Key Features

OpenWAM consists of modular infrastructure, controlled studies, and the OpenWAM-Alpha model.
The stack supports composable generative backbones and visual encoders.
Architecture and attention-mask choices expose different world-action interactions.
OpenWAM-Alpha uses approximately 6,400 hours of egocentric and robot data.
The model uses an 80-dimensional unified action space.
Experiments span eight simulation benchmarks and real-robot platforms.
The research includes single-arm, bimanual, and dexterous-hand manipulation.
The public release provides pretrained and fine-tuned OpenWAM checkpoints.

The infrastructure exposes interchangeable visual encoders, generative backbones, architectures, attention masks, and data loaders. The study examines world-action information flow and synchronized denoising. OpenWAM-Alpha combines these findings with roughly 6,400 hours of egocentric human and robot data in a unified action representation.


The stack supports experiments across simulation and real robots, including single-arm manipulation, bimanual systems, and dexterous hands. Its public release includes infrastructure, protocols, checkpoints, and data recipes. This makes it useful for investigating which world-model design choices improve out-of-domain robot behavior.

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