Heart disorders are the leading cause of mortality worldwide. Around 80% of fatalities occurred in poor and middleincome nations. If present trends continue, it is anticipated that 23.6 million people would die from cardiovascular disease by 2030 (mostly as a result of heart attacks and strokes). With the increasing popularity of technologically advanced wearable devices, there is a greater chance to deliver an Internet of Things (IoT) solution. Regrettably, for persons who are suffering from an unexpected cardiac arrest, out-of-hospital survival chances are dismal. Heart rate, fluctuation in heart rate, changes in temperature of the body, Sugar levels, Blood pressure, and oxygen levels in the blood are important indicators that need to be checked on a regular basis in those who have heart disease. The objective of this research is to implement a smartphone application that can monitor these metrics for cardiac patients who need ongoing monitoring. The monitoring system employs wearable sensors to continually assess numerous properties. When the patients' predefined parameters reach the limit range then an alert message or email will be delivered to a doctor or any close family member. The heart rate module's data may be saved and retrieved in the future for medical use. Because of this wearable technology, patients may be mobile within a personal social setting, allowing them to lead their lives with assurance.