Company Filing History:
Years Active: 2024-2025
Title: Innovations by Samuel Bayless
Introduction
Samuel Bayless is an accomplished inventor based in Seattle, WA (US). He has made significant contributions to the field of network access controls and IoT event detection. With a total of 2 patents, his work focuses on enhancing security and efficiency in network systems.
Latest Patents
One of Samuel's latest patents is titled "Least privilege network access controls advisor." This invention involves techniques implemented by a network-access analysis system to analyze network access controls for networks. It identifies traffic flows that are unobserved and unrequired, proposing changes to restrict access from these unobserved traffic flows. The system analyzes network flow logs to identify required traffic flows and proposes changes to enhance network security.
Another notable patent is "IoT event detector correctness verification." This system and method verify the correctness of IoT event detector models. The models take IoT device data as input to detect events that trigger actions. The correctness checker verifies whether the model complies with defined correctness properties, generating a report that identifies any non-compliance within the model definition.
Career Highlights
Samuel Bayless is currently employed at Amazon Technologies, Inc., where he applies his expertise in network security and IoT technologies. His innovative work has contributed to the development of advanced systems that improve the reliability and security of network operations.
Collaborations
Samuel has collaborated with notable coworkers, including John David Backes and Vaibhav Katkade. Their combined efforts have led to the advancement of technologies that enhance network access control and IoT event detection.
Conclusion
Samuel Bayless is a prominent inventor whose work in network access controls and IoT event detection has made a significant impact in the technology sector. His innovative patents reflect his commitment to improving security and efficiency in modern network systems.