A new approach to quantum error correction using color codes has been successfully implemented on a superconducting qubit platform. This alternative to surface codes utilizes a triangular arrangement of hexagonal tiles, promising reduced physical qubit requirements and more streamlined logical gates. Initial results indicate a 1.56x suppression in the logical error rate at an increased distance, suggesting that the geometrical benefits of color codes will become more pronounced as the system scales. The technology also enables faster single-qubit logical operations and efficient magic state generation, which are essential for quantum algorithms.