Projects
Success stories and applications
Industrial environment
At Coronis Computing, we stand out for our expertise in applying computer vision and artificial intelligence technologies to industry. Our track record includes the implementation of these tools in several projects covering detection, classification and security in industrial environments. We are at the forefront of optimizing processes and improving industrial efficiency. We have developed a variety of sensing projects specifically designed to address particular challenges, with innovative solutions that contribute to performance and safety in industrial environments.
Faced with the challenges of maintaining efficiency and safety in the industrial production line, there is a need to proactively identify and address any irregularities that may arise in the process. In this context, we face the challenge of detecting anomalies in the cutting belt, a critical component in the production chain.
We develop and implement advanced computer vision systems that use detection techniques to accurately identify and track anomalies along the belt. These innovative solutions allow us to identify and address any irregularities in the production process, while ensuring a safe and efficient working environment. As a result, we manage to increase safety in the production line, thus significantly benefiting the entire industrial operation and boosting overall productivity, operational effectiveness, and system reliability.
Faced with the challenges of maintaining efficiency and safety in the industrial production line, there is a need to proactively identify and address any irregularities that may arise in the process. In this context, we face the challenge of detecting anomalies in the cutting belt, a critical component in the production chain, to ensure seamless operations.
We develop and implement advanced computer vision systems that use detection techniques to accurately identify and track anomalies along the belt. These innovative solutions allow us to identify and address any irregularities in the production process, while ensuring a safe and efficient working environment. As a result, we manage to increase safety in the production line, thus significantly benefiting the entire industrial operation and boosting overall productivity, operational effectiveness, and system reliability.
Faced with the challenges of maintaining efficiency and safety in the industrial production line, there is a need to proactively identify and address any irregularities that may arise in the process. In this context, we face the challenge of detecting anomalies in the cutting belt, a critical component in the production chain.
We develop and implement advanced computer vision systems that use detection techniques to accurately identify and track anomalies along the belt. These innovative solutions allow us to identify and address any irregularities in the production process, while ensuring a safe and efficient working environment. As a result, we manage to increase safety in the production line, thus significantly benefiting the entire industrial operation and boosting overall productivity, operational effectiveness, and system reliability.
In some projects we have faced the challenge of analyzing characteristics such as shape, color, texture, and other visual attributes to offer solutions adapted to the specific needs of each client. To address these challenges, we have used both classical vision algorithms and machine learning techniques, depending on the problem requirements.
This approach has allowed us to offer reliable detection and accurate classification of products and anomalies, which has contributed to significantly improving productivity and efficiency in industrial processes. In addition, we have seamlessly integrated with existing software in the industrial environment, which has provided our customers with a comprehensive view of ongoing operations and ensured seamless collaboration with established systems and workflows, enhancing overall performance.
In some projects we have faced the challenge of analyzing characteristics such as shape, color, texture, and other visual attributes to offer solutions adapted to the specific needs of each client. To address these challenges, we have used both classical vision algorithms and machine learning techniques, depending on the problem requirements.
This approach has allowed us to offer reliable detection and accurate classification of products and anomalies, which has contributed to significantly improving productivity and efficiency in industrial processes. In addition, we have seamlessly integrated with existing software in the industrial environment, which has provided our customers with a comprehensive view of ongoing operations and ensured seamless collaboration with established systems and workflows, enhancing overall performance.
In some projects we have faced the challenge of analyzing characteristics such as shape, color, texture, and other visual attributes to offer solutions adapted to the specific needs of each client. To address these challenges, we have used both classical vision algorithms and machine learning techniques, depending on the problem requirements.
This approach has allowed us to offer reliable detection and accurate classification of products and anomalies, which has contributed to significantly improving productivity and efficiency in industrial processes. In addition, we have seamlessly integrated with existing software in the industrial environment, which has provided our customers with a comprehensive view of ongoing operations and ensured seamless collaboration with established systems and workflows, enhancing overall performance.
We have used specialized 3D cameras on several industrial projects to generate detailed models and perform thorough surface inspections. Equipped with state-of-the-art technology, these cameras capture three-dimensional information with high precision, facilitating object detection and accurate dimensional assessment in specific industrial environments.
The meticulous integration of 3D cameras in our projects has made it possible to carry out comprehensive and precise analyses, being crucial to offer effective solutions in the optimization of industrial processes and guarantee high quality standards. This advanced technology provides the ability to generate detailed and realistic three-dimensional models, which is essential for applications such as quality inspection, surface defect detection, process automation, and continuous improvement of industrial efficiency and productivity.
We have used specialized 3D cameras on several industrial projects to generate detailed models and perform thorough surface inspections. Equipped with state-of-the-art technology, these cameras capture three-dimensional information with high precision, facilitating object detection and accurate dimensional assessment in specific industrial environments.
The meticulous integration of 3D cameras in our projects has made it possible to carry out comprehensive and precise analyses, being crucial to offer effective solutions in the optimization of industrial processes and guarantee high quality standards. This advanced technology provides the ability to generate detailed and realistic three-dimensional models, which is essential for applications such as quality inspection, surface defect detection, process automation, and continuous improvement of industrial efficiency and productivity.
We have used specialized 3D cameras on several industrial projects to generate detailed models and perform thorough surface inspections. Equipped with state-of-the-art technology, these cameras capture three-dimensional information with high precision, facilitating object detection and accurate dimensional assessment in specific industrial environments.
The meticulous integration of 3D cameras in our projects has made it possible to carry out comprehensive and precise analyses, being crucial to offer effective solutions in the optimization of industrial processes and guarantee high quality standards. This advanced technology provides the ability to generate detailed and realistic three-dimensional models, which is essential for applications such as quality inspection, surface defect detection, process automation, and continuous improvement of industrial efficiency and productivity.
We implement hyperspectral cameras in our projects, which go beyond the visible spectrum by capturing characteristics of materials according to their response to different wavelengths. These advanced devices give us the ability to analyze and extract detailed information about the composition and properties of materials based on their unique spectral response.
The integration of these chambers has provided us with a detailed and complete view of objects and surfaces in industrial environments, allowing precise and specific analyses. This enhanced capability has made it possible to carry out more detailed and specific analyses, which is essential for applications such as quality inspection, the detection of contaminants, or the identification of materials in different industrial contexts, improving overall process efficiency.
We implement hyperspectral cameras in our projects, which go beyond the visible spectrum by capturing characteristics of materials according to their response to different wavelengths. These advanced devices give us the ability to analyze and extract detailed information about the composition and properties of materials based on their unique spectral response.
The integration of these chambers has provided us with a detailed and complete view of objects and surfaces in industrial environments, allowing precise and specific analyses. This enhanced capability has made it possible to carry out more detailed and specific analyses, which is essential for applications such as quality inspection, the detection of contaminants, or the identification of materials in different industrial contexts, improving overall process efficiency.
We implement hyperspectral cameras in our projects, which go beyond the visible spectrum by capturing characteristics of materials according to their response to different wavelengths. These advanced devices give us the ability to analyze and extract detailed information about the composition and properties of materials based on their unique spectral response.
The integration of these chambers has provided us with a detailed and complete view of objects and surfaces in industrial environments, allowing precise and specific analyses. This enhanced capability has made it possible to carry out more detailed and specific analyses, which is essential for applications such as quality inspection, the detection of contaminants, or the identification of materials in different industrial contexts, improving overall process efficiency.
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Surveillance Systems
We specialize in surveillance solutions that incorporate advanced detection, classification, identification and tracking algorithms. Our experience in the development and implementation of these algorithms allows us to offer highly effective surveillance systems adapted to the specific needs of each environment. From object detection to motion tracking, our technology ensures accurate and reliable monitoring in a variety of industrial and commercial contexts.
Our systems are capable of identifying and classifying objects and people with exceptional accuracy. From indoor environments to daylight or nighttime conditions to outdoors, our systems are designed to operate effectively in a wide variety of adverse situations and environments.
Furthermore, our solution is not limited to just detecting the presence of objects and people. It is also capable of continuous movement tracking, allowing the location and trajectory of detected elements to be monitored in real time. This capability is critical for identifying patterns of behavior and generating automatic alerts for unusual or potentially dangerous activity, thus providing a proactive response to any emerging threat. With this comprehensive approach, our systems ensure heightened security and situational awareness across diverse operational landscapes, bolstering overall safety and operational effectiveness.
Our systems are capable of identifying and classifying objects and people with exceptional accuracy. From indoor environments to daylight or nighttime conditions to outdoors, our systems are designed to operate effectively in a wide variety of adverse situations and environments.
Furthermore, our solution is not limited to just detecting the presence of objects and people. It is also capable of continuous movement tracking, allowing the location and trajectory of detected elements to be monitored in real time. This capability is critical for identifying patterns of behavior and generating automatic alerts for unusual or potentially dangerous activity, thus providing a proactive response to any emerging threat. With this comprehensive approach, our systems ensure heightened security and situational awareness across diverse operational landscapes, bolstering overall safety and operational effectiveness.
Our systems are capable of identifying and classifying objects and people with exceptional accuracy. From indoor environments to daylight or nighttime conditions to outdoors, our systems are designed to operate effectively in a wide variety of adverse situations and environments.
Furthermore, our solution is not limited to just detecting the presence of objects and people. It is also capable of continuous movement tracking, allowing the location and trajectory of detected elements to be monitored in real time. This capability is critical for identifying patterns of behavior and generating automatic alerts for unusual or potentially dangerous activity, thus providing a proactive response to any emerging threat. With this comprehensive approach, our systems ensure heightened security and situational awareness across diverse operational landscapes, bolstering overall safety and operational effectiveness.
The combination of behavioral analysis and facial recognition in our security solution provides comprehensive and adaptive protection.
Behavioral analytics monitor actions and identify unusual patterns and activities that indicate risk, such as prolonged loitering or erratic movements. This enables a pre-emptive response to any security situation.
On the other hand, facial recognition authenticates individuals, guaranteeing efficient access control and facilitating the rapid identification of persons of interest. This combination enables intelligent surveillance, providing a personalized response to any threat, thus enhancing overall security measures and operational efficiency in diverse environments.
The combination of behavioral analysis and facial recognition in our security solution provides comprehensive and adaptive protection.
Behavioral analytics monitor actions and identify unusual patterns and activities that indicate risk, such as prolonged loitering or erratic movements. This enables a pre-emptive response to any security situation.
On the other hand, facial recognition authenticates individuals, guaranteeing efficient access control and facilitating the rapid identification of persons of interest. This combination enables intelligent surveillance, providing a personalized response to any threat, thus enhancing overall security measures and operational efficiency in diverse environments.
The combination of behavioral analysis and facial recognition in our security solution provides comprehensive and adaptive protection.
Behavioral analytics monitor actions and identify unusual patterns and activities that indicate risk, such as prolonged loitering or erratic movements.
This enables a pre-emptive response to any security situation.
On the other hand, facial recognition authenticates individuals, guaranteeing efficient access control and facilitating the rapid identification of persons of interest. This combination enables intelligent surveillance, providing a personalized response to any threat, thus enhancing overall security measures and operational efficiency in diverse environments.
With the ability to detect a wide range of specific events, such as intrusions, vehicle movements in restricted areas, abandoned objects, and the crossing of virtual lines (geofencing), our solution provides proactive surveillance that ensures a quick and accurate response to security situations.
The integration of this functionality with our real-time analysis systems allows us to generate automatic alerts and provide detailed information to facilitate decisions by security personnel effectively.
This comprehensive protection extends to industrial, commercial, or residential environments, ensuring the safety of people, property, and assets at all times. Our solution offers advanced security measures suitable for various operational landscapes.
With the ability to detect a wide range of specific events, such as intrusions, vehicle movements in restricted areas, abandoned objects, and the crossing of virtual lines (geofencing), our solution provides proactive surveillance that ensures a quick and accurate response to security situations.
The integration of this functionality with our real-time analysis systems allows us to generate automatic alerts and provide detailed information to facilitate decisions by security personnel effectively.
This comprehensive protection extends to industrial, commercial, or residential environments, ensuring the safety of people, property, and assets at all times. Our solution offers advanced security measures suitable for various operational landscapes.
With the ability to detect a wide range of specific events, such as intrusions, vehicle movements in restricted areas, abandoned objects, and the crossing of virtual lines (geofencing), our solution provides proactive surveillance that ensures a quick and accurate response to security situations.
The integration of this functionality with our real-time analysis systems allows us to generate automatic alerts and provide detailed information to facilitate decisions by security personnel effectively.
This comprehensive protection extends to industrial, commercial, or residential environments, ensuring the safety of people, property, and assets at all times. Our solution offers advanced security measures suitable for various operational landscapes.
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Research projects
Our work in research projects covers diverse fields, from medical imaging to underwater exploration. We actively collaborate on initiatives at both national and European level, driving innovation in crucial areas of science and technology. In the field of medical imaging, we are dedicated to developing advanced solutions that improve the acquisition, processing and interpretation of data for more accurate diagnoses and more effective treatments. On the other hand, in the underwater field, we work on the creation of technologies that allow a deeper and more detailed exploration of marine ecosystems, thus contributing to the understanding and conservation of our oceans. With a multidisciplinary approach and a commitment to excellence, we continue to push the frontier of knowledge to drive progress both locally and globally.
Coronis Computing is proud to have participated in the EMODnet research project, a fundamental initiative for the digital integration of the European ocean. As part of the European Marine Observation and Data Network (EMODnet), Coronis Computing worked closely with more than 120 organizations and stakeholders to collect, harmonize and share marine data in situ.
In collaboration with EMODNET, Coronis designed and developed innovative solutions for the real-time visualization of 3D bathymetric data. These techniques allowed users to interactively and accurately explore and analyze underwater topography directly from the web browser.
Our focus was on developing accessible and easy-to-use tools that would provide a faithful representation of the seabed. This included the integration of data from multiple sources and the implementation of advanced algorithms for data rendering and interpolation, ensuring a realistic and detailed visual representation.
Thanks to these innovative techniques, EMODNET users can now access a 3D representation of the seabed in real time, facilitating the identification of geological features, planning of oceanographic activities and decision-making in a wide range of marine applications. This breakthrough represents a significant step forward in understanding and managing our oceans, supporting EMODNET’s goals of providing easy and free access to high-quality marine data.
Eurofleets is a H2020-funded project, coordinated by the Marine Institute, which brings together a network of key players in marine research. With the participation of 42 marine institutes, universities, foundations and SMEs from 24 countries, Eurofleets’ main objective is to facilitate free and open access to an integrated and advanced fleet of research vessels.
The Eurofleets initiative aims to meet the changing and challenging needs of the user community by enabling European and international researchers from academia and industry to apply for access to various programs through a single entry system . Eurofleets prioritizes research on sustainable, clean and healthy oceans, promoting transnational collaboration and innovation, especially in close collaboration with industry.
In this context, Coronis Computing plays a crucial role in the Eurofleets project, participating in the development of pioneering technologies to improve ocean exploration and data processing. This includes developing techniques for online 3D terrain modeling for intelligent AUV exploration and the use of machine learning techniques for seabed recognition.
Coronis Computing’s contribution will not only improve efficiency and complement marine research infrastructures, but also foster interdisciplinary collaboration and promote ocean literacy. Through Eurofleets, Coronis seeks to drive innovation in the exploration and understanding of our oceans, with the aim of contributing significantly to the advancement of knowledge and the preservation of our valuable marine resources.
NEANIAS (EOSC Novel Services for Emerging Challenges in the Atmospheric, Underwater, and Space Domain) was an ambitious project under the European Open Science Cloud (EOSC) program that addressed a wide variety of challenges in the atmospheric fields, submarine, and space.
In that context, Coronis Computing focused on the development of specific solutions for the underwater field. This involved providing software for underwater image preprocessing, underwater mosaicking, and creating underwater 3D models. These tools enabled the efficient processing of underwater data, thus contributing to the advancement of research in this field within the framework of the NEANIAS project and the broader EOSC ecosystem. Their contributions were pivotal in enhancing understanding and exploration of underwater environments.
NEANIAS (EOSC Novel Services for Emerging Challenges in the Atmospheric, Underwater, and Space Domain) was an ambitious project under the European Open Science Cloud (EOSC) program that addressed a wide variety of challenges in the atmospheric fields, submarine, and space.
In that context, Coronis Computing focused on the development of specific solutions for the underwater field. This involved providing software for underwater image preprocessing, underwater mosaicking, and creating underwater 3D models. These tools enabled the efficient processing of underwater data, thus contributing to the advancement of research in this field within the framework of the NEANIAS project and the broader EOSC ecosystem. Their contributions were pivotal in enhancing understanding and exploration of underwater environments.
The ROBUST project aimed to develop an autonomous, reliable and cost-effective technology to map the mineral content of vast terrains. Coronis focused on the automatic recognition of mining targets and the mapping of the seabed in search of manganese nodules. This technology was intended to reduce the cost of mineral exploration currently carried out by ROVs and dedicated crewed SSVs. In addition, it sought to efficiently and non-intrusively identify the richest mineral sites, minimizing the impact on the environment. This technology was intended to benefit the seabed mining industry, reducing the cost of exploration and enabling detailed identification of materials at mining sites, facilitating targeted mining of only the richest resources.
The iToBoS project is an initiative funded by the European Union, led by the University of Girona and with the participation of 19 international partners. Its goal is to develop a diagnostic platform based on artificial intelligence for the early detection of melanoma. This type of skin cancer is one of the most aggressive and responsible for 60% of lethal skin neoplasms. With its incidence constantly increasing, due to the aging of the population, it is crucial to improve existing screening methods to save lives and reduce healthcare burdens.
iToBoS aims to address this challenge by creating a state-of-the-art total body scanner and computer-aided diagnosis (CAD) tool, which will integrate multiple data sources, including medical records, genomic data and in vivo imaging, to offer accurate, personalized and fast diagnoses.
Coronis Computing plays a crucial role in the iToBoS project. It is responsible for configuring body scanner cameras using liquid lenses that allow for fast and precise focus adjustment, providing superior image quality. These liquid lenses, based on two immissible fluids with different refractive indices, make it easy to obtain high-resolution images of the whole body. As the distance from the subject to the camera changes, the lens adjusts automatically. In addition, selected images can be further enhanced using super resolution techniques, which increase image resolution beyond the limits of the camera’s sensor, providing sharper and sharper details.
The tools developed by Coronis enable efficient and accurate acquisition and processing of this image data, which is essential for the early detection of melanoma. This advanced approach ensures faster and more accurate diagnoses, contributing significantly to the fight against this type of skin cancer.
The iToBoS project is an initiative funded by the European Union, led by the University of Girona and with the participation of 19 international partners. Its goal is to develop a diagnostic platform based on artificial intelligence for the early detection of melanoma. This type of skin cancer is one of the most aggressive and responsible for 60% of lethal skin neoplasms. With its incidence constantly increasing, due to the aging of the population, it is crucial to improve existing screening methods to save lives and reduce healthcare burdens.
iToBoS aims to address this challenge by creating a state-of-the-art total body scanner and computer-aided diagnosis (CAD) tool, which will integrate multiple data sources, including medical records, genomic data and in vivo imaging, to offer accurate, personalized and fast diagnoses.
Coronis Computing plays a crucial role in the iToBoS project. It is responsible for configuring body scanner cameras using liquid lenses that allow for fast and precise focus adjustment, providing superior image quality. These liquid lenses, based on two immissible fluids with different refractive indices, make it easy to obtain high-resolution images of the whole body. As the distance from the subject to the camera changes, the lens adjusts automatically. In addition, selected images can be further enhanced using super resolution techniques, which increase image resolution beyond the limits of the camera’s sensor, providing sharper and sharper details.
The tools developed by Coronis enable efficient and accurate acquisition and processing of this image data, which is essential for the early detection of melanoma. This advanced approach ensures faster and more accurate diagnoses, contributing significantly to the fight against this type of skin cancer.