Sony

Sony filed 7 AI and machine learning patents that span gameplay enhancement, coaching, and accessibility. One system clones real players' behavioral patterns from recorded sessions and rebuilds them as AI-controlled companions, letting solo gamers team up with NPCs that move and act like actual humans. Another watches live gameplay and controller inputs to generate personalized coaching advice and custom practice scenarios targeting specific opponent weaknesses. On the accessibility front, one patent describes an AI that detects physical limitations from how players press buttons and compensates for missing inputs in real time, while another applies trained models at the Platforms level to transform visuals and Audio on the fly without requiring developers to build accessibility features into each game. A separate filing uses AI to predict player skill and allocate server resources accordingly, shifting from Hardware-based to behavior-based resource management. The matchmaking patent combines implicit behavioral data with explicit preferences and trains a model to pair players by compatible styles rather than pure skill parity. The final patent in this category lets players search gameplay videos by describing scenarios or controller actions, using AI-generated embeddings of in-game context instead of manual tags.

Sony's single Hardware patent relocates the wireless host function from the console into a peripheral device that already sits near the player, such as a keyboard or monitor. By embedding the wireless adapter in a device closer to the user, the system shortens signal paths and reduces obstruction, with antenna characteristics adapting based on the host peripheral's type and position relative to other devices.

The UI and UX filing describes a system that ties annotations to game state data rather than video timestamps, allowing tips or commentary created during one playthrough to surface contextually in any later session when matching conditions occur. This approach decouples annotations from linear playback and links them to actual gameplay logic.

Cloud gaming accounts for 5 patents addressing latency, asset delivery, and development workflows. One uses haptic feedback to physically signal network degradation, naturally limiting player inputs to those most likely to transmit reliably while the server compensates for missing data. Another predicts the next frame by combining controller history with motion vectors, then pre-renders partial frames client-side before server data arrives. A third converts large game assets into neural object representations that compress for transmission while preserving enough fidelity for local rendering, replacing traditional geometry and texture Streaming. On the development side, one patent enables extraction and editing of asset sub-components without rebuilding entire packages, while another pre-executes all possible debug steps speculatively and caches their outputs, turning remote debugging from a latency-bound operation into a cache lookup.

The Networking patent distributes wireless connectivity across multiple wired dongles and uses machine learning models trained on gameplay features like player movement and input patterns to migrate VR headsets and controllers between hosts before performance drops. This predictive migration approach relies on gaming-specific data rather than generic network handoff signals.

Sony's Monetization filing turns the controller into an active payment relay, detecting proximity to a phone in response to a console purchase event and transferring payment credentials without manual entry or direct console-phone pairing. The controller initiates the handoff based on the in-game transaction trigger.

Two Audio patents treat sound as a structured input channel rather than output alone. One analyzes captured or user-supplied Audio for sentiment and beat patterns, then uses those attributes to drive NPC behavior and synchronize in-game interactions in real time. The other automatically selects tracks from a player's personal music library to score gameplay clips, using machine learning to match tempo and mood to on-screen action and align segments with specific events.

Platform filings address live updates and parental controls. The hot-patching patent injects compiled code directly into a running game binary, allowing updates to apply mid-session without stopping execution or forcing a restart. The geofencing system uses real-world GPS data to filter multiplayer interactions, restricting children to players within a defined geographic radius and layering per-zone rule sets with secondary device proximity as a verification mechanism.

Sony's single VR and AR patent extends style transfer from 2D color correction to full 3D geometry and texture adaptation, enabling avatars to adjust their appearance automatically when moving between metaverse environments. The system co-adapts shape and texture using metaverse-specific visual feature databases, addressing cross-Platforms identity portability without manual redesign.