This project describes the rapid realization of brain computer interfacing applications on an embedded device. For this a low-cost platform is provided that offers both collection of electrophysiological signals, as well as low power, real-time processing to automatically evaluate the collected signals and interface with actuators (such as communication devices, robotic devices to augment human interaction with the physical world). The rapid development is supported through prototyping using Matlab. Deployment onto the embedded device occurs through automatic synthesis into the embedded language.