Core Viewpoint - The launch of the self-developed operating system, Lingbo OS, by Ninebot marks a significant transition for the two-wheeled electric vehicle industry from a "mechanical era" to a "smart era" [4][5]. Group 1: Development of Lingbo OS - Ninebot's CTO emphasized the need for a dedicated operating system for two-wheeled electric vehicles to enhance user experience through robotics technology [5]. - The introduction of Lingbo OS aims to unify the software environment across different suppliers, addressing common bugs and enhancing product capabilities [6]. - Lingbo OS is designed to facilitate rapid accumulation and upgrades of product capabilities under a unified technical platform [6]. Group 2: Technical Features of Lingbo OS - The core technology of Lingbo OS includes high collaboration between cloud, edge, and terminal, ensuring safety and real-time operation in extreme scenarios [6]. - The system integrates various vehicle interaction features and supports one-click OTA upgrades, allowing older models to access new functionalities [6][8]. - Lingbo OS is built on a robust architecture that promotes efficient development, adaptability, and security, while also opening a platform for third-party developers [8]. Group 3: User Experience and Ecosystem - The goal is to transform the user experience development model from professional-generated content (PGC) to professional user-generated content (PUGC), encouraging user participation [8]. - Lingbo OS aims to provide a unique riding experience for each user, with features that adapt based on individual preferences and conditions [6][9]. - The system is expected to unlock more intelligent features as it expands to cover all of Ninebot's new and existing models [8].