Core Viewpoint - The company is transitioning its strategy from a video-centric technology system to a new development phase focused on "AI multimodal + spatial video + industry" as the core [1] Group 1: Strategic Shift - The new strategy emphasizes talent and organization as foundational elements, with "AI multimodal + spatial video" serving as dual engines to support business development in media culture, industrial applications, satellite technology, in-vehicle intelligent cockpits, and robotics [1] - The company aims to become an enabler and ecosystem builder in the spatial video era, collaborating with content creators, hardware partners, and application developers to establish a new spatial computing ecosystem [1] Group 2: Product Launch and Innovations - At the event, the company unveiled the BlackEye 2.0 multimodal spatial model along with its latest products and applications in media culture, industrial sectors, satellite technology, in-vehicle intelligent cockpits, and robotics [1] - The newly introduced BlackEye Vision system enhances traditional robotics by enabling ultra-low latency video transmission and real-time control through 4G/5G public networks, addressing bandwidth limitations [1] - The new system significantly improves the perception, compression, transmission, and reconstruction capabilities of robots in real-world environments by adding spatial video (radar point cloud) processing functions [1] Group 3: Ecosystem Collaboration - The company signed agreements with partners including Alibaba Cloud, Cloud Deep Technology, Mirror Recognition Technology, and Shenwu Technology to further expand its ecosystem collaboration [1]

Core Viewpoint - The traditional model of remote control for robots, which requires human intervention, is being transformed by a new technology developed by Dahong Technology, enabling ultra-long-distance and low-latency remote control of robots [1][2]. Group 1: Technology Advancements - Dahong Technology's BlackEye Vision system allows for ultra-long-distance remote control with an end-to-end latency as low as 80 milliseconds, surpassing human neural response limits by 20 milliseconds [2]. - The system can operate effectively in 4G/5G public networks and can switch to satellite communication in case of complete network failure, ensuring continuous connectivity [2][3]. - BlackEye Vision employs a self-developed multimodal audiovisual model that compresses high-definition video by 10-100 times, maintaining clear image transmission even in bandwidth-constrained environments [2]. Group 2: Application Scenarios - The BlackEye Vision system has been successfully applied in various scenarios, including public safety at large events, industrial inspections, and emergency rescue operations, addressing the limitations of traditional robot control [3]. - The technology enables robots to perform dangerous tasks such as mining, disaster rescue, and nuclear reactor maintenance, accelerating the shift towards autonomous robotic operations [3].