Innovate UK

Outfield is an agritech company focused on transforming the global fruit sector through its precision orchard management system. The platform utilizes unmanned drones and advanced image recognition technology to gather data on orchard performance, enabling growers to obtain accurate fruit counts and variability maps throughout the year. This system significantly enhances yield estimation accuracy, reducing common errors associated with manual assessments from around 20% to less than 10%. By automating data collection, Outfield allows growers to efficiently cover extensive areas in a short time, receiving processed insights within 24 hours. The company has successfully trialed its platform with apple and pear growers across three continents and is currently in use by paying beta-test growers in the UK, New Zealand, and South Africa. Outfield aims to scale its product offerings and expand its international presence while addressing the growing demand for efficient and environmentally friendly fruit farming solutions. By leveraging machine learning, cloud computing, and drone technology, Outfield is poised to play a significant role in the future of sustainable agriculture.

Outfield is an agritech company focused on transforming the global fruit sector through its precision orchard management system. The platform utilizes unmanned drones and advanced image recognition technology to gather data on orchard performance, enabling growers to obtain accurate fruit counts and variability maps throughout the year. This system significantly enhances yield estimation accuracy, reducing common errors associated with manual assessments from around 20% to less than 10%. By automating data collection, Outfield allows growers to efficiently cover extensive areas in a short time, receiving processed insights within 24 hours. The company has successfully trialed its platform with apple and pear growers across three continents and is currently in use by paying beta-test growers in the UK, New Zealand, and South Africa. Outfield aims to scale its product offerings and expand its international presence while addressing the growing demand for efficient and environmentally friendly fruit farming solutions. By leveraging machine learning, cloud computing, and drone technology, Outfield is poised to play a significant role in the future of sustainable agriculture.

Deep Vision specialises in developing real-time, intelligent machine perception technology. Deep Vision's unique and proprietary technology enables systems or devices to detect, recognise, and interpret objects and events, in their environment.

RoboK develops innovative computer vision technology to enhance safety and efficiency in industrial workplaces. Founded in 2017, the company transforms on-site visual data from CCTV cameras into valuable actionable insights for critical infrastructure operators.

Muddy Machines develops autonomous robots aimed at assisting farms with labor-intensive crops. The company's primary focus is on enhancing its technology for harvesting green asparagus, while also exploring applications for other crops. Utilizing computer vision and machine learning, Muddy Machines' robotics platform enables precise harvesting by predicting crop maturity and selectively gathering produce, minimizing damage and ensuring freshness. In addition to harvesting, the company is investigating other labor-intensive agricultural tasks, such as weeding and precision applications, to further support farmers in improving efficiency and productivity in their operations.

OKKO Health offers a SaaS platform for remote eye health monitoring. It combines vision science, clinical insight, and game technology to predict deterioration and enable personalized care.

Muddy Machines develops autonomous robots aimed at assisting farms with labor-intensive crops. The company's primary focus is on enhancing its technology for harvesting green asparagus, while also exploring applications for other crops. Utilizing computer vision and machine learning, Muddy Machines' robotics platform enables precise harvesting by predicting crop maturity and selectively gathering produce, minimizing damage and ensuring freshness. In addition to harvesting, the company is investigating other labor-intensive agricultural tasks, such as weeding and precision applications, to further support farmers in improving efficiency and productivity in their operations.

Outfield is an agritech company focused on transforming the global fruit sector through its precision orchard management system. The platform utilizes unmanned drones and advanced image recognition technology to gather data on orchard performance, enabling growers to obtain accurate fruit counts and variability maps throughout the year. This system significantly enhances yield estimation accuracy, reducing common errors associated with manual assessments from around 20% to less than 10%. By automating data collection, Outfield allows growers to efficiently cover extensive areas in a short time, receiving processed insights within 24 hours. The company has successfully trialed its platform with apple and pear growers across three continents and is currently in use by paying beta-test growers in the UK, New Zealand, and South Africa. Outfield aims to scale its product offerings and expand its international presence while addressing the growing demand for efficient and environmentally friendly fruit farming solutions. By leveraging machine learning, cloud computing, and drone technology, Outfield is poised to play a significant role in the future of sustainable agriculture.

DeGould Ltd is a leading provider of automated vehicle inspection solutions, specializing in the development of imaging and machine learning software for quality assurance in the automotive industry. The company is dedicated to enhancing customer value by delivering cutting-edge automated vehicle inspections and high-resolution imaging technology. DeGould's innovative product, Auto-compact, captures a multitude of images in seconds using advanced lighting techniques, allowing for the accurate detection of defects such as scratches, dents, and wheel scuffs. By replacing traditional manual inspections with AI-driven solutions, DeGould enables original equipment manufacturers (OEMs) and their supply chain partners to improve quality control while reducing operational costs. With a commitment to continuous technological advancement, DeGould serves a growing and satisfied global customer base.

Grayscale AI specializes in advanced machine learning algorithms and artificial intelligence solutions. It focuses on developing autonomous drone technologies using neuromorphic computing and AI at the intersection of Computer Vision, Neural Computation, and Robotics.

Muddy Machines develops autonomous robots aimed at assisting farms with labor-intensive crops. The company's primary focus is on enhancing its technology for harvesting green asparagus, while also exploring applications for other crops. Utilizing computer vision and machine learning, Muddy Machines' robotics platform enables precise harvesting by predicting crop maturity and selectively gathering produce, minimizing damage and ensuring freshness. In addition to harvesting, the company is investigating other labor-intensive agricultural tasks, such as weeding and precision applications, to further support farmers in improving efficiency and productivity in their operations.

Muddy Machines develops autonomous robots aimed at assisting farms with labor-intensive crops. The company's primary focus is on enhancing its technology for harvesting green asparagus, while also exploring applications for other crops. Utilizing computer vision and machine learning, Muddy Machines' robotics platform enables precise harvesting by predicting crop maturity and selectively gathering produce, minimizing damage and ensuring freshness. In addition to harvesting, the company is investigating other labor-intensive agricultural tasks, such as weeding and precision applications, to further support farmers in improving efficiency and productivity in their operations.

OKKO Health offers a SaaS platform for remote eye health monitoring. It combines vision science, clinical insight, and game technology to predict deterioration and enable personalized care.

VividQ Limited is a technology company based in Cambridge, United Kingdom, specializing in the development of software frameworks for generating, compressing, and transmitting 3D holographic images and video. The company offers a variety of products, including VividQ Capture, an API for converting 3D data into holographic formats, and VividQ Squeeze, a solution for compressing point cloud 3D data. Additionally, VividQ Core enables multi-user interactions with holograms at different focal planes, while VividQ View allows integration of various spatial light modulators into its holographic architecture. VividQ's advanced computational display technology aims to revolutionize digital displays by integrating holographic visuals into consumer electronics, augmented reality, virtual reality, and automotive applications. The company, which was formerly known as Penteract28 Limited before rebranding in 2017, collaborates with leading original equipment manufacturers to enhance user experiences in various sectors, including gaming, immersive simulations, and depth sensing.

Outfield is an agritech company focused on transforming the global fruit sector through its precision orchard management system. The platform utilizes unmanned drones and advanced image recognition technology to gather data on orchard performance, enabling growers to obtain accurate fruit counts and variability maps throughout the year. This system significantly enhances yield estimation accuracy, reducing common errors associated with manual assessments from around 20% to less than 10%. By automating data collection, Outfield allows growers to efficiently cover extensive areas in a short time, receiving processed insights within 24 hours. The company has successfully trialed its platform with apple and pear growers across three continents and is currently in use by paying beta-test growers in the UK, New Zealand, and South Africa. Outfield aims to scale its product offerings and expand its international presence while addressing the growing demand for efficient and environmentally friendly fruit farming solutions. By leveraging machine learning, cloud computing, and drone technology, Outfield is poised to play a significant role in the future of sustainable agriculture.

OKKO Health offers a SaaS platform for remote eye health monitoring. It combines vision science, clinical insight, and game technology to predict deterioration and enable personalized care.

OKKO Health offers a SaaS platform for remote eye health monitoring. It combines vision science, clinical insight, and game technology to predict deterioration and enable personalized care.

Corridor Technology is a technology company. It will entail the development of a fully standardised imagery and video data review system to allow asset inspectors in road, rail and energy corridors to review remote condition monitoring data (RCM), output from Corridor’s Machine Learning systems.

Streets Systems is a data collection service provider based in Newcastle upon Tyne, United Kingdom, established in 2018. The company specializes in utilizing machine vision technology to monitor pedestrian and cyclist activity, as well as vehicular traffic. Streets Systems installs sensor equipment and conducts video surveys to accurately capture footfall data, tracking the speed and volume of both non-motorized and motorized traffic. The collected information is integrated into Geographic Information System (GIS) applications, enabling comprehensive analysis and insights into urban movement patterns.

Vitrue Health specializes in digital technology aimed at reducing musculoskeletal issues through accurate measurement and assessment. The company's flagship products, including VIDA and Vitrue EVVA, utilize advanced computer vision and biomechanics to objectively evaluate musculoskeletal health in various settings, from workplaces to clinical environments. VIDA specifically addresses the needs of desk workers by assessing their workspaces and ensuring compliance with ergonomic standards, helping to mitigate common problems like back and neck pain. Vitrue EVVA employs depth sensors for clinical-grade evaluations, which are valuable in orthopaedics, injury prevention in elite sports, and health screenings. By providing detailed reports and predictive insights regarding functional ability and core strength, Vitrue Health empowers both clinicians and patients to identify issues early, design optimal treatment plans, and engage patients in their recovery. The company’s mission is to establish a new foundation for musculoskeletal healthcare, aiming to alleviate pain and improve the quality of life for millions.

Kheiron Medical Technologies is a London-based medical technology company that develops Mia, an AI-powered mammography screening tool designed to help radiologists detect breast cancer. The system combines deep learning with radiology insights to improve detection efficiency, consistency, and accuracy across imaging workflows. Incorporated in 2016 and formerly known as Maesterai, the company maintains an international presence with offices in London, San Francisco, Budapest, and Amsterdam, aiming to advance precision radiology and improve outcomes for cancer patients.

OKKO Health offers a SaaS platform for remote eye health monitoring. It combines vision science, clinical insight, and game technology to predict deterioration and enable personalized care.

ZEG is a developer of a 3D model platform designed for various consumer goods, including furniture, shoes, and clothing. The platform utilizes computer vision and deep learning technologies to create photorealistic 3D content, allowing clients to effectively showcase their products. By offering an efficient means to present goods in three-dimensional and extended reality formats, ZEG helps businesses reduce both the time and costs associated with product visualization. This innovative approach enhances the consumer experience and aims to increase conversion rates for clients.

Outfield is an agritech company focused on transforming the global fruit sector through its precision orchard management system. The platform utilizes unmanned drones and advanced image recognition technology to gather data on orchard performance, enabling growers to obtain accurate fruit counts and variability maps throughout the year. This system significantly enhances yield estimation accuracy, reducing common errors associated with manual assessments from around 20% to less than 10%. By automating data collection, Outfield allows growers to efficiently cover extensive areas in a short time, receiving processed insights within 24 hours. The company has successfully trialed its platform with apple and pear growers across three continents and is currently in use by paying beta-test growers in the UK, New Zealand, and South Africa. Outfield aims to scale its product offerings and expand its international presence while addressing the growing demand for efficient and environmentally friendly fruit farming solutions. By leveraging machine learning, cloud computing, and drone technology, Outfield is poised to play a significant role in the future of sustainable agriculture.

Vitrue Health specializes in digital technology aimed at reducing musculoskeletal issues through accurate measurement and assessment. The company's flagship products, including VIDA and Vitrue EVVA, utilize advanced computer vision and biomechanics to objectively evaluate musculoskeletal health in various settings, from workplaces to clinical environments. VIDA specifically addresses the needs of desk workers by assessing their workspaces and ensuring compliance with ergonomic standards, helping to mitigate common problems like back and neck pain. Vitrue EVVA employs depth sensors for clinical-grade evaluations, which are valuable in orthopaedics, injury prevention in elite sports, and health screenings. By providing detailed reports and predictive insights regarding functional ability and core strength, Vitrue Health empowers both clinicians and patients to identify issues early, design optimal treatment plans, and engage patients in their recovery. The company’s mission is to establish a new foundation for musculoskeletal healthcare, aiming to alleviate pain and improve the quality of life for millions.

Founded in London in 2013, Sensing Feeling develops IoT-based products that use computer vision and machine learning to measure human behavior in real-time. Their solutions enhance safety, improve customer experiences, and help businesses manage risks effectively.

Oxehealth Ltd. is a technology company based in Oxford, United Kingdom, that specializes in non-contact vital signs monitoring. Founded in 2012, it has developed the Oxecam software, which allows for the remote measurement of heart rate, respiratory rate, and blood oxygenation using digital video cameras. This innovative approach is particularly beneficial in medical settings, where it can enhance care for elderly and vulnerable individuals in environments where staff presence is limited. The system generates alerts for risky activities and provides objective data on patient vitals, enabling informed care planning. Oxehealth's technology combines proprietary algorithms that leverage deep learning, computer vision, and signal processing, making it suitable for various sectors, including healthcare, security, and retail. Its Digital Care Assistant supports clinicians and caregivers in mental health facilities, prisons, and home care, facilitating proactive interventions based on real-time data. Oxehealth is recognized for achieving the world’s first medical device certification for its software, demonstrating its commitment to enhancing patient care through innovative technology.

Cydar Medical develops computer vision software that provides real-time automated 3D overlays during X-ray guided procedures. This enables clinicians to focus on patients rather than adjusting displays, with high-performance updates facilitated by cloud supercomputing.