Quantum computing is nearing a significant milestone, as evidenced by Moth's launch of Quantum Backrooms, a game that utilizes real quantum computers from IBM and IQM to generate dynamic maze environments1. This innovative product marks a shift towards mainstream consumer experiences, akin to early AI tools like DALL-E and Magenta. By leveraging qubits and their connections, the game creates evolving navigation paths, demonstrating the potential of quantum hardware in practical applications. The use of IBM's quantum hardware, in particular, highlights the company's advancements in the field, which may accelerate the need for cryptographic migration to post-quantum cryptography (PQC). As quantum computing becomes more accessible, the urgency to plan for PQC increases, making it essential for practitioners to stay informed about the latest developments. The emergence of consumer-facing quantum products like Quantum Backrooms underscores the importance of monitoring the field's progress and its potential impact on cryptographic systems.