World Models

Simulation models that learn the underlying dynamics of games and environments, enabling AI systems to predict future states, reason about consequences, and plan actions over long horizons.

World Models

GameLab’s World Models focus on learning the underlying dynamics of interactive environments, how states evolve, how actions impact outcomes, and how future scenarios unfold. By modeling these dynamics, AI systems can simulate potential futures, reason about consequences, and plan actions over extended time horizons.

These models are grounded in real gameplay data and environments, allowing them to capture both the rules of the system and the patterns of human behavior within it. This enables more effective planning and decision-making, particularly in scenarios involving uncertainty, delayed rewards, and complex strategy, areas where traditional models often struggle.

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EVALS

EVALS

A systematic framework for evaluating AI models on complex game tasks. Models are tested against human gameplay patterns and measurable objectives to track improvements in reasoning, strategy, and generalization.

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Human Gameplay Data

Human Gameplay Data

Large-scale datasets capturing real human decisions across hundreds of games. These structured logs provide high-quality signals for studying strategic reasoning, long-horizon planning, and decision-making under uncertainty at scale.

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