BESA GmbH

BESA GmbH is the leading innovator in digital EEG and MEG software for research and clinical applications.

Founded by Dr. Michael Scherg in 1995 (under the former name MEGIS Software GmbH), BESA combines expert know-how in the different fields of neuroscience with latest computational techniques. Results are the famous BESA Research, EEGFocus, BESA MRI, BESA Statistics and BESA Epilepsy software, whose capabilities are appreciated by users in clinical facilities and research institutes all over the world.

Our main goal is to provide new advanced technologies for the analysis and visualization of human brain activity using expert knowledge in:

– Clinical Neurophysiology
– Neuroimaging
– Neuroscience

We develop and distribute innovative software for research and clinical applications in the fields of:

– Electroencephalography (EEG)
– Magnetoencephalography (MEG)
– Evoked Potentials (EP) and Fields (EF)
– Event-Related Potentials (ERP) and Fields (ERF)
– Combined Neuroimaging (EEG, MEG, MRI, fMRI)

The combination of BESA Research, BESA MRI, and BESA Statistics offers data analysis ranging from preprocessing through ERP/ERF analysis to source coherence, advanced imaging with individual FEM models, cross-subject statistics, and coregistration with individual MRI data.

By combining BESA Research, BESA MRI, and BESA Epilepsy BESA created an optimized workflow and a reliable pipeline for the effective processing of EEG and MEG data to save time and gain more information about interictal spikes and seizure onset.

BESA Epilepsy provides automatic spike and seizure detection. These efficient features for EEG review allow our customers to evaluate a patient in the most efficient way and to save time.

BESA GmbH has been certified to develop software according to the following international standards: DIN EN ISO 13485:2007, and MDD 93/42/EEC.

BESA: Experience the future of EEG and MEG analysis in human brain research and clinical work.

Company’s Keywords:

clinical neurophysiology, neuroimaging, neuroscience, electroencephalography, magnetoencephalography, evoked potentials, combined neuroimaging eeg, meg, mri, fmri, eventrelated potentials