Cyngn Awarded 24th Patent, Strengthening Universal Autonomy Capabilities

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[{"type":"text","content":"MOUNTAIN VIEW, Calif., March 6, 2026 /PRNewswire/ -- Cyngn (Nasdaq: CYN) today announced the formal grant of a new U.S. patent, US-12530029-B2, titled \"System and Method of Adaptive, Real-Time Vehicle System Identification for Autonomous Driving.\"This issuance brings Cyngn's intellectual property portfolio to 24 U.S. patents, further solidifying the Company's competitive moat in creating vehicle-agnostic autonomous driving solutions.\n \n \n \n \n \n \n \nThe patent protects a system that builds real time, gear-specific vehicle models to generate precise control commands, validates those commands through pre-execution simulation, and adapts continuously as hardware degrades—enabling deployment across diverse vehicle types without platform-specific redesigns. Key technical capabilities are described below.\"As we continue to commercialize our technology, building a robust wall of intellectual property around our core innovations is essential,\" said Lior Tal, CEO of Cyngn. \"This patent represents another important layer in our defensive strategy, securing our rights to fundamental methodologies in vehicle adaptability. Expanding our patent portfolio ensures that we protect the long-term value of our technology stack as we scale.\"This patent reflects a broader shift underway in industrial automation: intelligence is becoming the defining asset, not just hardware. As warehouses, factories, and logistics operators look to modernize aging fleets rather than replace them outright, adaptable autonomy platforms may shape the next phase of industry growth. Securing intellectual property around vehicle adaptability positions Cyngn within a structural transition toward software-led industrial transformation.Key Technical BenefitsThe patented technology offers significant operational advantages:Vehicle-Agnostic Scalability: Translates vehicle-agnostic trajectory commands into vehicle-specific control signals, enabling deployment across diverse vehicle types without platform-specific redesigns.Gear-Specific Precision: Generates a separate model for each gear, producing control commands tuned to the vehicle's current operating state for accurate trajectory tracking.Safety Through Simulation: Simulates movement and validates control commands before execution to catch potential errors.Fleet Intelligence: Synchronizes model updates and aggre...

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