The Python ecosystem has taken a significant step towards post-quantum cryptography with the introduction of a new encryption library. This library, implemented with funding from the Sovereign Tech Agency, supports ML-KEM and ML-DSA, both NIST-standard primitives for key establishment and digital signatures. The library is now readily available for installation via pip, making it easily accessible to the entire Python community. The motivation behind this development is to promote crypto agility, allowing systems to adapt to future cryptographic changes without urgency. With the looming threat of quantum computing to current cryptographic standards, this proactive approach enables developers to future-proof their systems. The implementation of post-quantum cryptography is crucial as quantum developments narrow the timeline for cryptographic migration1. This move matters to practitioners as it allows them to prioritize crypto agility, ensuring their systems remain secure in the face of evolving quantum threats.