone camera, these interpreters assist with a variety of tasks, including navigation and face recognition, enabling users to engage more fully in daily activities. Additionally, Aira has developed a wearable assistive product that utilizes smart glasses and an augmented reality dashboard, allowing certified agents to see what the user sees in real-time. This combination of technology and human support empowers visually impaired individuals to navigate their environments with greater independence and confidence.

Voxel Healthcare, a medical imaging cloud-based AI startup, aims to revolutionize medical imaging diagnostics by bringing in 3D quantitative measures of images.

Mura is an imaging system capable of capturing surface micro-geometry and appearance on real-world objects.

PhotonLab develops photosensor technology for light detection and radiation monitoring. The company was founded in 2015 by Daniel Ferenc and has its headquarters in Davis, California.

GDA specializes in sophisticated processing and deep analysis of airborne and satellite imagery for agricultural intelligence. They are a recognized leader in the rapid processing and analysis of massive amounts of imagery for frequent, objective in-season assessments of crop conditions, progress, acreage, and yield from sub-field to country levels. GDA continually aggregates imagery from a multitude of sources enabling global cropland coverage and analysis. They work with customers to integrate quality imagery and advanced analysis from GDA into their agricultural management systems. GDA is, at its core, a satellite image analysis company and has been focused on tough problems in image processing from its inception in 2002. GDA grew out of a long history of science-backed image processing research particularly as it relates to agricultural analysis. They have a seasoned track record of winning highly competitive Small Business Innovative Research (SBIR) grants to develop state-of-art technology and have been a prime contractor to the USDA Foreign Agricultural Service since 2005.

EPIImaging operates a 3D computer vision platform that focuses on developing camera arrays for light-field capture and analysis. The company's technology is grounded in epipolar-plane image analysis, which is crucial for high-quality passive ranging. By leveraging this innovative approach, EPIImaging enables precise image acquisition and addresses challenges such as the aperture problem and the correspondence problem among various captured viewpoints. Through their advancements in 3D vision systems, the company aims to enhance image processing capabilities and improve the overall quality of visual data.

Visikol is a CRO focused on advanced drug discovery that is leading the field of bio-imaging, bioinformatics and image analysis. We conduct end-to-end drug discovery services that include both 2D and 3D in vitro models and assays, 3D whole mount tissue imaging, digital pathology and custom drug discovery projects. Visikol offers a portfolio of drug discovery services ranging from 2D and 3D cell culture model and assay development to in vitro screening, animal tissue histology and automated image processing. The focus of these services is to transform tissues into images and ultimately into quantitative data sets that can be mined for actionable insights that help our Clients make more informed decisions during the drug discovery process. Additionally, Visikol manufactures and sells a suite of tissue clearing reagents and 3D immuno-labeling kits. These products allow researchers to easily and rapidly image whole tissues and 3D cell culture models in 3D instead of traditional 2D sectioning. For more information about Visikol or its services, please visit our website at visikol.com.

Grokstyle develops an app that automatically identifies furniture and home decor from just about any picture or angle. Partner with us to reimagine the consumer experience — visual search, inspiration, and on-point recommendations.

TechComb provides machine-learning applications for high-throughput, high-yield object recognition and inspection in real-time. The company, based in Fort Worth, Texas, was founded by Jonathan Kretz and Aditya Das.

Stratio, Inc. is a technology company based in Palo Alto, California, founded in 2013 with the aim of making infrared sensing accessible to a broader market. The company designs, develops, and manufactures advanced infrared technologies, including LinkSquare, a portable spectrometer, and BeyonSense, the first smartphone-compatible shortwave infrared camera. Stratio's innovative germanium-based shortwave infrared sensors facilitate the creation of versatile and affordable infrared devices. Their products are utilized globally by partners and customers to enhance process efficiency, combat counterfeiting, ensure food safety, and support precision agriculture. Stratio is also focused on future innovations in infrared sensing, with plans to develop Hyper-Spectral Imaging solutions.

GDA specializes in sophisticated processing and deep analysis of airborne and satellite imagery for agricultural intelligence. They are a recognized leader in the rapid processing and analysis of massive amounts of imagery for frequent, objective in-season assessments of crop conditions, progress, acreage, and yield from sub-field to country levels. GDA continually aggregates imagery from a multitude of sources enabling global cropland coverage and analysis. They work with customers to integrate quality imagery and advanced analysis from GDA into their agricultural management systems. GDA is, at its core, a satellite image analysis company and has been focused on tough problems in image processing from its inception in 2002. GDA grew out of a long history of science-backed image processing research particularly as it relates to agricultural analysis. They have a seasoned track record of winning highly competitive Small Business Innovative Research (SBIR) grants to develop state-of-art technology and have been a prime contractor to the USDA Foreign Agricultural Service since 2005.

IntelinAir, Inc. is an aerial imagery analytics company based in San Jose, California, that specializes in providing actionable intelligence to the agriculture sector. Founded in 2014, IntelinAir develops technology solutions that utilize aerial data to facilitate quick decision-making for farmers. Their innovative SafeSmart technology includes precision flight and data analysis capabilities, embodied in their UAV products, such as the SafeSmart RD-100 and RD-200, which serve academic research and development needs. The company's interactive crop intelligence platform offers comprehensive field views, prioritizes monitoring efforts, and supports timely assessments, enabling farmers and agricultural retailers to enhance operational efficiency, improve crop yields, and identify sustainability opportunities. Through these solutions, IntelinAir aims to empower farmers to make data-driven decisions that ultimately increase profitability.

Scientific Imaging and Visualization develops image processing, computer vision, and visualization products and services. The company was founded in 2010 by Oskar Skrinjar and is based in Atlanta, Georgia.

Stratio, Inc. is a technology company based in Palo Alto, California, founded in 2013 with the aim of making infrared sensing accessible to a broader market. The company designs, develops, and manufactures advanced infrared technologies, including LinkSquare, a portable spectrometer, and BeyonSense, the first smartphone-compatible shortwave infrared camera. Stratio's innovative germanium-based shortwave infrared sensors facilitate the creation of versatile and affordable infrared devices. Their products are utilized globally by partners and customers to enhance process efficiency, combat counterfeiting, ensure food safety, and support precision agriculture. Stratio is also focused on future innovations in infrared sensing, with plans to develop Hyper-Spectral Imaging solutions.

Lynx Laboratories, Inc. specializes in developing software applications and hardware for 3D imaging, catering to various industries including surveying, engineering, design, biometrics, and construction measurements. Based in Austin, Texas, the company is recognized for its innovative mobile structural capture device, which effectively captures the shape and motion of environments. With a team boasting over twenty years of combined experience in machine learning, Lynx Laboratories has achieved significant recognition, including awards for innovation and funding from the National Science Foundation. As a subsidiary of Occipital, Inc., Lynx Laboratories continues to lead in the field of structural capture and next-generation photography, reflecting its commitment to advancing technology in 3D scanning.

Neon Open is an innovative platform that leverages artificial intelligence to enhance advertising inventory through open-source technology. By employing a deep learning model, it quantifies the emotional impact of images and videos, allowing users to predict which visuals will generate increased engagement, including clicks, likes, and shares. The platform caters to a diverse range of users, including journalists, artists, engineers, and non-profit organizations, making it a versatile tool in the marketing landscape. Neon Open's offerings, including Neon for Video, have demonstrated significant effectiveness, with reported increases in video views through real-time optimization of visual content. The company has established partnerships with leading deep learning frameworks to support its mission of improving customer engagement and streamlining the marketing workflow by automating the selection of impactful images and videos.

InView Technology Corporation, founded in 2009 and based in Austin, Texas, specializes in the development and manufacturing of compressive sensing-based imaging and hyperspectral imaging products. The company's offerings include shortwave and midwave infrared cameras, hyperspectral imagers, and CompressView software, which aids in managing the setup, capture, and processing of imaging data. Their technologies find applications across various sectors, including microscopy, life sciences, military and surveillance, maritime operations, industrial process control, food and pharmaceutical inspection, energy audits, and material research. InView Technology's innovations enable detailed imaging and spectral analysis, providing critical insights for diverse industries.

SKINfrared specializes in research and development of next-generation infrared cameras. Their area of expertise include: development of high-performance infrared (2-14 um range) single and dual-band detectors, early detection of skin cancer with Advanced Longwave infrared-imaging and Analysis System (ALIAS), and development of SKI proprietary software for image-registration/data analysis (SKIViz). It was co-founded by Sanchita Krishna and Sanjay Krishna.

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.

Lynx Laboratories, Inc. specializes in developing software applications and hardware for 3D imaging, catering to various industries including surveying, engineering, design, biometrics, and construction measurements. Based in Austin, Texas, the company is recognized for its innovative mobile structural capture device, which effectively captures the shape and motion of environments. With a team boasting over twenty years of combined experience in machine learning, Lynx Laboratories has achieved significant recognition, including awards for innovation and funding from the National Science Foundation. As a subsidiary of Occipital, Inc., Lynx Laboratories continues to lead in the field of structural capture and next-generation photography, reflecting its commitment to advancing technology in 3D scanning.

Scientific Imaging and Visualization develops image processing, computer vision, and visualization products and services. The company was founded in 2010 by Oskar Skrinjar and is based in Atlanta, Georgia.

RemoteReality is the designer and manufacturer of ultra wide-angle computational cameras and video systems. Using their unique patented optics, the latest in image sensors, and their own advanced video processing, their solutions deliver high resolution real time, low latency video for a variety of cutting edge applications. Their video solutions are available in both day and night configurations, spanning the visible, LWIR and MWIR spectra.

Lumicell, Inc. specializes in developing image-guided cancer surgery solutions aimed at enhancing surgical outcomes for patients with various types of cancer, including breast cancer and sarcoma. The company has created an intraoperative imaging system that utilizes a handheld device in conjunction with a cancer-specific optical contrast agent. This system provides real-time visual feedback on the presence of residual cancer cells within the tumor bed, allowing surgeons to effectively remove any remaining cancerous tissue during the procedure. By illuminating cancer cells, Lumicell's technology aims to minimize the need for repeat surgeries due to positive margins and local recurrence, thereby improving patient outcomes. The company is also exploring applications of its technology in other cancers, such as colorectal cancer and pancreatic cancer. Founded in 2008 and based in Wellesley, Massachusetts, Lumicell continues to advance its clinical investigations to validate the effectiveness and safety of its innovative surgical solutions.

FiveFocal, established in 2009, specializes in developing advanced imaging systems for various sectors, including defense, security, consumer, mobile, industrial, automotive, and medical applications. The company has built a team of experts in computational imaging, lens design, sensor modeling, and optical engineering, enabling it to tackle complex engineering challenges. Over its first five years, FiveFocal completed nearly 100 engineering service projects, utilizing proprietary software for a wide range of applications, from miniature computational imagers to space telescopes. Their services include lens design, technology assessments, performance metrics, tolerance analysis, and prototype validation support, helping clients adapt to current trends and optimize system-level imaging capabilities.