Platforms & Ecosystems

FCA US received 1 patent for a platform that synchronizes in-vehicle gameplay with the audio playing inside the car, adjusting game parameters in real time to match the tempo and rhythm of the music. The system also pulls data from ADAS sensors, wheel speed, and GPS to modulate gameplay based on actual driving conditions, keeping the experience tailored to passengers without creating distractions for the driver.

Sony received 7 patents spanning several distinct but related challenges around platform connectivity, social features, and player experience. Two of those patents deal with physical collectibles that carry embedded codes, where one uses real-world activity tied to those objects to dynamically alter in-game progression (rather than simply unlocking static content), and the other uses the same collectibles as tokens that cross-reference prior online gaming relationships to surface personalized alerts when players are physically near each other. On the authentication side, Sony filed a patent that turns the PlayStation controller into a proximity-based login tool, allowing a nearby phone to automatically authenticate a player on a PS5 without manual credential entry. A separate filing describes a universal DVR-style rewind accessible during active gameplay via a controller button, letting players review recent in-game moments, dialogue, or objectives without leaving the session. Another patent applies machine learning to automatically detect and instrument telemetry events across third-party game code, removing the need for developers to write standardized tracking logic by hand. The friend-matching patent uses probabilistic analysis of past play sessions to identify players with compatible schedules and gaming habits, generating recommendations before those players have even encountered each other in-game. Rounding out Sony's filings is a patent connecting in-car passenger gaming to home console experiences, using vehicle telemetry, route data, and captured images from travel to procedurally influence or generate content on the home platform.

Microsoft received 3 patents, two of which address different dimensions of structured assistance during gameplay. One tracks whether achievements were earned during a helper session and labels them accordingly, creating a formal record that distinguishes assisted completions from solo ones. The other applies age-based rules to those same helper sessions, dynamically restricting how a helper can interact with a younger player in real time rather than relying on static content filters. The third patent handles profile authentication on shared or guest consoles, using a combination of WiFi signatures, IoT environment scans, and GPS data from a player's smartphone to automatically log them in when they arrive and log them out when they leave, without any manual input.

Kabam's 1 patent describes a system that continuously monitors device performance during gameplay and adjusts graphics settings, frame rate, and other features on the fly based on current hardware conditions. Unlike approaches that assess device capabilities only at launch and leave configuration to the user, this system runs ongoing checks and applies weighted priority logic to keep performance optimized as conditions shift.

Nexon Korea filed 1 patent for an anti-cheat approach that embeds detection directly into normal game mechanics. When the server sends a known HP reduction command to a client, the system compares the expected resulting value to what the client actually reports, and any discrepancy flags a potential memory-level manipulation. This treats the game's own state as a live verification tool rather than relying on separate scanning processes or file integrity checks.

Playtika's 1 patent addresses the challenge of managing multiple overlapping time-limited modifications in a live game environment. The system automatically checks incoming patches for conflicts before they affect players, identifying combinations of temporary, player-segment-targeted changes that would otherwise require manual review to catch. This replaces human oversight of every possible patch interaction with automated, proactive detection.

Brian Buchan received 1 patent for a platform that allows player progress, achievements, and narrative choices to move between games built on entirely different engines. The system's core mechanism is a telemetry-driven governance layer that continuously observes how cross-game synchronization is behaving and updates the interoperability rules at runtime, removing any dependency on static integration code maintained between engines.

Beijing Momo Information Technology received 1 patent for a VR tabletop game platform designed to handle card and mahjong-based games without requiring the rules to be pre-programmed into the system. The platform manages game state synchronization across players regardless of the rule set in use, and pairs that with a 3D spatial audio engine that calculates directional sound from each player's position using position vectors and transformation matrices, replicating the acoustic experience of sitting around a physical table.

Roblox filed 1 patent for an automated moderation tool that generates abuse reports within virtual environments by capturing 3D scene data and running ray-casting calculations to determine which avatars are actually visible to the reporting user at the moment of the incident. By automatically compiling that information into the report along with visual evidence, the system addresses forms of abuse tied to avatar appearance, actions, and objects, which are categories that were previously difficult to document without manual identification.