In collaboration with Bosch, BASF SE, Friedrich-Alexander-Universität Erlangen, and Heinrich-Heine-Universität Düsseldorf, HQS leads the MANIQU project. Focused on quantum material simulations, HQS introduces the HQS Spin Mapper for transition metal-containing materials. Addressing challenges in simulating strongly correlated electron systems, the project explores NISQ devices' accuracy for material properties. HQS's hybrid algorithms, integrated into the Noise App, enable real-time quantum simulations, a breakthrough for properties beyond the ground state. The Spin Mapper facilitates electronic system simulation on NISQ devices through spin interactions, uncovering unexplored possibilities. Additionally, the enhanced Qolossal tool offers precise simulations of large material sections, incorporating temperature, topological effects, and more. HQS's role in workflow integration ensures a commercially usable application, accessible remotely via a cloud-based platform. This collaboration pioneers quantum-driven innovations for future markets.