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Brain-computer interfaces (BCIs) are subject of a multitude of "proof of concept" studies. Our aim is to combine the achievements of science and technology into appliances that can effectively help patients with dramatically limited communication possibilities.

• BCI Appliance pioneers user-centered design of BCI systems: a simple box with on/off button, minimum necessary software, and user-controlled mode switching, connecting wirelessly to domotic and EEG acquisition devices. World's first solution providing dynamic menus for stable SSVEP stimuli.

• OpenBCI software is a complete framework for brain-computer interfaces. Multisystem, developped in GNU/Linux, allows for JeOS approach to the software embedded in the Appliance. As a signal display -- running like all the diagnostics on an external PC -- we use Svarog.
• Eyetrackers:
  

  

  eyetracker@FUW
  most persons with dramatically limited communication channels still control their eyes, hence can be helped by a simpler technology that is already known and available, but mostly for neuromarketing purposes: eyetrackers. Professional systems tend to be expensive, but some people around the world managed to build cheap prototypes from off-the-shelve parts. Building cheap eyetrackers sufficient for communication became part of the OpenBCI project, implemented at the laboratories and apprenticeships of Neuroinformatics BSc.

• BCI Appliance pioneers user-centered design of BCI systems: a simple box with on/off button, minimum necessary software, and user-controlled mode switching, connecting wirelessly to domotic and EEG acquisition devices. World's first solution providing dynamic menus for stable SSVEP stimuli.

• Temporary page about articles for Neuroinformatics 2012 conference.