This month's User Interface & Experience category includes 5 filed patent applications from 4 companies: NetEase (2), Netflix (1), Cygames (1), and Tencent (1).
The patents address mobile and multiplayer control challenges through systems like NetEase's autonomous movement paths for touch joysticks and roguelite-style level-up selection menus, Tencent's gesture-based jump-throw mechanics for FPS games, and Netflix's adaptive feedback system that adjusts haptic, audio, and visual responses based on device capabilities. Cygames filed for a skill-tree mechanism that unlocks weapon effects as strength thresholds are met, aiming to encourage equipment variety.
NetEase received 2 patents addressing touch-based control and progression systems for mobile multiplayer games. The first applies randomized, roguelite-style item selection to competitive multiplayer formats, replacing fixed skill trees with dynamic per-match choices that players make each time they level up. The second tackles the persistent challenge of mobile joystick controls by allowing movement to continue autonomously after the player releases their initial touch, with a second finger able to adjust the path independently without stopping or resetting direction.
Tencent filed for a control system that simplifies the jump-throw mechanic in mobile first-person shooters. Instead of requiring players to press sprint, jump, and throw buttons simultaneously, the patent describes a sequential input flow that breaks the complex maneuver into staged steps, reducing the number of fingers needed on screen at once while preserving the full tactical action.
Cygames received 1 patent for a weapon and equipment progression system structured around skill-tree mechanics. The approach ties the unlocking of new gear effects to hitting strength thresholds in associated sub-elements, creating a web of interdependent progression where maxing out one piece of equipment opens content in others and encourages players to experiment with different loadouts.
Netflix filed for an adaptive feedback system designed for smartphone-as-controller scenarios. The patent describes technology that adjusts haptic, audio, and visual feedback in real time based on what the connected device can actually deliver, using a priority framework to ensure that different game events produce distinct, device-appropriate responses even across a wide range of mobile hardware with varying capabilities.
All data sourced from USPTO patent filings. Google Patents may take several weeks to index recent publications. If a link is unavailable, search for the patent number at USPTO Patent Public Search.