The incidence of refractory insomnia has been rising annually, severely impacting patients' quality of life. Traditional pharmacological and physical therapies offer limited efficacy and struggle to achieve long-term relief. Anesthesia-Induced Sleep (AIS), an emerging treatment, typically involves intravenous infusion of anesthetic agents like dexmedetomidine to rapidly induce sleep. However, whether it can mimic natural sleep architecture remains unclear. Recent domestic and international studies have preliminarily confirmed that AIS can shorten latency and improve sleep efficiency. However, issues such as unclear neuromodulatory mechanisms and fluctuating long-term efficacy persist, and large-scale long-term follow-up data remain scarce. This study implemented dexmedetomidine-based AIS under polysomnographic monitoring to validate its ability to induce normal sleep architecture (e.g., restoring slow-wave sleep proportion) while evaluating long-term efficacy and safety. By quantifying sleep parameters and neural electrical activity, we explored potential mechanisms of AIS in reshaping sleep homeostasis. This research aims to provide a novel non-pharmacological intervention strategy for refractory insomnia and advance clinical translation.