Smart TV AI Proxy Network Exposed on Samsung & LG TVs

Could your smart TV be helping scrape the web for AI training?

Yes, according to recent research published in June 2026 by Include Security, some free apps on Samsung, LG, Roku, and other connected TV platforms may enroll devices into a smart TV AI proxy network through a commercial SDK linked to Bright Data. The issue matters because a smart TV is not just a screen anymore. It is a networked device that sits inside your home, stays connected to Wi-Fi, and often runs apps long after you stop thinking about them.

The main concern is not that every Samsung or LG TV is infected. That would be misleading. The concern is more specific: certain free smart TV apps may include a software development kit, known as an SDK, that can route third-party web traffic through a user’s home internet connection. In simple words, your TV may become an exit point for someone else’s web requests.

This is where the Smart TV AI Proxy Network issue becomes important for homeowners, IT teams, privacy-conscious users, and security analysts. It connects three big trends: free app monetization, residential proxy networks, and the growing demand for public web data used by AI systems.

What is a Smart TV AI Proxy Network?

A Smart TV AI Proxy Network is a network where connected TVs or similar devices are used as residential proxy nodes. A residential proxy is an internet connection that appears to come from a real home user instead of a data center. Companies use these networks for web scraping, market research, price comparison, ad verification, and in some cases, data collection connected to AI training workflows.

Think of it like this. If a company sends thousands of web requests from one data center, many websites may block that traffic. But if the requests appear to come from normal home internet connections across many countries and cities, they look more natural. That is why residential IP addresses are valuable.

The uncomfortable part is consent. Bright Data says its SDK is based on user opt-in and ethical data practices. Researchers and critics argue that consent screens on TVs can be hard to understand, easy to skip, and sometimes buried inside remote-control navigation. A user may think they are accepting app terms, while the deeper effect is that their device can join a proxy network.

This is not a traditional malware story with a named ransomware gang or a CVE. There is no confirmed CVE ID for this research at the time of writing. It is more of a privacy, transparency, and connected device security issue. That makes it tricky, because something can be technically disclosed in a consent flow and still feel unclear to the average person using a TV remote from the couch.

What happened?

Include Security reported that free apps on connected TV platforms may include Bright Data’s SDK. Bright Data is a data collection and proxy company that markets a large residential proxy network. The research says the SDK can turn a device into a proxy exit node, meaning traffic from paying customers may be routed through the user’s home internet connection.

The platforms mentioned in public reporting include Samsung Tizen, LG webOS, Roku, and other major smart TV ecosystems. The exact risk depends on which app is installed, whether that app contains the SDK, how consent is presented, and whether the device is allowed to relay traffic.

According to the research, smart TVs are attractive because they are usually plugged in, connected to Wi-Fi, rarely monitored, and often ignored from a security management point of view. A phone may have mobile device management, security apps, and user attention. A living room TV usually does not.

That difference is the heart of the Smart TV AI Proxy Network concern. The device is trusted because it feels harmless. But from a network perspective, it is still a computer with an internet connection.

Key findings at a glance

Finding	Why It Matters
Bright Data SDK found in partner app ecosystems	Apps may enable proxy-style traffic routing through user devices.
Connected TVs are always online	They can relay traffic even when users are not actively managing them.
Research mentions up to 200 GB monthly Wi-Fi relay configuration	This could affect bandwidth usage and home network visibility.
Traffic indicators include brdtnet.com and luminatinet.com domains	Security teams can use these as detection and blocking signals.
Consent is a central debate	The legal and ethical question is whether users truly understand what they accept.

How the Smart TV AI Proxy Network works

The process starts with a free app. A user installs a casual game, streaming utility, or entertainment app on a smart TV. That app may contain a third-party SDK. An SDK is a ready-made software component developers add to their app for features like ads, analytics, monetization, or network services.

In this case, the SDK can connect the device to Bright Data’s proxy infrastructure. Once active, the device may receive instructions from a control server and relay web requests through the user’s internet connection. To the website being accessed, the request appears to come from a normal residential IP address.

A simple flow looks like this:

·         User installs a free smart TV app.

·         The app includes a third-party proxy SDK.

·         The SDK presents or relies on a consent flow.

·         The device connects to proxy infrastructure.

·         Third-party web requests may route through the user’s home connection.

·         The device becomes part of a residential proxy network.

For a non-technical reader, imagine your home address being used as a return address for someone else’s package. You may not see the package contents, but the outside world sees your address involved in the delivery. That is why residential proxy networks raise trust and accountability questions.

    
Why Samsung, LG, and Roku users should care

Samsung Smart TV Security and LG Smart TV Security often focus on updates, app permissions, account safety, and privacy settings. This research adds another layer: the business model of free smart TV apps. The risk is not only whether the app steals data. The risk is also whether the app uses your device resources in ways you did not clearly understand.

Roku users are also part of the wider connected TV conversation because Roku channels and similar app ecosystems are built around third-party distribution. Some platforms have reportedly restricted or banned background proxy SDK behavior, while Samsung and LG have remained central to public discussion because their TV platforms are still mentioned in relation to Bright SDK support.

For most households, the concern is practical. Could this slow down streaming? Could it use bandwidth? Could it create strange traffic on the home network? Could a user’s residential IP address be linked to scraping activity they did not personally perform? These are reasonable questions.

For businesses, the concern is bigger. Many offices, hotels, schools, retail spaces, and meeting rooms use smart TVs. Those TVs often sit on the same network as other devices. If they are not segmented, monitored, or updated, they become part of the broader attack surface.

Why free smart TV apps use this model

People often ask how free smart TV apps make money. The answer is usually advertising, analytics, data partnerships, subscriptions, or some form of alternative monetization. A proxy SDK offers another option: the app developer may earn revenue by letting a third-party network use idle device resources.

From a developer’s point of view, this can sound attractive. Users get a free app. The developer earns money. The proxy company gets residential IP capacity. The problem starts when users do not understand the trade. A consent screen may exist, but if it is vague, buried, or difficult to read on a TV interface, the consent may not feel meaningful.

This is why the phrase “free TV apps privacy risk” is becoming more important. Free does not always mean harmless. Sometimes the payment is attention. Sometimes it is data. Sometimes it may be bandwidth or device participation in a commercial network.

Technical details security teams should know

Public reporting around this research mentions several network indicators. The SDK reportedly opens persistent WebSocket connections to Bright Data-related infrastructure. A WebSocket is a long-lived connection between a device and a server. It is often used for real-time communication.

Researchers highlighted domains such as the following:

·         proxyjs.brdtnet.com

·         proxyjs.luminatinet.com

·         clientsdk.bright-sdk.com

The luminatinet.com reference matters because Bright Data was formerly known as Luminati Networks. For defenders, traffic to brdtnet.com or luminatinet.com from a smart TV or mobile app can be a useful investigation point. It does not automatically prove abuse, but it is unusual enough to review.

The research also describes mobile-specific behavior, including VPN bypass techniques on iOS through direct interface binding. That technical detail is more relevant to mobile apps than televisions, but it shows why SDK-level traffic can be difficult to inspect with normal user tools.

Security teams should avoid overclaiming. At this time, this is not a known ransomware campaign, not a botnet in the criminal sense, and not a publicly assigned CVE vulnerability. It is a commercial SDK and consent-based proxy model under security and privacy scrutiny.

Privacy risks for consumers

The first privacy risk is the residential IP address. Your IP address can reveal your general location, internet provider, and household network reputation. If scraping traffic exits through your connection, your IP may appear in logs on third-party websites.

The second concern is smart TV data collection. Smart TVs already collect usage data through ads, analytics, viewing behavior, crash logs, and app telemetry. Adding proxy behavior makes the privacy picture harder for users to understand.

The third concern is transparency. A user may not know whether an app is using a proxy SDK, how much bandwidth it may consume, or how to turn it off. In a normal mobile app, permissions are already confusing. On a TV, the problem is worse because the interface is slower and people rarely read long terms with a remote.

This is where “are smart TV apps spying on users” becomes a complicated question. Proxy traffic does not necessarily mean the app is reading your private files or watching your screen. But it does mean the device may be doing something network-related that the user did not expect. That alone is a serious smart TV privacy risk issue.

Security risks for homes and organizations

The main security risk is visibility. Most people do not monitor outbound traffic from a TV. If a laptop suddenly sends strange traffic, someone may notice. If a TV does it at 2 a.m., almost nobody checks.

There is also the issue of network reputation. If a website sees scraping traffic from your home IP, it may rate-limit or block that IP. In rare cases, repeated abuse from a residential IP can trigger account verification, CAPTCHA challenges, or ISP warnings. The average user may never connect that problem to a free TV app.

For organizations, connected TV security should be treated like IoT security. Put TVs on a separate network. Limit what they can reach. Block unnecessary outbound destinations. Keep firmware updated. Review installed apps. These steps are not dramatic, but they work.

If your organization manages many smart displays, consider a broader attack surface management review. A smart TV in a lobby may not look important, but it is still a managed asset if it touches the network.

Real-world example: what this could look like at home

Imagine a family installs a free game app on an LG TV. The app is fun, simple, and rarely used after the first week. The TV stays connected to Wi-Fi in standby mode. Nobody opens the app again, but the app or SDK may still have background behavior depending on platform rules and configuration.

A few weeks later, the household notices slower streaming during peak hours. Maybe nothing obvious happens. Maybe the internet bill is unchanged. Maybe the router logs show unfamiliar domains, but nobody checks those logs anyway.

Now imagine the same pattern across thousands or millions of devices. That is the power of a smart TV AI proxy network. One TV is not the story. Scale is the story.

How to check if your smart TV may be affected

You do not need to panic or throw away your TV. Start with a basic app audit. Open the app list and remove free apps you no longer use. Pay special attention to games, screen savers, utility apps, and unknown streaming channels.

Next, review Samsung TV Privacy Settings or LG TV Privacy Settings. The exact menu changes by model and region, but look for advertising ID, personalized ads, viewing information services, diagnostics, and data-sharing controls.

If your router supports DNS logs, check whether your TV contacts unusual domains. Home users can use tools like Pi-hole, NextDNS, or router-level parental control logs. Security teams can use DNS filtering, firewall logs, EDR telemetry where available, and network detection tools.

For deeper testing, organizations can run a controlled packet capture from a segmented TV network. This is where IoT and embedded security practices become useful, because smart TVs behave more like embedded computers than simple appliances.

How to block known Bright Data SDK traffic

Based on public research, users and defenders can block known domains at the DNS or firewall level. This may prevent affected devices from joining the proxy relay infrastructure. However, domains can change, so treat this as one layer of defense, not a permanent cure.

Suggested DNS blocks include:

·         proxyjs.brdtnet.com

·         proxyjs.luminatinet.com

·         clientsdk.bright-sdk.com

For TLS filtering, security teams can watch for SNI patterns involving brdtnet.com, luminatinet.com, and luminati.io. In managed mobile environments, teams may also scan for SDK-related binary symbols reported by researchers, such as BrdWebSocketFacade and BrdNetwork. DNSResolver.

For companies, this should sit inside a wider vulnerability management and cyber threat intelligence process. One blocklist is helpful. A repeatable review process is better.

Common misconceptions

Misconception 1: Every smart TV is infected.

This is not accurate. The issue appears linked to specific apps and SDK integrations. A Samsung, LG, or Roku device is not automatically part of a smart TV AI proxy network just because it is connected to the internet.

Misconception 2: This is the same as malware.

Not exactly. Malware usually involves unauthorized harmful code. This case is more about consent, transparency, device resource use, and commercial proxy behavior. That does not make it harmless, but it is important to describe it correctly.

Misconception 3: A VPN always protects you.

Not always. Researchers described cases where SDK traffic may bind directly to a physical network interface on mobile devices. For smart TVs, VPN coverage depends on the router, app, and network design. A VPN is useful, but it is not magic.

Misconception 4: Free apps are always safe if they are in an app store.

App store approval reduces some risk, but it does not remove all risk. Third-party SDKs can create privacy and network behavior that users never expected. This is why smart TV cybersecurity needs to include app reviews, not just firmware updates.

Hoplon Insight: Treat smart TVs like IoT endpoints, not entertainment-only devices. The safest approach is simple: remove unused apps, segment TVs from sensitive devices, block known proxy SDK domains, and review outbound DNS traffic regularly.

For businesses, smart displays in offices, conference rooms, hotels, and retail environments should be included in cyber resilience assessments, endpoint security protection services, and network monitoring programs.

What users should do now

Start with the basics. Delete apps you do not use. Update your TV firmware. Turn off unnecessary data sharing. Review privacy settings. Restart your router after applying DNS blocks. These steps are simple, but they reduce exposure.

For a home network, consider putting smart TVs and IoT devices on a guest network. Your laptops, work devices, NAS systems, and personal phones should not sit on the same flat network as every TV, camera, speaker, and streaming stick.

For organizations, document every connected display. Know the model, platform, location, network segment, and installed apps. If that sounds boring, good. Security often improves through boring inventory work before it improves through expensive tools.

If suspicious traffic is already visible, run a structured investigation. A team may need extended detection and response, digital forensic investigation, or incident response recovery support depending on the environment.

Broader security lesson: the TV is now part of the data economy

The Smart TV AI Proxy Network story is not only about one SDK or one company. It shows how the modern internet turns quiet devices into economic assets. Phones, TVs, routers, browsers, apps, extensions, and games all sit inside a market where attention, data, bandwidth, and location can be monetized.

The AI angle makes this bigger. Training and operating AI systems requires large amounts of web data. Websites are responding with bot defenses. Data companies then seek residential IP routes that look more human. Smart TVs become attractive because they are stable, distributed, and often ignored.

This does not mean every data collection company is malicious. It does mean users need better transparency, clearer consent, and stronger platform rules. A consent screen should not be a puzzle hidden behind arrow-key navigation.

References

·         Include security research on smart TVs and the AI scraping economy

·         The Hacker News coverage of free apps turning smart TVs into web scraping proxies

·         The Verge coverage of smart TVs and AI web crawling

·         Bright SDK end-user information

·         Bright Data Trust Center on Bright SDK ethical data practices

This article explains what the Smart TV AI proxy network issue is; how free apps may enroll Samsung, LG, and Roku devices into residential proxy infrastructure; and why the topic matters for privacy, bandwidth, and connected TV security. It also covers known indicators, user protection steps, enterprise monitoring guidance, and broader lessons about free app monetization in the AI data economy.

Conclusion

The Smart TV AI Proxy Network issue shows how ordinary living room devices can become part of a much larger data economy. A free app may look small, but the SDK inside it can change how your device behaves on the network.

The best takeaway is simple. Review your apps, monitor your network, block suspicious proxy domains, and treat smart TVs as real connected endpoints. For businesses, include TVs and other connected displays in security reviews before they become invisible weak spots.

If your organization needs help reviewing connected TV risks, IoT exposure, or unusual network activity, Hoplon Infosec can support assessment, monitoring, detection, and response with a practical security-first approach.

Author: Hoplon Infosec Editorial Team

Published: June 6, 2026

Last Updated: June 6, 2026