Understanding before autonomy
We believe the ability to act should be grounded in an understanding of the environment and the consequences of action.
We’re building AI-powered world models that help autonomous agents understand their environments—and reason about what comes next.
Tap cells to add or remove walls. Shift-click moves the goal.
Observations are the starting point: signals about the world an agent is operating within.
An internal representation connects the current state with the dynamics that shape it.
The model helps an agent anticipate how its environment may change in response to action.
Connect understanding and prediction to action, with the goal of more reliable behavior.
What if an agent could consider the consequences of a decision before making it?
We’re developing models that help agents reason through possible futures, compare courses of action, and respond with more than a reflex. Not only “What is happening?” but “What happens if?”
Learning useful structure from observations, so an internal model can support reasoning rather than merely store information.
Modeling change and interaction, with attention to the uncertainty that comes with predicting what is not yet observed.
Connecting possible actions to possible outcomes, so predictions can become a useful part of an agent’s decision process.
Examining where models are useful, where they fall short, and what those limits mean for autonomous decisions.
We believe the ability to act should be grounded in an understanding of the environment and the consequences of action.
The world is only partially observed. Reasoning about it means taking incomplete information and uncertain outcomes seriously.
More dependable autonomy requires careful attention to a model’s limits—not just its possibilities.
Working on the next generation of autonomous systems? Interested in world models or research collaboration? We’d like to hear from you.