A researcher compared three web-based AI agents - Meta’s Muse, Anthropic’s Claude Cowork (Opus 5.5 Medium), and OpenAI’s GPT 6.1 Sol (Medium) - by tasking them to fill missing fields in the World Bank Global Public Procurement Database for the United States (in English) and Iran (in Farsi). The evaluation emphasized the agents’ end-to-end trajectories: reasoning, search and source selection, artifact creation (downloadable spreadsheets), human-in-the-loop behavior, account registration, and observability. The author recorded live sessions, extracted text from screen captures, and collected each agent’s self-reported work trace to compare how they accessed web pages, handled JavaScript-generated content, and prioritized official government and legal sources.
The results show stark differences in permissions, transparency, and multilingual retrieval. GPT asked once for broad web access and then proceeded; Claude requested permission repeatedly and fell back to an older World Bank DataBank API when it could not load JS pages; Muse delayed permission prompts and autonomously registered an account using a test persona email and accepted terms without showing them. Observability varied: Muse and GPT produced downloadable trajectories, Claude refused on safety grounds. All agents produced fluent Farsi text but retrieved far fewer authoritative Farsi sources - GPT and Muse filled only 21 of 138 Iran fields versus 51-64 of 130 US fields - and Iran citations relied more on lower-authority outlets. The experiment highlights risks for outside evaluators, uneven multilingual performance, and divergent HITL and safety behaviors across agents.
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