Wearable Medical Device Security and Network Protection for Reliable Healthcare

The rise of wearable medical devices transforms modern healthcare by enabling continuous patient monitoring personalized treatment and real-time data sharing. As these devices connect to complex healthcare networks they introduce challenges related to data privacy cybersecurity and system reliability. Protecting sensitive medical information and ensuring secure communication between devices platforms and healthcare providers maintains patient trust and safety. Addressing these security and network protection concerns is vital for preventing cyber threats and data breaches while also supporting the development of reliable resilient and patient-centered digital healthcare systems. Wearable Medical Device Security and Network Protection for Reliable Healthcare explores how wearable medical devices integrate with secure network systems and the Internet of Medical Things (IoMT) highlighting their benefits and security risks. It examines vulnerabilities across hardware software and human factors while presenting advanced security frameworks encryption methods and best practices for resilient patient-centered digital health platforms. This book covers topics such as medical devices policymaking and blockchain and is a useful resource for medical and healthcare professionals engineers academicians researchers and scientists.