Gasgoo Munich- BrainCo is set to unveil the world's first integrated, graphical AI research platform tailored for brain-controlled robot R&D at the 2026 World Artificial Intelligence Conference. The new system, dubbed the BrainCo Brain-Controlled Robot Training Platform, targets the scientific community.Brain-controlled robots operate by capturing task-related EEG signals via sensors. Algorithms then identify patterns linked to user intent, converting these findings into executable commands that drive the robot's movements.Put simply, the technology creates a direct information pathway between the human brain and the machine. This allows intent to translate instantly into mechanical action, bypassing traditional interaction methods like buttons, remotes, joysticks, or voice commands.Image Source: BrainCoBrainCo's platform comprises three core components: an EEG sensing system, a software platform, and a robot execution terminal. The sensing system handles signal acquisition, supports various electrode types, and enables multi-channel, high-sampling-rate data collection with real-time wireless transmission.The software platform manages the heavy lifting of signal processing and robot control. It comes pre-loaded with brain-computer interface (BCI) experimental paradigms and neural decoding algorithms, eliminating the need for researchers to build underlying code from scratch. Instead, they simply configure the software to execute the entire workflow—from signal acquisition to control output.On the execution side, the platform currently integrates with a wide range of third-party robots and devices, including humanoids, robotic arms, and robot dogs. Support is expanding to include more models, allowing researchers to select the specific hardware that best fits their experimental needs.By unifying EEG acquisition, experimental paradigms, neural decoding, control mapping, and execution into a single software workflow, BrainCo aims to lower the barrier to entry for BCI-robot integration. The goal is to enable researchers—even those without a background in brain-computer interfaces—to unlock "mind" control of a robot within 10 minutes. This allows teams to focus on algorithmic innovation and exploring new applications.Beyond the training platform, BrainCo will showcase its data acquisition solutions at the conference. By leveraging a diverse data ecosystem that spans real-world execution, human demonstration, and virtual simulation, the company provides training data that closely mirrors actual operational processes.Additionally, BrainCo will display its latest intelligent bionic hands, multi-degree-of-freedom dexterous hands, and bionic legs. These exhibits highlight the diverse applications of brain-computer interface technology, ranging from medical rehabilitation to advanced human-machine interaction.