Company Filing History:
Years Active: 2020
Title: Innovations of Christopher Priesz: Pioneering Serial Port Client Server Mapping
Introduction: Christopher Priesz is a notable inventor based in Simi Valley, California. His contributions to the field of technology focus on enhancing communication between client computers and peripheral devices. With a keen insight into client-server interactions, Christopher has introduced innovative methods that streamline the mapping of serial ports, ultimately improving device connectivity.
Latest Patents: Christopher Priesz holds a patent titled "Methods for Serial Port Client Server Mapping." This invention outlines a comprehensive approach for a server to assign a corn port to a peripheral device connected to a client computer. The method includes initiating a session in response to a client request, obtaining information about the peripheral device, and calling a driver on the server for the identified device. Notably, it establishes a fixed virtual port for the peripheral device, facilitating seamless communication between the devices in server space.
Career Highlights: Christopher is associated with Topaz Systems, Inc., where he applies his expertise in implementing innovative solutions that address complex technical challenges. His sole patent reflects his dedication to improving device interoperability and optimizing system performance.
Collaborations: Throughout his career, Christopher Priesz has worked alongside talented professionals such as Anthony Edward Zank and Jeff Robertson. Their collaborative efforts contribute significantly to the advancements in technology at Topaz Systems, Inc., fostering an environment of innovation and creativity.
Conclusion: Christopher Priesz stands out as an inventor with a vital contribution to enhancing client-server interactions through his patented methods. His work at Topaz Systems, Inc. demonstrates the impactful nature of his innovations and collaborative spirit within the technology community. As technology continues to evolve, Christopher's methods may play a crucial role in the ongoing development of efficient and effective communication between computers and their connected devices.