The agent successfully assembled a comprehensive overview of the practice by combining HTML fetches of key pages (treatments, operations, about us, doctor profiles) with API queries and targeted web searches. The site is moderately navigable for discovery but requires multiple hops and partial reassembly: the agent could not find complete pricing or financing details on-site, and much procedural depth was truncated in the fetches, forcing reliance on inference from fragments and prior knowledge.

• ›Steps [22] and [25] returned the main treatment and surgical operations category pages, which the agent discovered via web search (step [20]) after initial URL guessing failed; these provided the core service taxonomy but with heavy JavaScript rendering that truncated content.
• ›Steps [31] and [32] fetched individual doctor profiles, confirming credentials and positioning; these pages were discovered by inference from the /ueber-uns page (step [28]) rather than explicit site navigation menus (which the agent could not access via the REST API at step [14]).
• ›Step [28] (/ueber-uns) and the WordPress REST API queries (steps [10], [11], [13], [16], [23], [29], [35]) provided structural access to the site, but the API returned truncated Elementor-rendered content that required the agent to fetch rendered HTML pages separately; pricing information was almost entirely absent on-site (only one example found at €2,400), forcing the agent to acknowledge the gap rather than provide comprehensive rates.
• ›The site uses WordPress with Elementor page builder and publishes a REST API endpoint, but does not expose menu structure (step [14] returned 401), limiting machine-readable navigation discovery; the agent had to rely on pattern guessing and search results to find treatment subcategories.
• ›Web search (steps [20] and [34]) was essential for discovering the /behandlungen and /operationen URL structure after direct guesses failed (steps [5], [6], [7], [8]); this indicates the site does not publish a clear sitemap or navigation structure in a machine-discoverable format.