Game Mechanics & Gameplay

The University of Geneva received 1 patent for an AI-driven difficulty engine designed for therapeutic video games that target cognitive functions like attention and learning. Rather than relying on a single difficulty slider, the system adjusts multiple independent dimensions, such as speed, distractors, and duration, through a layered set of probabilistic processes, including one that selects which dimension to change based on how far it sits from its maximum. The architecture also separates an action hub from cognitive satellite modules, dynamically reallocating how long each module is exposed to the player based on that module's performance history.

NetEase received 2 patents addressing responsiveness and movement in action-oriented games. The first covers a dual-unlock system for character animation states, where timing-based unlocks are handled directly on the client side for predictable actions, while state-dependent unlocks remain under server authority, cutting the input lag that comes from waiting on server confirmation for every animation transition. The second patent describes a smart cover system for third-person games that automatically surfaces a prompt to enter cover when a player is both close enough to a bunker and oriented toward it at the right angle, removing the need for manual repositioning and reducing the number of inputs required for tactical movement.

Nintendo received 1 patent for a multiplayer racing game system that layers several competitive mechanics on top of a standard race format. Collisions between racers generate energy pickups, and each client produces these objects independently without needing the results reconciled across the network, keeping overhead low. The patent also covers a special ability that moves a racer to a second track for a duration that scales with their current placement, as well as a Rivals sub-grouping system that tracks skill ratings within a larger race field to maintain competitive balance among participants.

Atmosphere.tv received 1 patent for a server-side synchronization system built to run live trivia events across large numbers of remote devices at once. The core of the system is a timing manager that operates from the server, issuing game events to all connected devices simultaneously and handling score verification centrally. This removes the fairness problems that arise when individual devices rely on their own clocks or experience different amounts of network latency.

Circadence received 1 patent for a cybersecurity training platform that draws on game mechanics to create replayable, realistic scenarios for both offensive and defensive practitioners. A dynamic mission construction engine generates training configurations from a description language, producing enough variety to prevent participants from simply memorizing a fixed set of scenarios. The platform pairs this with an AI opponent that adapts its behavior to the participant, and layers in scoring, leaderboards, an advisor AI, and the ability for trainers to intervene, placing the whole system in a professional training context rather than a conventional e-learning or static cyber range environment.