Paper Title
DEVELOPMENT OF ADVANCED PACEMAKER CAPABLE OF SENDING AN SOS MESSAGE

Abstract
This research paper presents a novel approach to pacemaker technology by integrating an automated SOS messaging system that alerts caregivers when a patient's heartbeat exceeds a predefined threshold. Traditional pacemakers effectively regulate heart rhythms but lack real-time communication capabilities, which can delay critical interventions during emergencies. The proposed system utilizes the Python library ‘pywhatkit’ to send instant notifications via WhatsApp, enhancing patient monitoring and response times.The methodology involves designing a system architecture that includes a heartbeat sensor, a microcontroller for data processing, and a communication module for sending alerts. The heartbeat sensor continuously monitors the patient's heart rate, while the microcontroller analyzes the data to determine if the heart rate exceeds the established threshold. Upon detecting an abnormality, the communication module triggers an SOS message to be sent to a designated caregiver's WhatsApp account.Implementation is demonstrated through a Python script that simulates heartbeat readings and utilizes ‘pywhatkit’ for message dispatch. Testing was conducted in a controlled environment, simulating various heart rate scenarios to assess the reliability and responsiveness of the alerting mechanism. Results indicate that the system successfully detects abnormal heart rates and sends timely SOS messages, with an average response time of approximately 12 seconds. The findings highlight the potential of integrating communication technology with pacemaker systems to enhance patient safety and improve health outcomes. While the proposed smart pacemaker shows promise, limitations such as dependency on internet connectivity and privacy concerns must be addressed. Future work will focus on enhancing system capabilities, including GPS tracking and machine learning integration for predictive analytics. This research contributes to advancing cardiac care by proposing a smart pacemaker that not only regulates heart rhythms but also communicates critical information in real-time.