MetaDyna’s technology is built on a fundamental shift in how acoustic behavior is engineered. Instead of relying on the inherent properties of materials, our approach leverages geometry as the primary design variable. In acoustic metamaterials, form matters more than substance, allowing performance to be shaped with far greater precision than traditional material-driven methods. This philosophy enables us to create highly tailored meta-structures that achieve specific acoustic responses, independent of the base material used.

Our design process is powered by MetaDyna’s proprietary computational design software, developed to support application-specific meta-architecture generation. This platform integrates simulation, optimization and verification logic, enabling engineers to explore design spaces that conventional acoustic modeling tools cannot access. The software allows us to tune structures across frequency ranges, boundary conditions and manufacturing constraints while ensuring that each meta-solution remains both practical and fabricable.

A distinguishing feature of our technology is its material-agnostic adaptability. Whether the target application involves metals, polymers, composites or flexible substrates, the underlying acoustic behavior is defined by engineered geometry rather than material selection. This makes our solutions compatible with a wide range of manufacturing processes and allows seamless integration into existing product ecosystems and supplier networks.