Medical laboratories are undergoing a significant transformation through the integration of automation and artificial intelligence technologies, leading to the emergence of "smart laboratories" that represent a major advancement in biological analysis and medical diagnostics. These laboratories rely on sophisticated systems that include fully automated analyzers, robotic sample-handling technologies, and intelligent software capable of processing data and generating highly accurate results in a remarkably short time. Smart laboratories enhance laboratory efficiency by minimizing human intervention and reducing operational errors while accelerating the completion of diagnostic tests. This enables healthcare professionals to make timely medical decisions, particularly in critical and emergency cases. Furthermore, these systems can process large volumes of samples within short periods, improving the operational capacity of hospitals and healthcare centers. One of the key advantages of smart laboratories is their ability to integrate seamlessly with electronic health record systems, ensuring a continuous flow of medical information from sample collection to the delivery of results to healthcare providers. In addition, artificial intelligence can analyze laboratory data patterns to support early disease detection, monitor chronic conditions, and assess treatment effectiveness. Smart laboratories represent the future of laboratory medicine, combining technological innovation with scientific precision to deliver healthcare services that are more efficient, faster, and more reliable, ultimately contributing to improved patient care and better health outcomes. Al-Mustaqbal University is the first one university in Iraq.