Company Filing History:
Years Active: 2012-2023
Title: Innovator Spotlight: Vamsi K Anne
Introduction: Vamsi K Anne is a prominent inventor based in San Jose, California, with an impressive portfolio of four patents to his name. His work primarily focuses on enhancing network functionalities, and his latest invention reflects his dedication to innovation in this field.
Latest Patents: Vamsi's most recent patent is titled "Review and Retry for Minimum Speed Port Channel." This innovative technology introduces a review and retry mechanism that ensures a port channel maintains a minimum data speed. The process involves a timer-based review sequence that assesses the constituent interfaces of a port channel. If the minimum speed requirement is not met, the system un-programs and removes the underperforming interfaces, rendering the port channel inactive, which prevents potential network traffic loss. The mechanism also incorporates a timer-based retry sequence that attempts to reprogram the interfaces for optimal performance. This systematic approach continues until the minimum speed requirement is fulfilled, showcasing Vamsi's foresight in network reliability.
Career Highlights: Vamsi has made significant contributions during his tenure at leading technology companies, including Juniper Networks, Inc. and Arista Networks, Inc. His experience at these organizations has equipped him with a robust understanding of network systems and innovations.
Collaborations: Throughout his career, Vamsi has worked alongside talented professionals, including James P. Wood and Utkarsha Verma. These collaborations have likely influenced his inventive process and contributed to his successful patent applications.
Conclusion: With a strong foundation in network technology and a commitment to innovation, Vamsi K Anne continues to make strides in his field. His patents not only address critical technical challenges but also pave the way for enhanced network capabilities. As technology evolves, inventors like Vamsi play a crucial role in shaping the future of communication networks.