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What is it?
Neurocloud is an advanced neuroimaging processing cloud platform in continuous evolution.
Our application ecosystem covers the main image processing needs in:
Neurology
Diagnostic Imaging
(Radiology / Nuclear Medicine)
Epileptology
Advantages
Better diagnostics
Neurocloud is the next step in image diagnosis: increased diagnosis by artificial intelligence facilitates early detection, avoiding bias, and reducing the rate of false negatives
Fully automatic
Upload the images to the Neurocloud platform and let Neurocloud AI in charge of the hard work to get the results in a few minutes, in a totally secure and anonymous way.
Teamwork
Neurocloud is ideal for clinical sessions, with teams in any location, to share, discuss and make decisions based on image analysis.
Recruitment adapted to your needs
We adapt to your needs of use and those of your organization, you will have the possibility of hiring from individual reports to annual plans
100% compatible with your technology
Whatever your scanner or computing technology, we guarantee the optimal functioning of Neurocloud solutions, which are in the cloud, accessible from anywhere, at any time and from any device.
Continuous and personalized assistance
Whatever your needs are, we are at your disposal to provide you with continuous and personalized attention
Versatility
With a single platform we serve several specialties, which can improve their joint workflow thanks to Neurocloud or work independently.
Free continuous updates
We are continuously improving our solutions, incorporating new features and enhancing existing ones. One of our continuous improvements is the increase of the database of healthy patients that increases the sensitivity of the results
Automatic quantification of hypo- and hypermetabolism and amyloid PET. Use in neurology, nuclear medicine and radiology.
Automatic ictal and interictal SPECT quantification and MRI co-registration for very precise location of the epileptogenic focus. Use in epileptology.
Automatic segmentation and quantification of grey matter and white matter atrophy with RM-T1 imaging. Use in neurology, nuclear medicine, radiology and epileptology.