Google and Fraunhofer have initiated a global call for the development of early fault-tolerant algorithms and enterprise use cases for quantum computing. The focus is on creating software optimizations for immediate implementation on early fault-tolerant quantum computing platforms, rather than waiting for the development of large-scale systems. This effort aims to incentivize the creation of algorithms and error-mitigation layers that can unlock the potential of current quantum computing technology. The goal is to facilitate the migration of classical workloads to quantum systems, with a particular emphasis on industry-specific use cases. This push for early fault-tolerant algorithms has significant implications for the timeline of cryptographic migration, with the need for post-quantum cryptography planning becoming increasingly urgent1. The development of these algorithms will play a crucial role in determining the future of quantum computing and its potential impact on various industries, making it essential for practitioners to stay ahead of the curve.