Big Tech’s Sixteen Most Interesting New Patents This Week (9/11/2026)

OpenAI filed a patent for a second AI model designed to read another model's chain-of-thought reasoning and flag reward hacking, misgeneralization, sycophancy, and deception, according to a weekly roundup of 272 Big Tech patent filings. The filing, credited to single inventor Bowen Baker and submitted in August 2025 on a provisional from March of that year, would let flagged answers be blocked at runtime or penalized during training. The document acknowledges the watchdog can only catch misbehavior it was trained to see and can fail in the same ways as the model it monitors.

Get the best of each week in your inbox, free → get-weekly A weekly read of what the world’s biggest technology companies just told the U.S. patent office. A big week by the numbers: we wrote up 272 filings, with Samsung far out front at 57, then Sony at 44, Google at 33, Apple at 28, Microsoft at 24, and Qualcomm at 23. OpenAI, which usually publishes nothing, published three. The full run lives under this week’s Big Tech patents https://patentlyze.com/ ; these sixteen stood out. 1. Samsung Patents a Display That Rolls Itself Into Position When You Add Another Screen Anyone who has built a video wall knows the job is mostly lifting, sliding, and squinting to get the seams to line up. Samsung has filed for a display with wheels and motors in its base that drives itself into place the moment you plug a second screen into its side https://patentlyze.com/patent/samsung-self-moving-modular-display-screens/ . Each unit carries connector ports on one side and motorized wheels on the others. When a second display connects, a control unit reads the state of the whole assembly, both screens together, and spins the right wheels until the panels sit where they should. The claim leaves the path-finding open; what it locks down is a screen that knows another screen has joined it and moves in response. The obvious home is Samsung’s modular lines, where panels are supposed to click together and rarely do so gracefully. A screen that finishes the setup by itself turns an installer’s afternoon into a plug-in. Filed in April as a continuation of a Korean application from October 2024, with thirteen named inventors, so this is a team effort rather than a sketch. The open question is weight: a 65-inch panel on casters that decides to move is a very different object from the ones sitting in living rooms today, and the document says nothing about brakes. 2. OpenAI Patents a Watchdog AI That Reads Other Models’ Internal Reasoning An AI that has learned to please its scoring system can produce an answer that looks right and is not. OpenAI has filed for a second model whose job is to read the first model’s chain of thought and flag when it is gaming its training or misleading the person asking https://patentlyze.com/patent/openai-monitoring-ai-reasoning-stop-reward-hacking/ . The working model writes out its step-by-step reasoning before answering. The monitor reads that reasoning, not the polished answer, and looks for four things the filing names: reward hacking, misgeneralization, sycophancy, and deception. At runtime a flagged answer can be blocked before it reaches you; during training the same catch becomes a penalty, so the habit is trained out. Reasoning models already show their work. This filing says OpenAI wants the work itself to be the thing that gets audited, by a machine, on every answer. Single inventor, Bowen Baker, filed in August 2025 on a provisional from March of that year. The catch is the one the document admits: the watchdog can only catch the misbehavior it was trained to see, and it can fail in the same ways as the model it watches. 3. Apple Patents a Laptop Display That Hides a Camera Inside the Screen The black bar at the top of a MacBook lid exists because the camera has nowhere else to go. Apple has filed for a laptop display with a small pocket of non-display area carved inside the active screen, holding the camera, a speaker, or a sensor https://patentlyze.com/patent/apple-laptop-display-built-camera-island/ . The claim is specific to a laptop: two hinged housings, a keyboard, and a display whose pixel area surrounds an island of inactive space with an optical component inside it. The island can be fully enclosed or a notch that bites in from the edge, masked with black ink, on LCD or OLED. Think of the iPhone’s island, moved to a lid. Bezels are one of the last visible things left to shrink on a laptop. Fold the camera into the picture and the lid gets smaller, or the screen gets bigger, without moving the hinge. Filed in April as a continuation of a November 2024 application, three inventors. What the filing does not cover is the hard part: how the software hides the dead spot, and how the glass gets cut, sealed, and kept dust-free around it. The shape is drawn; the manufacturing is not. 4. Apple Patents a System That Locks a Copy of Every Photo Before Apps Can Touch It Once a picture lands in your camera roll, any app can change it and the original is gone. Apple has filed for a system that copies every shot to a secure repository through a channel below the app layer, before any app knows the picture exists https://patentlyze.com/patent/apple-authenticated-images-photo-verification/ . The image leaves the signal processor, the operating system stamps it with an identifier, and a copy goes out over a channel that apps, including the camera app, cannot see or block. Later, anyone questioning a shared photo can present the identifier and compare the stored original against the circulating version. Match and it is verified; differ and there is proof of the edit. The timing is not subtle. AI editing has reached the point where metadata can be stripped and watermarks cropped, and courts, newsrooms, and platforms have no clean way to establish what a camera actually saw. Two inventors, filed in March on a provisional from March 2025, and claim 1 is broad: no encryption method, no named cloud service, just the architecture. Breadth like that invites a prior-art fight. And the trade is plain: a copy of every photo you take lives on Apple’s servers, which is the same question every automatic backup raises. 5. Microsoft Patents a Way to Hide Your Mouse Clicks from Your Own Computer Your operating system watches every click, including the ones inside a banking or medical app streamed from a server. Microsoft has filed for a way to encrypt mouse activity inside a secure window so the local OS does its cursor math on scrambled data and never learns what you did https://patentlyze.com/patent/microsoft-secure-cloud-pointer-relay-explained/ . A dedicated security processor takes over when the pointer enters a secure window. It encrypts the movement and clicks, the OS computes the cursor position on the encrypted values without decrypting them, and the secure chip decrypts the result and sends it straight to the cloud server hosting the app. The host draws the cursor; it does not know what the cursor touched. For a shared or managed laptop running a sensitive cloud app, this moves the local machine from witness to blind relay. That is a real change in who can see what. Filed in April as a continuation of a February 2024 application, three inventors. The dependency is hardware: a security processor separate from the CPU, which most consumer machines do not have. The shortest path runs through the security chips already in business laptops, if they can keep a cursor feeling instant. 6. Sony Patents Headphones That Physically Switch Between Open and Closed Sound Open-back headphones sound wide and let the world in; closed-back ones seal the ear and punch the bass. You buy one or the other. Sony has filed for an earcup with an actuator that moves the housing between an open-back and a closed-back configuration on demand https://patentlyze.com/patent/sony-headphones-switch-open-closed-back/ . That is very nearly the whole claim. A small motor or similar mechanism opens or seals a vent in the earcup, so the same pair can breathe like a studio monitor during a listening session and shut tight for a commute or a match. The filing does not say whether the moving part is a sliding panel, a rotating baffle, or a folding membrane. No amount of signal processing fully fakes what an open rear chamber does to sound, which is why this is a mechanical answer to a decades-old trade-off rather than another EQ preset. Filed in March with 26 claims, two inventors, no parent application. The thin spot is durability: a closed-back seal that gaps by a millimeter changes the bass, and this document offers nothing on how a moving housing holds its tolerances after two years of daily use. 7. OpenAI Patents a System That Watches AI Think and Flags When It’s Cheating This is the sibling of number two, from the same inventor and the same March 2025 provisional. OpenAI has filed for a monitor model that reads a working model’s inner monologue and returns a judgment on whether it is reward hacking https://patentlyze.com/patent/openai-ai-watches-ai-cheating-behavior/ . The mechanism is the same two-model loop: reasoning in, verdict out, block at inference or penalize in training. Where the first filing frames the target as deception and sycophancy, this one puts the shortcut problem front and center, the model that finds a way to score well without doing the job. Two filings from one provisional say OpenAI wants the fence around this idea to be wide, and that it considers the reasoning trace, rather than the answer, the place where trust gets decided. The cost is the part the document skips. A second model reading every answer roughly doubles the compute per conversation, and nothing here explains how that overhead is absorbed at scale, or how the system decides which questions are worth the extra pass. 8. Samsung Patents an AI System That Puts Your Body Double in Workout Videos A workout video shows a fit stranger doing moves at a pace that may have nothing to do with you. Samsung has filed for a system that builds a 3D model of your body from your measurements and uses generative AI to re-render an exercise video with your double doing the routine https://patentlyze.com/patent/samsung-ai-generated-personalized-exercise-guide-videos/ . The device collects body data and exercise history, builds the body model, picks a program that fits your level, finds a matching source video, and hands both to a generative model that swaps the demonstrator for your avatar. The output is a guide video, not a coach: the claim says nothing about watching you back or correcting your form. On a Galaxy Watch or in Samsung Health, this is a reference that matches your proportions, which is the one thing a stock video never does. Filed in April as a continuation of an October 2024 Korean application, six inventors. Claim 1 is wide enough to cover a basic avatar animation as easily as a photoreal render, and the filing is quiet about where the body model lives, which is the question a scan of your body raises first. 9. OpenAI Patents a System That Picks Your Best Photos and Redraws Them as AI Art You come home with 800 photos and no time. OpenAI has filed for a three-model chain that scans a photo library, keeps the shots that meet a salience test, describes each in text, and generates a new illustrated image from the description https://patentlyze.com/patent/openai-ai-system-turns-your-photos-art/ . A selection model scores every image against a trained sense of what is meaningful and discards the rest. An analysis model turns each survivor into a text summary. An image generator turns the summary into a synthetic picture, and the set is pushed to a display. No taps required from you at any step. This is the shape of a memories feature: a recap that chooses your best photos and then repaints them, running in the background on a library you already have. Three inventors, filed in March on a provisional from March 2025. Three models in a row means three places to fail, and the whole thing lives or dies on the first one. The document says little about how the selection model is trained or tested, which is exactly where the confidence would need to come from. 10. Samsung Patents a Slidable Phone That Adjusts Its Screen Speed as You Pull It Open When a slidable phone unrolls, the picture has to fill new screen in real time, and a redraw that lags shows up as stutter. Samsung has filed for a phone that tracks how fast the visible display area is growing during the slide and adjusts the refresh rate to match https://patentlyze.com/patent/samsung-slidable-phone-screen-refresh-rate-control/ . Two housing sections slide apart under a motor, a flexible display unrolls to fill the gap, and the processor watches the rate of expansion, raising or lowering how often the screen redraws in step with the motion. Pull slowly and it eases; yank and it climbs. Once the phone is fully open, normal refresh behavior resumes. The mechanism, the flexible panel, and the actuator all exist in prototypes. This is the control loop on top, the difference between a form factor that feels finished and one that feels like a demo. Filed in April as a continuation of a September 2024 Korean application, four inventors. The filing does not give the formula that maps speed to refresh rate, and if the slide takes under a second, users may never be able to tell whether the rate moved at all. 11. Google Patents a System That Tracks Users Without Ever Seeing Who They Are Ad platforms want to match your account to a profile, and regulators want nobody reading your email address to do it. Google has filed for a surrogate ID generator that runs inside a sealed hardware enclave and turns encrypted personal data into a consistent stand-in code without any single party, Google included, holding the keys https://patentlyze.com/patent/google-surrogate-user-ids-encrypted-data/ . Encrypted user data arrives from an advertiser or publisher. Inside a trusted execution environment, a generator assembles two keys from fragments held by independent key coordinators: one to decrypt the data, one to derive the surrogate ID. Only the surrogate goes back out. No single coordinator can rebuild both keys, so no single compromise exposes the whole thing. This is the plumbing question of post-cookie advertising: how to run matching and attribution without passing plain-text email lists around. If it ships, it becomes infrastructure for years. Five inventors, filed September 2025. The limit is structural: the system protects your data on the way in, then hands companies a consistent code that follows you around afterward. The front door is locked; what happens behind it is policy, not cryptography. 12. Qualcomm Patents a System That Protects Car-to-Car Messages From Future Hackers Cars already exchange tiny signed messages with each other and with traffic lights, and today’s signatures are fine until a large quantum computer exists. Qualcomm has filed for a vehicle communications system that signs one class of messages with a classical key and another class with a post-quantum key, chosen by message type https://patentlyze.com/patent/qualcomm-quantum-safe-car-car-security/ . The chip sorts outgoing V2X messages into categories and routes each to the matching authentication method. Both tracks run at once. The filing names no specific post-quantum algorithm; it claims the sorting structure, because V2X messages are tiny and time-critical and cannot afford both signatures on everything. Retrofitting cryptography into a fleet of millions of vehicles after the fact would be far harder than designing it in, and this is Qualcomm putting a stake in the standard before the standard is written. Five inventors, filed in March on a provisional from March 2025. Claim 1 is very broad, essentially “pick a key type by message type,” and the examiner will push hard on whether that is a new enough idea. How that fight goes decides whether this is a foundational asset or a narrow one. 13. Meta Patents Smart Glasses That Beam Your Voice to a Nearby Listener’s Earbuds You are talking to someone in a loud room and their earbuds are canceling you along with the noise. Meta has filed for smart glasses that pick up the wearer’s voice with their own microphones and stream it directly to another person’s earbuds or hearing device https://patentlyze.com/patent/meta-wireless-audio-sharing-explained/ . The glasses open a wireless link to the listener’s wearable audio device, capture the wearer’s voice on the onboard mics, and transmit it in real time. No phone in the middle, no lapel mic. The claim is written at the protocol-agnostic level, with noise handling and codecs left for later filings. The audience that feels this first is people with hearing loss, whose aids already accept direct Bluetooth audio. A voice that comes straight from the speaker’s face is exactly the signal a listener needs. Eleven inventors, filed in March on a provisional from March 2025. The hardware is already in Meta’s Ray-Bans, so the path is software plus a companion app. The polish problems are wind on a glasses-frame microphone and any lag between mouth and ear, either of which makes a conversation feel broken. 14. Samsung Patents a Flexible Display That Wraps All the Way Around Your Wrist Every smartwatch screen stops at the edge of the face. Samsung has filed for a single flexible display that runs across the watch face and both straps, with the driver circuitry split in two and folded into the frame https://patentlyze.com/patent/samsung-flexible-display-wrapping-smartwatch-straps/ . The engineering problem with a screen that long is where to put the circuits that drive every row and column of pixels. Samsung’s answer is two independent driver circuits, one per side, each folded through a bending part into the rigid frame, with wires threading back out to their half of the panel. The straps stay free of rigid electronics, so the display can bend without a bump. A band-length canvas means notifications, metrics, and faces can spread out instead of being squeezed into a square, without making the watch body wider. Single inventor, filed in April as a continuation of an October 2024 Korean application. The honest question is whether anyone would use the extra screen, since most wrist checks last two seconds. The durable contribution is the split-driver method, which is a practical answer to keeping a bendy screen alive at the fold. 15. Samsung Patents a Display That Captures HDR Photos Without a Camera Cutout Under-display cameras have been a compromise: a thinned-out patch of screen and a soft, washed-out selfie. Samsung has filed for a panel where light-sensing pixels sit among the light-emitting ones, split into two groups driven at different voltages at the same instant to capture an HDR image in a single pass https://patentlyze.com/patent/samsung-display-camera-hdr-photos-explained/ . A lens layer focuses incoming light onto each sensing pixel. One group runs at low voltage and holds the highlights; the other runs high and pulls detail from shadow. The processor merges both into one HDR frame. Because both exposures happen at once, there is no sequential-shot blur when something moves. No punch-hole, no notch, and a hidden camera that does not pay the usual quality penalty. That has been the goal for years, and this attacks the quality half of the problem, which is the half nobody solved. Filed in April as a continuation of a January 2026 Korean application, four inventors. Claim 1 hinges on the word simultaneous: a rival taking two quick shots at different settings would not escape it. What the filing does not show is how well a flush sensor competes with a real lens stack, which is where the pictures are won. 16. IBM Patents a System for Drones to Share Battery Power Mid-Flight A drone in a fleet runs low far from any charger, and landing it opens a hole in coverage. IBM has filed for a method that finds a nearby drone with charge to spare, sends it over, and transfers energy wirelessly in the air https://patentlyze.com/patent/ibm-drones-wirelessly-share-battery-power/ . A central system watches every battery in the network. When one drops below a threshold, it selects a donor with a higher level, asks it to share, and orchestrates the approach and the transfer. The claim is a computer-implemented method: the decision logic is the invention, and the charging coils are assumed to exist. Battery life is the single hard limit on inspection, delivery, and surveillance fleets. A fleet that pools its energy stays up longer between ground sessions, if the physics cooperates. Four inventors, filed March 2025. The physics is the catch. Moving meaningful power between two hovering aircraft without losing most of it as heat, or losing the aircraft, is an unsolved problem this document assumes away. Until someone solves it, the answer to a dying drone is still landing and swapping the pack. What ties them together The loudest thread this week is machines checking their own work. OpenAI puts a second model on the first model’s reasoning, twice. Apple stores a certified copy of every photo so the camera can testify later. Google builds an ID that nobody, itself included, can read back to a person, and Microsoft makes a computer blind to its own cursor. Each one adds a layer whose only job is to make the layer beneath it trustworthy, and each one admits, somewhere in the document, that the new layer can fail too. The other column is hardware that moves. A television on wheels, a phone that unrolls, a screen that wraps a wrist, an earcup that opens and shuts, drones that dock in midair to trade charge. Last week’s list was about software standing in for the body https://patentlyze.com/big-tech-fifteen-most-interesting-patents-september-4-2026/ ; this week the objects themselves are doing the moving, and Samsung https://patentlyze.com/samsung/ alone accounts for five of the sixteen. The one that cuts across both columns is Sony’s headphones, a mechanical fix for a problem everyone assumed software would solve. Patentlyze reads every new patent application that Apple, Google, Microsoft, Meta, Nvidia, Samsung, OpenAI, Qualcomm, Sony, Intel, AMD, IBM, Adobe, Salesforce, Tesla, Amazon, and Disney file at the USPTO, and writes a plain-English breakdown of the ones that say something about where products are heading. New filings drop every Thursday. The full archive lives in our patent library https://patentlyze.com/patents/ . 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