PLATFORMS Signal 213 3 feeds carried it
Samsung bans smart TV apps that share users’ internet connections with strangers
↗
Samsung is banning smart TV apps that use residential proxy networks to share users' internet connections with strangers, following security research that found popular apps like a Pac-Man game contained code that could turn TVs into exit nodes.
For engineers, this highlights a new attack surface in smart TVs: apps that appear benign can silently route third-party traffic through home networks, making it hard to distinguish legitimate from malicious activity. The ban forces developers to avoid residential proxy SDKs on Samsung's platform, but similar risks persist on other devices like phones and streaming boxes. The encrypted nature of the traffic means even after a ban, detection remains difficult.
Written by elseif from the cluster below · every claim links back to a sourceThe three things worth knowing
Samsung will remove existing apps that contain residential proxy code and restrict new apps from using such functionality.
The security research found that a Pac-Man game endorsed by Samsung contained code from Bright Data that could activate an exit node after user consent.
Residential proxy networks are used for legitimate purposes like evading censorship but are also linked to cybercrime, as traffic appears to come from ordinary homes.
THE READ
What the cluster adds up to.
Samsung's ban directly responds to security research showing that several popular smart TV apps contained code that shares the owner's internet connection with strangers. The research, conducted by Norwegian company Mnemonic, found that a Pac-Man game featured in Samsung's Editor's Choice section included residential proxy software from Bright Data. When opened, the app could turn the TV into an always-on tunnel for outsiders to route traffic through, even after the app was closed. Samsung stated it is implementing strict platform-wide policies explicitly banning residential proxy SDKs and will identify and remove all apps containing these components.
Adopting this ban means developers can no longer include residential proxy functionality in Samsung smart TV apps. For users, it removes apps that may have been useful but were secretly funneling third-party traffic. However, the research notes that the proxy code only activates after the user accepts a consent screen, so some users may have knowingly agreed to share their connection. Samsung's enforcement faces challenges because the code is hidden: apps are bare-bone shells that load content from another server, so a review sees only a few lines of code, not the actual content being loaded. This makes it difficult to catch all offending apps.
The ban's effectiveness is limited to Samsung's smart TV platform. The research points out that residential proxy code can also be found in regular phone apps, digital frames, and Android streaming boxes. These devices share the same risk of being enlisted into proxy networks. Additionally, the network traffic flowing through these proxies is generally encrypted, making it impossible to inspect. Cybersecurity companies find resproxies challenging because the traffic looks like it comes from an ordinary household, not a malicious actor. Thus, while Samsung's move is a step, the broader problem of residential proxy abuse remains.
All three feeds, TechCrunch, Engadget, and Slashdot, report the same event: Samsung banning apps that share users' internet connections. TechCrunch provides the most detailed account, including the specific research findings and the context of LG's similar ban last month. Engadget and Slashdot summarize the announcement. The feeds corroborate that Samsung's action was prompted by the security research and that the company is now restricting new app registrations and removing existing ones. The difference in coverage is depth, not substance, with TechCrunch offering a rare look inside residential proxy networks and their dual use for censorship evasion and cybercrime.
Written by elseif from the cluster below · checked for specifics the sources never containedTHE CLUSTER