Exemplary embodiments of the present disclosure are directed towards a method for remote monitoring and managing patients undergoing peritoneal dialysis by establishing a communication link between a peritoneal dialysis machine； a patient's display device； and a PD nurse's display device and a physician's display device and further communicating a preparatory tutorial for an upcoming peritoneal dialysis procedure to the patient and the PD nurse through the patient's display device and the PD nurse's display device post authentication of the patient and displaying physiological data and symptoms data of the patient undergoing peritoneal dialysis on the patient's display device and the PD nurse's display device and further prescribing a treatment for the patient undergoing peritoneal dialysis by the concerned physician through the physician's display device to the patient's display device； and the PD nurse's display device and performing peritoneal dialysis procedure as per the step by step preparatory tutorial and communicating any contingency to the physician in real time； further monitoring the essential parameters for analysing the peritoneal dialysis procedure； recording the results obtained during the peritoneal dialysis procedure wherever applicable and delivering the results obtained to the physician's display device； storing the results obtained during the course of the peritoneal dialysis procedure in the cloud for instant reference or for future use； checking for exit site infections； clarity of drain bag； and pedal edema in the patient's ankle post the conclusion of the peritoneal dialysis procedure by the physician； and analysing the observations and readings obtained post the peritoneal dialysis treatment and recommendation of prescriptions accordingly.
