# Samsung Patents an AI That Arranges Your Split-Screen Apps Automatically > Source: > Published: 2026-09-11 03:42:21+00:00 # Samsung Patents an AI That Arranges Your Split-Screen Apps Automatically [Get the best of each week in your inbox, free →](#get-weekly) Every time you try to run two apps at once, you spend more time dragging windows into place than actually using them. Samsung wants an AI to handle that negotiation for you. ## What Samsung's AI window-arrangement system actually does Every time you open a second app while already using your phone, you have to figure out where to put it. Do you want it side by side? Top and bottom? Which app gets more screen space? On most phones today, that's entirely on you to sort out manually. Samsung's patent describes a system where the phone notices you're about to use a second app and automatically sends a description of the situation to an AI model. The AI figures out the best way to split the screen, then tells the phone how to arrange things, and the phone sets it all up without you having to drag or resize anything. Think of it as the phone asking the AI, 'Hey, the user just opened their email while watching a video. How should we lay this out?' and the AI responding with a specific answer tailored to that exact situation. ## How the AI model decides which layout to build The patent describes a multi-step process that kicks off the moment you trigger a second app while one is already running. - **Event detection:** The device watches for a 'first event' (the patent's term for any action that signals you want a second app open, such as tapping a link, receiving a notification, or explicitly requesting split view). - **Prompt generation:** The device assembles a prompt (a structured description, similar to a question you'd type into a chatbot) that packages information about what's happening on screen and asks the AI to figure out the right layout configuration. - **AI consultation:** That prompt is sent to an AI model, which could run on the device itself or on a remote server via the communication module. The AI processes the context and returns a layout recommendation. - **Layout execution:** The device reads the AI's response and physically configures the split-screen view, sizing and positioning both app windows according to what the AI suggested. The architecture is deliberately flexible. By routing decisions through an AI model rather than hard-coded rules, the system can theoretically handle unusual combinations of apps or contexts without engineers having to pre-program every possible scenario. ## What this means for multitasking on Samsung phones and tablets Multitasking on phones and tablets is one of those features that exists on paper more than in practice. The friction of manually arranging two apps is small but real, and most people just don't bother. A system that removes that friction could meaningfully change how often people actually use split-screen mode, which matters especially on large-screen devices like Samsung's Galaxy foldables and tablets where the feature is most valuable. [Samsung's steady investment in on-device AI](https://patentlyze.com/samsung/) suggests this kind of contextual intelligence is being baked deeper into the Android layer, not just into specific apps. If the AI gets layout decisions right most of the time, it turns a fiddly power-user feature into something that feels automatic to everyone. This is the tenth Samsung filing we've tracked since July on [AI agents that act for you](https://patentlyze.com/watchlist/ai-agents-that-act-for-you/), joining [one that journals from your phone](https://patentlyze.com/patent/samsung-ai-generated-personal-journals-explained/) and [one reading screens to control devices](https://patentlyze.com/patent/samsung-ai-effects-based-screen-content/). Splitting your screen between two apps sounds straightforward, but the actual experience tends to fall apart fast: wrong sizes, awkward overlaps, apps that refuse to cooperate. Most people abandon the feature after one or two tries, which means a tool designed to save time ends up wasting it. The cost is sharper on large folding phones and tablets, where running multiple apps side by side is the whole point of paying a premium. A layout that feels slightly off on a big screen is not a minor annoyance, it's the product failing at its main job. The combinations of apps, screen sizes, and orientations are too numerous for any fixed set of rules to handle well across real daily use. Having an AI read the situation and propose a sensible arrangement automatically is a proportionate answer to a problem that actually has that much complexity underneath it. ### There are more where this came from We read every patent application Big Tech publishes and send you the ones worth knowing. Plain English, free, every week. ## The drawings 16 drawing sheets from US 2026/0267671 A1 · click any drawing to enlarge Want this weekly breakdown for a company we don't cover? [Patentlyze Pro →](https://patentlyze.com/pro/?src=post) **Source.** Full patent text and figures from the [official USPTO publication PDF](https://image-ppubs.uspto.gov/dirsearch-public/print/downloadPdf/20260267671).