Company Filing History:
18 out of 20 
8 out of 8 
3 out of 5 
Years Active: 1998-2025
Title: Overview of Duk Soo Kim: Innovator in V2X Technology
Introduction: Duk Soo Kim is a notable inventor located in Seoul, South Korea, with an impressive portfolio of 26 patents. His contributions primarily focus on innovative technologies in vehicle communication systems, particularly concerning V2X (Vehicle-to-Everything) applications that enhance transportation safety and efficiency.
Latest Patents: Among his latest inventions is the "V2X-based electronic toll collection system and method." This patent outlines a sophisticated electronic toll collection system utilizing V2X communication. It involves a roadside unit (RSU) that interacts with an on-board unit (OBU) of a vehicle through communication channels, employing a de-identified token system for toll transactions. The second notable patent is a "driving negotiation method and apparatus," which provides essential support for autonomous vehicles in navigating blind spots and unexpected situations. This invention comprises a wireless communication module facilitating V2X interactions, aiming to improve the judgment and response times of vehicles in varied driving conditions.
Career Highlights: Duk Soo Kim has significantly impacted the field through his work at leading companies such as Penta Security Systems Inc. and Autocrypt Co., Ltd. His endeavors in these organizations have focused on developing advanced security solutions and communication technologies that leverage both innovation and practicality.
Collaborations: Throughout his career, Kim has collaborated with notable colleagues, including Seok Lee and Sang Gyoo Sim. Their joint efforts have contributed to furthering advancements in V2X technology and enhancing the functionality of their inventions.
Conclusion: Duk Soo Kim's dedication to his field and his innovative patents mark him as a prominent figure in the realm of vehicle communication technologies. With his ongoing contributions, the future of transportation is likely to be significantly influenced by his work on V2X communication systems.