Build Collective

Quibim, headquartered in Valencia, Spain, is a leader in whole-body medical imaging analysis, providing innovative AI-based image processing technologies. Its products, utilized by pharmaceutical companies and research teams globally, focus on extracting quantitative information from radiological images. Quibim Precision®, the company's whole-body imaging ecosystem, supports a variety of applications, from disease detection to monitoring the effectiveness of new treatments. By employing an AI-first approach, Quibim enables partners to accurately identify pathologies across different body parts and imaging modalities, ultimately enhancing the diagnosis of high-incidence illnesses and assessing treatment outcomes. This commitment to leveraging advanced imaging biomarkers contributes significantly to improving human health.

Mantle Inc. is an engineering and manufacturing company based in Montreal, Canada, specializing in advanced metal 3D printing technology. Established in 2017, the company focuses on producing high-resolution parts for various applications, including automotive, aerospace, and consumer product design. Mantle's offerings include a platform that utilizes additive technology, known as TrueShape, which enables the production of finished parts, as well as a set of enterprise blockchain development products through a blockchain as a service model. By providing precision parts, Mantle significantly reduces the time and cost associated with creating production-grade tools, molds, and dies, thereby meeting the needs of tool manufacturers, tool makers, and original equipment manufacturers.

Smartex.ai is an AI and computer vision company that uses automated inspection to detect textile defects. It also uses cutting-edge AI tech in order to solve some of the biggest problems of an outdated yet so relevant sector which is the Textile Industry. Our company is bringing the most sophisticated state-of-the-art technologies of Machine Learning and Computer Vision in order to detect textile defects and irregularities in real-time, acting on the knitting machines as a way to reduce defective production to close to 0%. This high-tech solution is able to not only stop the production of defects during production, using hardware and software but also improve the business by offering a user interface where the factories can check their stats regarding the production.