AI for the
physical world.

Train on your data and deploy with World Model Runtime (WMR). Run on-device, on local compute, or in-region, with models tuned to your hardware and latency targets.

An industrial robotic arm on a factory floor in front of a blue wall

Run larger models on your edge hardware.

WMR optimizes supported vision-language-action (VLA) and world models to reduce latency and fit larger models within your device’s memory and power limits.

NVIDIAQualcomm

Jetson Orin and Qualcomm

Builds tuned with our team for your model and device.

Custom hardware

Work with us on the runtime integration and optimization your platform needs.

Train on the data
your devices see.

Bring your training loop or work with our research team. Scale training and simulation on Hedra GPU clusters.

Train on your data.

Use robot demonstrations, device logs, or simulation environments for supervised fine-tuning and reinforcement learning in GPU sandboxes.

Close the loop.

Deploy supported checkpoints directly to WMR, without a separate conversion step. Feed new device data into your next training run.

Robotic camera arms surround a machined part, casting long shadows across an ochre wall

Process multiple sensor streams at once.

WMR handles live video and sensor inputs, with redundancy and fallback at the compute layer.

A small mobile robot and local compute cabinet on a sunlit concrete spiral ramp

Choose where to add compute.

Run on-device with no network in the inference path. Use a Hedra-managed local rack for larger models, with in-region cloud fallback where connectivity allows.

A sealed compute module enclosed within a brushed metal robotic wrist

Protect the model on the device.

Hedra Sandboxes and WMR encrypt weights, proprietary code, and sensor data from training through edge deployment.

Bring your model
and hardware.