Smart TVs carry software baggage. Most models arrive packed with unwanted apps, advertising tools, and operating-system files that consume storage before owners install anything. Samsung TVs ship with approximately 20 percent of their total storage taken up by the operating system, which leaves less room for everything else.
The pressure to clean up these devices is growing with ownership. Only 34 percent of households owned a smart TV in 2020, but more than 50 percent are expected to own one by the end of 2026. That makes a sluggish television less of a niche annoyance and more of a routine household problem.
Developer Mert Cobanov tested an unusual solution by giving the AI agent Claude full access to his TV and instructions to debloat it. His goal was not to let Claude wipe out anything it disliked; the prompt told Claude not to uninstall anything, but to disable unused applications, shorten animation durations, and keep a record of every action.
What Claude changed
Cobanov disabled Google TV’s home screen and installed FLauncher, a free open source app, in its place. The result gave the television a different home-screen experience while removing software Cobanov did not use.
He said the outcome went beyond a cleaner interface. “The big payoff was that the TV now runs smoother than when it was new, four years ago.” The television reached that result without root access, which means Claude worked through the access available to it rather than requiring a deeper modification of the device.
That success explains the temptation. An AI agent can follow a list of device-management instructions, change several settings, record what it does, and handle the tedious parts of cleanup. For owners facing unwanted apps and advertising tools, delegating the work may sound easier than hunting through menus designed to keep the defaults in place.
The access problem
The same access that lets Claude improve performance can also make the TV unstable or unusable. Giving Claude full debugging access creates room for a bad action, a misunderstood instruction, or a change that the owner cannot reverse through ordinary settings.
Key packages bring another risk. If Claude uninstalls or disables packages that the TV needs, the device may be unable to undergo system updates. Cobanov’s prompt specifically told Claude not to uninstall anything, but that safeguard only works when the instructions remain intact and the agent follows them.
AI prompts can also be hacked by malicious actors. A prompt that controls a television is not just a set of suggestions when the AI has full debugging access; it becomes a path to device changes. That is a poor place to discover that “automated” does not mean “harmless.”
There are less invasive ways to pursue the same improvements. Clearing the cache can sometimes free up memory without deleting apps or disabling them. FLauncher is available for download without giving Claude system access, and apps that perform similar functions to Claude are available in the Google Play store.
Owners can also adjust animation controls in Developer Options to make the TV run more quickly. Those settings do not require handing an AI agent control over the device’s software packages, though users still need to understand which changes they make.
Cobanov’s experiment shows that Claude can help a four-year-old TV feel smoother without root access. It also shows the boundary that matters: improving a device is useful, but granting an AI agent full debugging access turns routine cleanup into a system-level gamble.
