Meta Secretly Linked Browsing Data to App Activity, Bypassing Privacy Controls

Meta Secretly Linked Browsing Data to App Activity, Bypassing Privacy Controls

elpais.com

Meta Secretly Linked Browsing Data to App Activity, Bypassing Privacy Controls

Researchers discovered Meta secretly linked user data from its apps with browsing activity on Android, bypassing privacy controls by using a connection to a local port; this was deactivated after media inquiries.

Spanish
Spain
TechnologyCybersecurityMetaPrivacySurveillanceData SecurityTrackingYandex
MetaYandexGoogleFacebookInstagram
Günes AcarNarseo Vallina-Rodríguez
What broader patterns or implications are revealed by Meta and Yandex's similar tracking methods, and what role did the Meta Pixel play?
Meta's tactic, also employed by Yandex since 2017, involved the Meta Pixel on websites communicating with the mobile app to exchange information and identifiers, effectively de-anonymizing web traffic. This circumvented browser privacy settings and enabled detailed tracking of user actions across websites.
How did Meta secretly link user browsing data with their app activity, bypassing browser privacy settings, and what were the immediate consequences?
Researchers at Radboud University discovered Meta was secretly linking user data from its apps (Facebook, Instagram) with browsing activity, even in incognito mode or with VPNs, by using a connection to a local port on Android devices. This allowed Meta to bypass browser privacy controls and associate cookies with user identities. The method was deactivated after inquiry from global media.
What are the long-term implications of this incident for user privacy and online tracking, and what measures can be taken to prevent similar circumventions in the future?
This incident highlights the evolving cat-and-mouse game between tech companies and privacy advocates. Meta's method, deactivated after media attention, underscores the need for stronger browser security and increased vigilance against sophisticated tracking techniques. The use of the local port connection suggests a deliberate effort to circumvent existing privacy measures.

Cognitive Concepts

4/5

Framing Bias

The framing is predominantly negative, portraying Meta's actions as dubious and potentially illegal. The headline and opening paragraphs emphasize the secretive and intrusive nature of the tracking. While the article presents Meta's response, it's placed later and doesn't significantly counter the negative portrayal.

3/5

Language Bias

The article uses strong, negative language when describing Meta's actions, such as "dubious practice," "intrusively," and "potentially illegal." While accurately reflecting the researchers' concerns, this language shapes the reader's perception negatively. More neutral alternatives could be: 'unconventional method,' 'novel approach,' and 'method under scrutiny.'

3/5

Bias by Omission

The article focuses heavily on Meta's actions and the researchers' findings, but it omits discussion of potential benefits or alternative interpretations of Meta's actions. It also doesn't explore the broader implications of this type of tracking beyond the specific examples given. The article mentions Yandex's similar practices but doesn't delve into the specifics of their methods or history, limiting a comprehensive comparison.

Sustainable Development Goals

Reduced Inequality Negative
Direct Relevance

Meta's tracking method disproportionately affects users who may not be as aware of or equipped to protect their online privacy, exacerbating existing digital inequalities. The practice also undermines efforts to create a more equitable digital landscape by circumventing privacy controls.