Core Viewpoint - The GDPS 2025 event in Shanghai serves as a "rite of passage" for young developers, transitioning them from coding in controlled environments to solving real-world challenges, thus defining their future as top engineers [1][3]. Group 1: The Competition as a Testing Ground - The competition challenges participants to move beyond "Demo thinking" and embrace the complexities of the real world, with tasks that require high precision and adaptability [4][6]. - GDPS serves as a "pressure testing chamber," pushing participants to consider edge cases and hardware discrepancies that are often overlooked in academic settings [9]. - This experience marks a critical transition from "student thinking" to "engineering thinking," where debugging becomes a starting point for real-world applications [10]. Group 2: Ecosystem as Infrastructure - Shanghai provides a robust support system for young developers, addressing the common barriers of expensive hardware and complex testing environments [14]. - The event showcases leading Chinese companies, symbolizing Shanghai's commitment to building an open platform for global developers to innovate [15]. - Participants have access to advanced resources, such as the AimRT middleware and Lingqu OS system, enabling them to focus on core algorithm innovations [15][16]. Group 3: Networking as a Coordinate System - GDPS acts as a global connector, bringing together top young talents from around the world, fostering collaboration and innovation [19][20]. - The event opens direct communication channels with leading tech companies and labs, allowing outstanding performances to translate into job offers without traditional HR barriers [21]. - Shanghai's commitment to technology creates a strong sense of belonging among developers, providing a unified platform for collaboration [22][23]. Conclusion: Strategic Investment in Future Talent - GDPS 2025 represents more than just a competition; it is a carefully designed accelerator for the next generation of tech leaders, reflecting Shanghai's strategic investment in future talent [24]. - The event offers a pathway from coding to product development, enabling participants to thrive in a vibrant global tech network [25][26].

Core Insights - The article highlights the successful hosting of the 2025 IEEE/RSJ International Conference on Intelligent Robots and Systems (IROS 2025) in Hangzhou, focusing on the integration of artificial intelligence and robotics technology [2] - Zhiyuan Robotics showcased its full range of products, demonstrating its leadership in embodied intelligence technology and ecosystem development [2][12] Product Demonstrations - Zhiyuan Robotics presented its product lineup, including the Qiling series, Lingxi X2, and Expedition A2, showcasing their capabilities in various industrial applications [4] - The Qiling G1 robot performed fully automated logistics operations without human intervention, collaborating with Demar Technology's intelligent sorting robot [4] - The newly launched Qiling G2 robot features advanced capabilities with dual 7-degree-of-freedom robotic arms, achieving high-precision tasks and expanding humanoid robot applications [4] - The Lingxi X2 demonstrated high maneuverability and interactive capabilities, while the Expedition A2 showcased its end-to-end operational capabilities in a simulated environment [6] International Challenge - The inaugural "AgiBot World Challenge @ IROS 2025," co-hosted by Zhiyuan Robotics and OpenDriveLab, attracted 431 teams from 23 countries, with a total prize pool of $560,000 [9] - The Manipulation track featured intense competition, with 11 teams advancing to the finals, showcasing their skills on the Zhiyuan Robotics platform [9] - The World Model track focused on AI's ability to predict the physical world, leading to several technological breakthroughs [11] Strategic Direction - Zhiyuan Robotics is driving the large-scale application of embodied intelligence technology through a dual strategy of "technology + ecosystem," aiming to empower various industries and promote human-robot collaboration [12]