Samsung's Secret Screen Feature
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Description
So, you probably know those privacy screen protectors that are supposed to black out your screen from the side so no one can spy on you. Well, this S26 Ultra obviously doesn't have a screen protector on it. But if I just turn on privacy screen, it turns off individual pixels to achieve the exact same effect, which is pretty sick. But not only that, since it's built into the display, you can have it turn on only when opening certain apps like your banking app or messages or photos. But what's sick is you can have it just block out notifications as they come in or just the password field when entering a password. Honestly, unreal levels of display innovation so that you can hide whatever you're hiding.
Samsung teases a hidden level of privacy directly on the screen of its S26 Ultra. The video demonstrates a privacy feature that does not rely on a separate physical screen protector. Instead, the system turns off individual pixels to mimic a privacy filter, achieving the same effect as side-shading protectors. The feature is built into the display itself, enabling activation only when certain apps are opened, such as banking, messaging, or photos, which adds a layer of selective privacy. It can also block notifications or mask password fields as they appear, making on-screen content less visible to bystanders. The presenter highlights how this enables a highly targeted privacy experience without sacrificing overall screen usability, positioning the S26 Ultra as a leader in on-device privacy innovations. Viewers are prompted to consider how such a feature could influence user behavior, device security, and the broader smartphone privacy landscape, especially in light of other brands potentially adopting similar capabilities in the future.
Topics · technology · smartphones · privacy · innovation
Questions answered
- What makes Samsung's privacy feature different from traditional privacy screen protectors?
- The privacy feature is built into the display and can selectively turn off individual pixels, enabling app-based activation and targeted privacy controls such as blocking notifications or masking password fields.