Standard Technology ran a pilot of hybrid classical/quantum orchestration to explore how specific workloads can benefit from quantum resources today. The system routes targeted subproblems to quantum simulators while keeping the surrounding workflow on classical hardware. The experiment emphasized reproducibility and auditability: problem formulations, seeds, device configuration, and results are captured so that behaviors can be compared across runs and versions. The pilot focused on optimization and materials‑inspired tasks where hybrid methods can provide signal, even if only for bounded problem sizes. Success criteria included stability under changing inputs, comparable results across providers, and clear fallbacks when quantum steps are unavailable. The team documented limitations candidly—latency, noise models, device access windows—and highlighted areas where classical methods remain preferable. The outcome is not a blanket endorsement but a concrete set of patterns, metrics, and guardrails that customers can use to evaluate whether hybrid orchestration is valuable in their own contexts. Follow‑on work will expand connectors, add test corpora, and publish reference notebooks showing end‑to‑end configurations and cost/performance trade‑offs.