Researchers have introduced a novel theoretical framework for demonstrating quantum information advantage, presenting an alternative to prior experimental protocols. This new proposal builds upon, yet distinctly diverges from, an earlier experimental demonstration of a quantum information advantage protocol by Kretschmer et al. [KGD+25]1. The core of this updated approach leverages relationships derived from parallel-repeated CHSH (Clauser-Horne-Shimony-Holt) games. A key differentiator lies in its memory measurement strategy; it employs an information-based metric, contrasting with the qubit enumeration method utilized in the previous [KGD+25] work. The developers also highlight that their proposed protocol incorporates an efficient verifier component, enhancing its practical applicability. This theoretical advancement, published on arXiv Quantum Physics on March 9, 2026, aims to refine the understanding and implementation of quantum computational benefits. Such developments are critical for validating the unique capabilities of quantum systems over classical ones, potentially accelerating the realization of more robust quantum computing applications and secure communication methods.