I have extensive experience with RSA encryption, having implemented it in secure communication protocols for medical devices. RSA's asymmetric encryption ensures data integrity and confidentiality, which is crucial for protecting patient information and ensuring compliance with healthcare regulations. I have also integrated RSA with PKI (Public Key Infrastructure) to manage digital certificates, enhancing the security of medical data exchanges.

I prioritize robust security measures, including encryption, secure coding practices, and regular vulnerability assessments. For medical devices, I ensure compliance with standards like IEC 62304 and HIPAA. I also conduct thorough risk analyses and implement multi-factor authentication to safeguard patient data from unauthorized access.

One challenge was optimizing RSA for low-power medical devices with limited computational resources. I addressed this by implementing hybrid encryption schemes combining RSA with symmetric encryption for efficient data processing. Additionally, I ensured seamless integration by conducting rigorous testing and collaborating with cross-functional teams to meet performance and security requirements.

I regularly attend industry conferences, participate in online courses, and follow leading cybersecurity and Medtech publications. This helps me stay informed about new encryption techniques, security vulnerabilities, and regulatory updates. I also engage with professional communities to exchange knowledge and best practices.

In a project for a telemedicine platform, I implemented RSA encryption to secure patient-doctor communication. This ensured that sensitive health data was protected during transmission and storage. The solution also included digital signatures to verify data integrity, meeting both security and regulatory requirements.