WORLD MODEL · TASK-RELEVANT LATENT SPACE
OBSERVE · ROLLOUT · SCORE · ALIGN
01

Spatially-Grounded Latent State

Inputs

Multi-view Observation
Robot State
Task Context
3D World Structure
Latent Statezt
3D Geometry Object State Robot State

Physics-aware Constraints

△Collision
⌁Contact
↗Reachability
◇Object Permanence
02

Action-Conditioned Latent World Dynamics

Z t+1:t+H = Fθ ( zt , A , Cphys , b )
03

Counterfactual Multi-branch Rollout

Same current state zt · multiple candidate actions · multiple futures

A1Embodied Geometry Violation
❌
A2Contact Dynamics Failure
❌
A3Constraint-Satisfying Future
✓
04

World Outcome Evaluator

Score predicted futures against the goal and return failure signals.

Task Progress
Safety Risk
Physics Consistency
Reachability
Prediction Uncertainty
Goal-Aligned Ranking
Rank candidate futures by overall alignment with the task goal.
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