Abstract:

MATRIX is a collaborative initiative designed to push the boundaries of robotics technology validation by integrating state‐of‐the‐art mathematical tools into next‐generation simulation and control systems. At its core, Wiris, a leader in STEM software from Barcelona and coordinator of the project, will incorporate its flagship MathType solution into robotics testing frameworks. This integration is aimed at enhancing algorithmic precision and promoting robust digital simulations, addressing critical research challenges within the EuroCore repository of emerging digital technologies.

The project will undertake rigorous testing and refinement of robotics technologies. MATRIX will develop advanced simulation modules that bridge the gap between theoretical mathematical models and practical robotic applications. Through the establishment of a comprehensive validation platform, the consortium will evaluate performance, interoperability, and scalability factors under real-world conditions. This approach will facilitate seamless integration of robotics technologies into diverse application domains such as manufacturing, healthcare, and logistics, ensuring that they meet stringent industry demands and drive digital transformation.

A key objective of MATRIX is to provide an end-to-end solution—from the integration of mathematical models in software platforms to extensive field testing of robotics prototypes. The project will establish demonstration centres across Europe to foster hands-on experiments and stakeholder engagement. These validation centres will serve as both testing grounds and innovation hubs, enabling partners to fine-tune technologies, ensure regulatory compliance, and prepare for market exploitation. The collaborative framework, which brings together academia, industry, and research organizations, will accelerate technology readiness and create a sustainable ecosystem within the European robotics landscape.

By emphasizing multidisciplinary collaboration, MATRIX not only underlines the critical role of mathematical precision in robotics but also provides an open framework for future technological advancements. The project is poised to deliver transformative impact, enhancing the reliability of digital robotics systems and ultimately contributing to Europe’s global leadership in technological excellence.