Camelot Biomedical Systems
Consulting firm that designs and develops turnkey digital transformation solutions to extract value from data. Solutions leverage artificial intelligence and blockchain and target high-technology sectors including digital healthcare and Industry 4.0. For regulated markets such as medical devices the company provides support to ensure compliance with applicable standards and regulations. Team composition includes machine learning specialists, software architects and innovation experts with academic research experience.
Industries
Nr. of Employees
small (1-50)
Camelot Biomedical Systems
Patents
Method for synchronized navigation of sets of two or more biomedical images
US-9208562-B1
View Details
Method for synchronized navigation of sets of two or more biomedical images
US-9208562-B1
View DetailsProducts
Tumor Board digital collaboration platform (VIP-TB)
Platform to support multidisciplinary tumor boards by aggregating images and clinical data, preparing cases, documenting meetings and enabling remote collaboration.
AI-as-a-Service predictive technology platform (CTE Genova activity)
Predictive technology platform delivered in AI-as-a-Service mode for cultural heritage and other domains.
Mobile application for waste item classification and tracking (Efficacity)
Mobile app that extracts information from user-captured images to classify bulky waste, support routing and enable blockchain-based traceability.
Tumor Board digital collaboration platform (VIP-TB)
Platform to support multidisciplinary tumor boards by aggregating images and clinical data, preparing cases, documenting meetings and enabling remote collaboration.
AI-as-a-Service predictive technology platform (CTE Genova activity)
Predictive technology platform delivered in AI-as-a-Service mode for cultural heritage and other domains.
Mobile application for waste item classification and tracking (Efficacity)
Mobile app that extracts information from user-captured images to classify bulky waste, support routing and enable blockchain-based traceability.
Services
End-to-end consulting for designing and implementing data-driven systems and projects.
Design and development of image processing and signal processing software for integration into diagnostic imaging devices.
Development and deployment of machine learning models, predictive analytics and AI-as-a-Service platforms.
Cybersecurity platform and services for connected biomedical devices and IoMT, including approaches for explainable and trustworthy AI on-device.
Development of mobile apps and IoT integrations for monitoring, image-based data capture and process optimization.
End-to-end consulting for designing and implementing data-driven systems and projects.
Design and development of image processing and signal processing software for integration into diagnostic imaging devices.
Development and deployment of machine learning models, predictive analytics and AI-as-a-Service platforms.
Cybersecurity platform and services for connected biomedical devices and IoMT, including approaches for explainable and trustworthy AI on-device.
Development of mobile apps and IoT integrations for monitoring, image-based data capture and process optimization.
Expertise Areas
- Digital transformation consulting
- Machine learning and AI research
- Medical imaging software and signal processing
- Digital health and mobile healthcare
Key Technologies
- Artificial intelligence / Machine learning
- Blockchain
- Computer vision
- Big data analytics
News & Updates
Participation in TraDE-Opt to apply optimization techniques to feature learning, decentralized/distributed processing and training of experts in optimization for data science.
Development of predictive models using Big Data Analytics and Machine Learning to identify preconditions of emergencies in energy infrastructure; project activities May 2020–May 2021.
Contribution to research on nonlocal methods for imaging, computer vision and biomedical imaging with focus on scalability and mathematical analysis; activities started March 2018.
Development of 4D algorithms and novel beamforming methodologies for high-performance ultrasound processing chains (project completed July 2018).
Development of a cloud-mobile personal healthcare solution that semantically manages clinical and wearable sensor data with predictive algorithms for participatory care.
Participation in TraDE-Opt to apply optimization techniques to feature learning, decentralized/distributed processing and training of experts in optimization for data science.
Development of predictive models using Big Data Analytics and Machine Learning to identify preconditions of emergencies in energy infrastructure; project activities May 2020–May 2021.
Contribution to research on nonlocal methods for imaging, computer vision and biomedical imaging with focus on scalability and mathematical analysis; activities started March 2018.
Development of 4D algorithms and novel beamforming methodologies for high-performance ultrasound processing chains (project completed July 2018).
Development of a cloud-mobile personal healthcare solution that semantically manages clinical and wearable sensor data with predictive algorithms for participatory care.