Core Viewpoint - The urgent need for the firefighting industry to upgrade from traditional human-based methods to machine intelligence is highlighted, with Qingniao Firefighting's strategic focus on firefighting robots being a natural evolution based on over 20 years of experience in fire electronic technology [1][5]. Group 1: Technological Foundation - Qingniao Firefighting has established a long-term technological reserve, focusing on key areas such as machine vision, autonomous navigation, and multi-sensor collaboration, which are essential for the autonomous operation of firefighting robots in extreme environments [3]. - The company is developing a navigation system capable of precise operation in scenarios with network interruptions, utilizing technologies like positioning navigation, laser radar, and visual SLAM, ensuring robots can locate fire sources even in signal-deprived areas [3]. - Qingniao's self-developed thermal imaging system can penetrate smoke to identify flames and high-temperature points, while also integrating various sensors to provide accurate data for subsequent operations [3]. Group 2: Scene Adaptation - Qingniao Firefighting is creating specialized firefighting robots tailored for extreme environments, ensuring they can operate effectively in conditions such as smoke, high temperatures, and complex terrains [4]. - The robots are designed not only for inspection but also for firefighting and maintenance tasks, equipped with professional firefighting tools like pulse water cannons and dry powder spraying devices, significantly enhancing operational efficiency compared to manual efforts [4]. - The upcoming launch of the "Lingbao" robot at the Beijing International Fire Exhibition on October 13 is a testament to Qingniao's capability in scene adaptation, showcasing its ability to operate in extreme conditions and collaborate with various sensors [4][5]. Group 3: Strategic Roadmap - Qingniao plans to advance in three phases: - In the first 1-2 years, the focus will be on optimizing existing robots' stability and operational precision to reach domestic leading levels, particularly in large factories and data centers [6]. - In the next 2-3 years, the goal is to achieve global competitiveness by addressing challenges in complex fire scene operations and launching products suitable for high-standard markets like Europe and the US [6]. - Over the next 3-5 years, the aim is to cover all scenarios in high-risk inspections, firefighting, and maintenance, while also exploring new areas like home safety, ultimately creating a complete ecosystem of "vehicles + technology + scenes + services" [6].