Company Filing History:
Years Active: 2016
Title: Innovator Yiru Li: Pioneering Dynamic Access Control Systems
Introduction: Yiru Li, an accomplished inventor based in Ithaca, NY, has made notable strides in the field of dynamic access control systems. With a focus on community usage patterns, his innovative approach to accessing resources provides significant implications for enhancing security protocols in various settings.
Latest Patents: Yiru Li holds a patent titled "System and method for dynamic access control based on individual and community usage patterns." This unique system involves receiving data related to access requests and evaluating whether the requesting identity belongs to a defined community. Key components include assessing risk levels tied to the access request, which are derived from historical access data. Ultimately, this patent enables the creation of tailored access policies that determine whether an identity is granted or restricted access to specific resources.
Career Highlights: Yiru Li currently works at CA, Inc., a leading technology company specializing in software and services. His experience in access control systems sets him apart as a thought leader in innovative security solutions. His research and development efforts contribute to the advancement of security measures that address modern challenges in data access.
Collaborations: In his role at CA, Inc., Yiru collaborates with notable colleagues, including Carrie Elaine Gates and Timothy Gorden Brown. These partnerships enhance the creative process, enabling the development of robust technology solutions that cater to evolving security requirements.
Conclusion: Yiru Li's pioneering work in dynamic access control systems marks a significant advancement in how organizations manage resource access. His dedication to exploring the intersection of individual behaviors and community patterns positions him as a critical player in shaping future security measures. With his innovative solutions, Yiru continues to impact the field, paving the way for enhanced safety and efficiency in access control.