Original title: Signal-Driven Pervasive Game Design: The LifeSync-Games Framework as a Player Experience Integration Layer
J. Macías-Cáceres, F. Gutiérrez-Vela, P. Paderewski-Rodriguez, R. González-Ibáñez · September 2026
Pervasive gamesGames that blend real-world spaces and social interactions with virtual elements. blend play with daily life across space, time, and social circles. However, they usually treat a player's physical and mental state as a passive receiver instead of an active input. To solve this, researchers designed LifeSync-Games, or LSG. The system reads verified real-world signals from a person's life: their physical activity, sleep quality, memory, and decision speed. It feeds these states across the game's spaces and routines through an integration tool called the LSG portal. This portal connects real life and virtual play using points you can redeem, real-world missions, and game mechanics. In this design-stage paper, the researchers outlined the system framework and created a future testing plan, showing how games can actively respond to our bodies and minds.
Imagine trying to study for an exam while you're exhausted from lack of sleep. Normally, you'd push through, but your focus is poor. Here, the LSG framework detects your tiredness through signals like sleep quality, and adjusts the game challenge to match your current capacity, so it's neither too hard nor too boring, keeping you in a productive state.
This could change how players interact with games, making them responsive to real-life conditions. Players might get experiences tailored to their current energy or focus levels.
This paper only presents the design of the framework; no actual data has been collected from players yet. The specific rules and parameters are still theoretical and need empirical calibration.
Ask anything about this paper. Answers come from its abstract, and say so when the abstract doesn't cover your question.
Signal-Driven Pervasive Game Design: The LifeSync-Games Framework as a Player Experience Integration Layer — J. Macías-Cáceres, F. Gutiérrez-Vela, P. Paderewski-Rodriguez et al.
Abstract licence: CC0
Explanation generated by Synthesis from the abstract — it is not the original paper. This is a preprint, so it hasn't necessarily been peer reviewed.