BrainCo Brain-Controlled Robot AI Platform
Control robots with your thoughts using brain-computer interface technology
BrainCo's Brain-Controlled Robot AI Platform is an integrated system that enables users to control robotic systems using only neural signals captured via EEG headsets. Unveiled at WAIC 2026, the platform combines brain-computer interface (BCI) technology with AI algorithms to decode user intentions from brain activity and translate them into robotic commands in under 200 milliseconds. The platform is hardware-agnostic and compatible with humanoid robots, robotic arms, robotic dogs, and other third-party robotic systems. It targets researchers and developers working on embodied AI applications, offering pre-loaded BCI experimental paradigms and neural decoding algorithms to lower the barrier to entry for brain-robot integration.
Who it's for
Pricing · enterprise
checked 1d ago| Plan | Price | Includes |
|---|---|---|
| Enterprise | Free | Custom pricing based on deployment and hardware requirements · Includes EEG sensing system, software platform, and robot execution terminal · Pre-configured BCI experimental paradigms and neural decoding algorithms · Integration with multiple third-party robot platforms · Dedicated support for research and commercial applications |
AI-researched pricing — verify on the official site before subscribing.
Use it for
- — Brain-controlled robotic arm manipulation tasks
- — Humanoid robot control for research
- — Robotic prosthetics and rehabilitation applications
- — Advanced human-machine interface development
- — Neural signal decoding research
- — Embodied AI system training
- — Precision task automation via thought control
Get the most out of it
- 01The platform allows researchers without BCI expertise to enable mind-controlled robot operations within just 10 minutes of setup
- 02Integration with popular third-party robot platforms (humanoids, arms, dogs) means you can use existing hardware without proprietary systems
- 03Leverage the pre-loaded neural decoding algorithms and BCI paradigms to accelerate your development timeline and reduce engineering from scratch
- 04The system processes neural signals with sub-200 millisecond latency, enabling real-time precision tasks like grasping delicate objects
- 05Collect high-quality training data during robot operations to continuously improve AI model accuracy and expand supported control types