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Accelerating the development of neurotechnology

Boosting neurotechnology development

Platform to accelerate the professional development of neurotechnology applications starting from a wide variety of hardware and software plugins for acquisition, processing and interaction.

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Key features

  • Mature technology in constant evolution

    Ten years of platform development, which has been utilized in a high number of public and private neurotechnology projects, in constant evolution and updating.

  • Compatibility and scalability

    Perfect integration with more than 30 complementary technologies within Windows OS and Linux, and compatible with Android, Matlab, Python and Unity, among others.

  • Professional support

    Professionally maintained by efficient support, periodical updates, and services to minimize development time, such as training or development of customized units.

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Servicios

Customized components

Development of customized software units, adding functionalities or integrating new technologies to fulfill the needs of your prototype, product or service.

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Experience

More than 12 years of R&D

Cutting edge technology for brain-computer interface, result of more than 10 years of research and development of the Bitbrain R&D team.

High competitiveness in R&D

Research supported and audited by highly competitive research calls, such as European Commission R&D programs.

Seven R&D&I projects

Utilized as supporting technology in seven EU projects of programs FP7 and H2020.

Logos European Commission, Gobierno de España
Logos University of Glasgow, Universitat Heidelberg, École Polytechnique Fédérale de LausanneLogos TU Graz, Universidad de Zaragoza, Know CenterLogos Universität Bremen, Tecnalia, Seat
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Integration with FES

The Spinal Cord Injury Center of the Heidelberg University Hospital is using the Development Platform to integrate the Versatile family with a functional electric stimulator.

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Brain-Computer Interface

The Brain-Computer Interfaces Lab of the Technical University of Graz is using the Development Platform within a brain-computer interface (BCI) that integrates the Versatile EEG family and other monitoring technologies.

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Walker for neurorehabilitation

EU CORBYS project researchers utilized the development platform in a brain-computer interface (BCI) based on motor states, and integrated within a robot walker for motor rehabilitation.

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