Alexandra Mondoc

Title: Innovations by Alexandra Mondoc

Introduction

Alexandra Mondoc is a notable inventor based in Romania. She has made significant contributions to the field of computer security. Her work focuses on developing systems and methods to protect computer systems from various forms of malware.

Latest Patents

One of her key inventions is the "Dynamic Reputation Indicator For Optimizing Computer Security Operations." This patent describes systems and methods that allow for the protection of computer systems from malware such as viruses, worms, and spyware. The invention features a reputation manager that operates concurrently with an anti-malware engine. This reputation manager assigns a dynamic reputation indicator to each executable entity, which is a unique combination of individual components, such as a main executable and a set of loaded libraries. The reputation indicator reflects the probability that the respective entity is malicious. Over time, the reputation of benign entities may increase, while the reputation of entities that exhibit potentially malicious behavior may decrease. The anti-malware engine employs an entity-specific protocol to scan and monitor each target entity for malicious activity, with the protocol varying based on the entity's reputation.

Career Highlights

Despite having no patents listed under her name, Alexandra Mondoc's innovative approach to computer security has garnered attention in the tech community. Her work emphasizes the importance of dynamic reputation management in enhancing the effectiveness of anti-malware solutions.

Collaborations

Alexandra has collaborated with notable colleagues, including Gheorghe-Florin Hajmasan and Radu-Marian Portase. These collaborations have contributed to the development of her innovative ideas and solutions in the field of computer security.

Conclusion

Alexandra Mondoc is a pioneering inventor whose work in computer security showcases the importance of dynamic reputation management in combating malware. Her contributions, although currently limited in patent count, reflect a commitment to advancing technology in this critical area.