The agent could not fully satisfy the task because the primary website (site.sdnuroboticlab.cn) is a JavaScript-heavy single-page application that does not render machine-readable content; the agent had to pivot to an alternative GitHub Pages mirror (sdnuroboticsailab.github.io) to extract basic information about what the lab does, its facilities, and competition focus. Even with this workaround, the agent could not locate pricing, service offerings, or competitive differentiation, and had to supplement with web search and prior knowledge to construct a partial answer.

• ›Steps [2], [7], [8] fetched site.sdnuroboticlab.cn but returned only an empty HTML shell with metadata; the JavaScript renderer never executed, leaving the agent unable to see actual page content.
• ›Step [11] (GitHub Pages mirror) was the only tool step that returned rendered content with usable information about the lab's equipment (NAO robots, JetBot vehicles, Raspberry Pi kits), directors (Lu Ran, Huang Ke), and competition history (75 awards). This was not a resource surfaced by the primary site but discovered via web search as an alternative.
• ›Step [16] fetched a specific competition page from the GitHub mirror, confirming the lab's involvement with national robotics competitions (CRAIC), but still provided no pricing, service model, or enrollment information.
• ›The agent relied heavily on web search (steps [4], [10], [13], [15], [18]) and prior knowledge of the university to infer institutional context, not on the website itself; the primary site actively prevented data extraction.
• ›The final response explicitly cites only the GitHub mirror and university pages as sources, not the primary domain, because the primary domain yielded no usable content.