QuMod: Parallel Quantum Job Scheduling on Modular QPUs using Circuit Cutting

QuMod addresses a critical bottleneck in the 'Quantum-Centric Supercomputing' era: the fact that current quantum circuits often exceed the qubit count of a single chip. It combines circuit cutting (breaking large circuits into smaller chunks) with HPC-style job scheduling. While the 6 forks in a single day suggest strong interest within the academic or niche research community, the project currently lacks a production-grade moat. Its defensibility is low (3) because the core algorithms for circuit cutting and scheduling are being aggressively pursued by well-funded incumbents like IBM (via Qiskit Runtime and their modular 'Kookaburra' roadmap) and specialized software startups like Q-CTRL (Fire Opal) and Riverlane. The high platform domination risk stems from the fact that hardware providers (IBM, Google, Rigetti, AWS Braket) have a vertical incentive to build these schedulers directly into their stacks to maximize hardware utilization. This project is a valuable reference implementation for the research community but faces a short displacement horizon as these capabilities become native features of quantum cloud platforms.