dqc_simulator: an easy-to-use distributed quantum computing simulator

The dqc_simulator is in its infancy, having been released only two days ago in conjunction with an academic paper. With 0 stars and 1 fork, it currently lacks any market traction or community momentum. While Distributed Quantum Computing (DQC) is a vital sub-field for scaling quantum hardware beyond single-chip limits, the tool faces stiff competition from more established networking simulators like NetSquid (QuTech) and QuNetSim, or integrated features within major frameworks like IBM's Qiskit. The primary value lies in its 'ease-of-use' claim for DQC-specific workflows (like automated gate decomposition across nodes), which is often cumbersome in general-purpose simulators. However, without a significant community or integration into the standard quantum stack, it remains a niche academic tool. Frontier labs (OpenAI/Google) are unlikely to compete here directly as they focus on physical hardware or LLM-based quantum error correction discovery, but specialized quantum software firms (e.g., Riverlane, Horizon Quantum Computing) could easily displace this with professional-grade tooling. The low defensibility score reflects its current status as an unvalidated reference implementation.