Mark C Rohlwing

Title: Mark C Rohlwing: Innovator in Secure Medical Device Communications

Introduction

Mark C Rohlwing is a notable inventor based in Mesa, AZ (US). He has made significant contributions to the field of medical device communications, particularly through his innovative use of identity-based cryptography. His work aims to enhance the security and management of medical devices, ensuring safer interactions in healthcare settings.

Latest Patents

Rohlwing holds a patent titled "Identity-based secure medical device communications." This patent focuses on managing the operation of devices using identity-based cryptography. The techniques described in the patent include provisioning a master public key to each system that communicates with a medical device, utilizing device-identifier specific cryptography. A master secret key is provisioned in a trusted processor of the medical device, allowing it to create its own device identifier-specific secret key. This setup facilitates several management features, including automatic initial configuration, signed logging, signed backup files, and secure binding of medication containers to the medical device. Rohlwing's patent is a testament to his innovative approach, with 1 patent to his name.

Career Highlights

Mark C Rohlwing is currently associated with Icu Medical Inc., a company known for its commitment to improving patient safety and healthcare outcomes. His role at the company allows him to apply his expertise in medical device communications, contributing to advancements in the industry.

Collaborations

Rohlwing has worked alongside talented individuals such as S Sree Vivek and Hrishikesh Anil Dandekar. Their collaborative efforts in the field of medical technology have furthered the development of secure communication methods for medical devices.

Conclusion

Mark C Rohlwing's contributions to secure medical device communications highlight the importance of innovation in healthcare technology. His work not only enhances device security but also improves patient safety in medical environments.