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Research Acceleration Engine.

Enabling
Embodied AI Research end to end.

Real

Unscripted human behavior captured through frontier multimodal sensors.

Real to Sim

Real-world structure transferred into simulation. Scene geometry from observation, not generation.

Teleops & Deployment

Human data to robot policy to physical deployment. One partner, end to end.

Research

CAWL

Coactivation-Assembled Weight Layers

WIP

We propose Coactivation-Assembled Weight Layers (CAWL), a transformer-compatible linear block with effective map Weff(c) = U A(c) Vᵀ, where A(c) is a sparse latent adjacency assembled from coactivated latent neurons. The layer routes by familiarity: a similarity query over latent neuron embeddings computes a gate that interpolates between circuit recall from a persistent table and circuit construction by dynamic pair modules.

Paper not yet publicly available.