University of Geneva received 1 granted patent this quarter in the Game Mechanics category.
The patent covers an AI-driven adaptive difficulty engine designed for therapeutic video games. This system trains cognitive functions such as attention and learning-to-learn through probabilistic multi-dimensional level adjustment.
The game mechanics patent centers on a therapeutic gaming system that moves beyond traditional difficulty sliders by treating challenge as a multi-dimensional problem. Instead of simply making a game harder or easier along a single axis, the engine adjusts independent variables like speed, distractor frequency, and session duration through layered probabilistic processes. A third process determines which dimension to modify based on how far each sits from its maximum value. The architecture splits gameplay into an action hub and cognitive satellite modules, dynamically reallocating how long players spend in each module based on their performance history in those specific areas.
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.