Jan NettigMenlo Park, CA – Cyngn Inc. (NASDAQ: CYN), a developer of AI-powered autonomous vehicle (AV) technology, has announced the receipt of a Notice of Allowance for its 20th U.S. patent. This latest patent, numbered 17/812,072, pertains to innovative methods addressing the challenges of using sensors in motion and the inherent delays in processing data to generate an environmental model. This patent represents a significant milestone in Cyngn’s ongoing efforts to enhance its autonomous vehicle solutions.
The Notice of Allowance is a crucial step in the patent application process, indicating that the U.S. Patent and Trademark Office (USPTO) is set to issue the patent. Cyngn’s CEO, Lior Tal, highlighted the achievement as a testament to the company’s relentless pursuit of innovation in autonomous vehicle technology. He noted that this patent builds on a strong year in 2023, during which Cyngn was granted 16 U.S. patents, underscoring the company’s robust technical capabilities and commitment to advancing AV technology.
Cyngn’s expanding patent portfolio includes several significant patents that cover a wide range of AV technologies. These include systems and methods for large-scale autonomous driving validation, adaptive traffic rule-based decision-making, modular behavioral decision systems, and computation acceleration for AV systems. Each patent in Cyngn’s portfolio enhances its ability to offer cutting-edge solutions for industrial applications, addressing critical challenges such as labor shortages, safety incidents, and the growing demand for efficient e-commerce logistics.
Cyngn’s flagship product, the Enterprise Autonomy Suite, integrates various advanced technologies. This suite includes the DriveMod autonomous vehicle system, Cyngn Insight for AV fleet management, teleoperation, and analytics, and Cyngn Evolve, which leverages data for AI, simulation, and modeling purposes. This comprehensive approach allows Cyngn to deliver scalable and differentiated AV solutions to industrial organizations, helping them increase productivity and efficiency without the need for significant upfront investments or complete vehicle replacements.
