Telemedicine and Remote Monitoring: 

• Automation allows healthcare practitioners to provide medical services remotely using telemedicine platforms and remote monitoring systems. This leads to improved access to care, lower healthcare costs, and greater patient convenience. 
• Patients can now consult with medical specialists, obtain diagnoses, and monitor vital signs from the comfort of their homes. Moreover, automation enables healthcare practitioners to deliver medical services remotely, resulting in improved patient outcomes. 

Robotic Surgery: 

• Doctors leverage automation to perform robotic-assisted surgery, precisely and accurately executing minimally invasive treatments using robotic equipment. 
• Additionally, robotic surgical systems provide improved vision and control, enabling doctors to execute difficult procedures with greater accuracy. 

Clinical Decision Support Systems: 

• Clinical decision support systems, driven by automation, utilize artificial intelligence (AI) and machine learning to evaluate patient information, clinical guidelines, and medical records. 
• Consequently, these systems enhance healthcare professionals’ ability to provide accurate diagnoses and treatment recommendations. 

Health Information Systems: 

• Automating administrative processes, digitizing patient records, and promoting smooth communication and collaboration among healthcare professionals are the main goals of the development of health information systems (HIS).
•  HIS systems facilitate processes, increase care coordination across healthcare facilities, and improve data security.

Diagnostic Imaging: 

• Advanced diagnostic imaging technologies, including CT, MRI, and PET scanners, rely on automation to facilitate image processing, interpretation, and acquisition. 
• For patients with a range of medical disorders, these imaging systems offer high-resolution images, quantitative measurements, and real-time data analysis. This allows for early detection and precise diagnosis