Jorge Myszne

Title: Innovations by Jorge Myszne

Introduction

Jorge Myszne is a notable inventor based in Mountain View, CA (US). He has made significant contributions to the field of computing security, holding 2 patents that showcase his innovative approach to protecting computing systems.

Latest Patents

One of Jorge's latest patents is titled "Secure processing engine for securing a computing system." This invention provides a secure processing engine and method designed to protect a computing system. The system includes a first processor that offers real-time protection to processes executed over the main processor of the protected computing system. Additionally, it features a direct memory access (DMA) that allows access to the main memory of the main processor. The first processor is coupled to the DMA and is configured to monitor processes by accessing the main memory via the DMA, operating in complete isolation from the main processor's execution environment.

Another significant patent is "Proactive security system based on code polymorphism." This method and processor secure a host platform of a computing device. It involves generating a first graph based on executable code executed by the main processor. A metadata file is created based on this graph, and the executable code is polymorphed using the metadata. The process includes generating a second graph based on the polymorphed code, creating slices of the polymorphed code, and executing at least one slice by a security processor that is separate from the main processor.

Career Highlights

Jorge Myszne is currently associated with Kameleonsec Ltd., where he continues to develop innovative security solutions. His work focuses on enhancing the security of computing systems through advanced methodologies.

Collaborations

Jorge collaborates with talented individuals such as Efi Sasson and Yigal Edery, contributing to a dynamic team dedicated to advancing technology in the field of security.

Conclusion

Jorge Myszne's contributions to computing security through his patents reflect his commitment to innovation and excellence in technology. His work continues to influence the landscape of secure computing systems.