AI-native robots and next-generation chips engineered for the demands of a post-human industrial era. Precision at scale. Intelligence at the edge.
The first fully autonomous humanoid robot built on Terafab's native AI stack. Designed for industrial deployment — manufacturing, logistics, precision assembly.
Purpose-built AI inference chip. 4nm architecture for real-time robotic decision-making at the edge. No cloud dependency.
Full development environment for robotics engineers. Simulation, training, deployment — one unified stack built around the N1 chip.
The next frontier of AI is not the model. It is the machine. Terafab Robotics was built on a single conviction: that physical intelligence — robots that perceive, decide, and act in the real world — is the defining technology of this decade.
Every robot is only as capable as the chip inside it. We design our own silicon because general-purpose GPUs were never built for the millisecond decision loops of autonomous physical systems. The N1 Neural Core is the answer to a question the industry was not asking loudly enough.
The Terafab production model is built for volume without sacrificing precision. A $20 billion factory infrastructure — designed from the ground up to manufacture AI chips and robotic systems at a scale the market has never seen.
Industry-leading on-device inference for real-time robotic decision loops.
TSMC 4nm. Maximum transistor density, minimal thermal footprint.
Designed for embedded robotics within strict power envelopes.
Sub-millisecond perception-to-action. The physics of robotics demands nothing less.